id
stringlengths 7
14
| test_class
dict | test_case
dict | focal_class
dict | focal_method
dict | repository
dict |
|---|---|---|---|---|---|
32104835_118
|
{
"fields": [],
"file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java",
"identifier": "Z80Test",
"interfaces": "",
"superclass": "extends AbstractZ80Test"
}
|
{
"body": "@Test\n public void testCommand_INC_SP() {\n final Z80State state = new Z80State();\n state.SP = 0x1000;\n state.F = 0xFF;\n\n final Pair<Z80, Integer> cpu = executeCommand(state, 0x33);\n\n assertEquals(0x1001, cpu.getLeft().getRegister(Z80.REG_SP));\n assertFlagsNotChanged(state, cpu.getLeft());\n assertEquals(6, cpu.getRight().intValue());\n }",
"class_method_signature": "Z80Test.testCommand_INC_SP()",
"constructor": false,
"full_signature": "@Test public void testCommand_INC_SP()",
"identifier": "testCommand_INC_SP",
"invocations": [
"executeCommand",
"assertEquals",
"getRegister",
"getLeft",
"assertFlagsNotChanged",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_INC_SP()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
"modifier": "private",
"original_string": "private int q;",
"type": "int",
"var_name": "q"
},
{
"declarator": "lastQ",
"modifier": "private",
"original_string": "private int lastQ;",
"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
"constructor": false,
"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doRETByFlag(final int ctx, final int y)",
"identifier": "doRETByFlag",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doRETByFlag(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRET(final int ctx)",
"constructor": false,
"full_signature": "private void doRET(final int ctx)",
"identifier": "doRET",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRET(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPOPRegPair(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPOPRegPair(final int ctx, final int p)",
"identifier": "doPOPRegPair",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPOPRegPair(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doEXX()",
"constructor": false,
"full_signature": "private void doEXX()",
"identifier": "doEXX",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEXX()",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doJP_HL(final int ctx)",
"identifier": "doJP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_SP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_SP_HL(final int ctx)",
"identifier": "doLD_SP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_SP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_cc(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJP_cc(final int ctx, final int cc)",
"identifier": "doJP_cc",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJP_cc(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP(final int ctx)",
"constructor": false,
"full_signature": "private void doJP(final int ctx)",
"identifier": "doJP",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTnA(final int ctx)",
"constructor": false,
"full_signature": "private void doOUTnA(final int ctx)",
"identifier": "doOUTnA",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUTnA(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_A_n(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_A_n(final int ctx)",
"identifier": "doIN_A_n",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_A_n(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_mSP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doEX_mSP_HL(final int ctx)",
"identifier": "doEX_mSP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doEX_mSP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_DE_HL()",
"constructor": false,
"full_signature": "private void doEX_DE_HL()",
"identifier": "doEX_DE_HL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_DE_HL()",
"testcase": false
},
{
"class_method_signature": "Z80.doDI()",
"constructor": false,
"full_signature": "private void doDI()",
"identifier": "doDI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDI()",
"testcase": false
},
{
"class_method_signature": "Z80.doEI()",
"constructor": false,
"full_signature": "private void doEI()",
"identifier": "doEI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEI()",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx, final int y)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doCALL(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCALL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPUSH(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPUSH(final int ctx, final int p)",
"identifier": "doPUSH",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPUSH(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_Reg(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private void doALU_A_Reg(final int ctx, final int op, final int reg)",
"identifier": "doALU_A_Reg",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "void",
"signature": "void doALU_A_Reg(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_n(final int ctx, final int op)",
"constructor": false,
"full_signature": "private void doALU_A_n(final int ctx, final int op)",
"identifier": "doALU_A_n",
"modifiers": "private",
"parameters": "(final int ctx, final int op)",
"return": "void",
"signature": "void doALU_A_n(final int ctx, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80._aluAccumulatorOp(final int op, final int value)",
"constructor": false,
"full_signature": "private void _aluAccumulatorOp(final int op, final int value)",
"identifier": "_aluAccumulatorOp",
"modifiers": "private",
"parameters": "(final int op, final int value)",
"return": "void",
"signature": "void _aluAccumulatorOp(final int op, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doRST(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void doRST(final int ctx, final int address)",
"identifier": "doRST",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void doRST(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80.doRollShift(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private int doRollShift(final int ctx, final int op, final int reg)",
"identifier": "doRollShift",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "int",
"signature": "int doRollShift(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doROTmem_LDreg(final int ctx, final int reg, final int op)",
"constructor": false,
"full_signature": "private void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"identifier": "doROTmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int op)",
"return": "void",
"signature": "void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80.doBIT(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private void doBIT(final int ctx, final int bit, final int reg)",
"identifier": "doBIT",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "void",
"signature": "void doBIT(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRES(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doRES(final int ctx, final int bit, final int reg)",
"identifier": "doRES",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doRES(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doSET(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doSET(final int ctx, final int bit, final int reg)",
"identifier": "doSET",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doSET(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doRESmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doSETmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx, final int y)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doIN_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUT_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx, final int y)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doOUT_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_RegP(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_mNN_RegP(final int ctx, final int p)",
"identifier": "doLD_mNN_RegP",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_mNN_RegP(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_RegP_mNN(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_RegP_mNN(final int ctx, final int p)",
"identifier": "doLD_RegP_mNN",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_RegP_mNN(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doNEG()",
"constructor": false,
"full_signature": "private void doNEG()",
"identifier": "doNEG",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNEG()",
"testcase": false
},
{
"class_method_signature": "Z80.doRETI(final int ctx)",
"constructor": false,
"full_signature": "private void doRETI(final int ctx)",
"identifier": "doRETI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETN(final int ctx)",
"constructor": false,
"full_signature": "private void doRETN(final int ctx)",
"identifier": "doRETN",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETN(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIM(final int y)",
"constructor": false,
"full_signature": "private void doIM(final int y)",
"identifier": "doIM",
"modifiers": "private",
"parameters": "(final int y)",
"return": "void",
"signature": "void doIM(final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_I_A()",
"constructor": false,
"full_signature": "private void doLD_I_A()",
"identifier": "doLD_I_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_I_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_R_A()",
"constructor": false,
"full_signature": "private void doLD_R_A()",
"identifier": "doLD_R_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_R_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_I()",
"constructor": false,
"full_signature": "private void doLD_A_I()",
"identifier": "doLD_A_I",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_I()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_R()",
"constructor": false,
"full_signature": "private void doLD_A_R()",
"identifier": "doLD_A_R",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_R()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRD(final int ctx)",
"constructor": false,
"full_signature": "private void doRRD(final int ctx)",
"identifier": "doRRD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRRD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLD(final int ctx)",
"constructor": false,
"full_signature": "private void doRLD(final int ctx)",
"identifier": "doRLD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRLD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private boolean doBLI(final int ctx, final int y, final int z)",
"identifier": "doBLI",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "boolean",
"signature": "boolean doBLI(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mBC(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mBC(final int ctx)",
"identifier": "doLD_A_mBC",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mBC(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDIR(final int ctx)",
"identifier": "doLDIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mDE(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mDE(final int ctx)",
"identifier": "doLD_A_mDE",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mDE(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPIR(final int ctx)",
"identifier": "doCPIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINI_IND(final int ctx, final boolean ini)",
"constructor": false,
"full_signature": "private void doINI_IND(final int ctx, final boolean ini)",
"identifier": "doINI_IND",
"modifiers": "private",
"parameters": "(final int ctx, final boolean ini)",
"return": "void",
"signature": "void doINI_IND(final int ctx, final boolean ini)",
"testcase": false
},
{
"class_method_signature": "Z80.doINIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINIR(final int ctx)",
"identifier": "doINIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINDR(final int ctx)",
"identifier": "doINDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDI(final int ctx)",
"constructor": false,
"full_signature": "private void doLDI(final int ctx)",
"identifier": "doLDI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTIR(final int ctx)",
"identifier": "doOTIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPI(final int ctx)",
"constructor": false,
"full_signature": "private void doCPI(final int ctx)",
"identifier": "doCPI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTDR(final int ctx)",
"identifier": "doOTDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDDR(final int ctx)",
"identifier": "doLDDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTI_OUTD(final int ctx, final boolean inc)",
"constructor": false,
"full_signature": "private void doOUTI_OUTD(final int ctx, final boolean inc)",
"identifier": "doOUTI_OUTD",
"modifiers": "private",
"parameters": "(final int ctx, final boolean inc)",
"return": "void",
"signature": "void doOUTI_OUTD(final int ctx, final boolean inc)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPDR(final int ctx)",
"identifier": "doCPDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.getStateAsString()",
"constructor": false,
"full_signature": "public String getStateAsString()",
"identifier": "getStateAsString",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getStateAsString()",
"testcase": false
},
{
"class_method_signature": "Z80.doReset()",
"constructor": false,
"full_signature": "public void doReset()",
"identifier": "doReset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void doReset()",
"testcase": false
},
{
"class_method_signature": "Z80.compareState(final Z80 other, final boolean compareExe)",
"constructor": false,
"full_signature": "public boolean compareState(final Z80 other, final boolean compareExe)",
"identifier": "compareState",
"modifiers": "public",
"parameters": "(final Z80 other, final boolean compareExe)",
"return": "boolean",
"signature": "boolean compareState(final Z80 other, final boolean compareExe)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDD(final int ctx)",
"constructor": false,
"full_signature": "private void doLDD(final int ctx)",
"identifier": "doLDD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPD(final int ctx)",
"constructor": false,
"full_signature": "private void doCPD(final int ctx)",
"identifier": "doCPD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPD(final int ctx)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }",
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"invocations": [
"getRegister"
],
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 5,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 32104835,
"size": 23159,
"stargazer_count": 44,
"stars": null,
"updates": null,
"url": "https://github.com/raydac/zxpoly"
}
|
32104835_227
|
{
"fields": [],
"file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java",
"identifier": "Z80Test",
"interfaces": "",
"superclass": "extends AbstractZ80Test"
}
|
{
"body": "@Test\n public void testCommand_LD_IXh_nn() {\n final Z80State state = new Z80State();\n state.IX = 0xFFFF;\n final Pair<Z80, Integer> cpu = executeCommand(state, 0xDD, 0x26, 0x12);\n assertEquals(0x12FF, cpu.getLeft().getRegister(Z80.REG_IX));\n assertFlagsNotChanged(state, cpu.getLeft());\n assertEquals(11, cpu.getRight().intValue());\n }",
"class_method_signature": "Z80Test.testCommand_LD_IXh_nn()",
"constructor": false,
"full_signature": "@Test public void testCommand_LD_IXh_nn()",
"identifier": "testCommand_LD_IXh_nn",
"invocations": [
"executeCommand",
"assertEquals",
"getRegister",
"getLeft",
"assertFlagsNotChanged",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_LD_IXh_nn()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
"modifier": "private",
"original_string": "private int q;",
"type": "int",
"var_name": "q"
},
{
"declarator": "lastQ",
"modifier": "private",
"original_string": "private int lastQ;",
"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
"constructor": false,
"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doRETByFlag(final int ctx, final int y)",
"identifier": "doRETByFlag",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doRETByFlag(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRET(final int ctx)",
"constructor": false,
"full_signature": "private void doRET(final int ctx)",
"identifier": "doRET",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRET(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPOPRegPair(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPOPRegPair(final int ctx, final int p)",
"identifier": "doPOPRegPair",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPOPRegPair(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doEXX()",
"constructor": false,
"full_signature": "private void doEXX()",
"identifier": "doEXX",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEXX()",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doJP_HL(final int ctx)",
"identifier": "doJP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_SP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_SP_HL(final int ctx)",
"identifier": "doLD_SP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_SP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_cc(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJP_cc(final int ctx, final int cc)",
"identifier": "doJP_cc",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJP_cc(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP(final int ctx)",
"constructor": false,
"full_signature": "private void doJP(final int ctx)",
"identifier": "doJP",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTnA(final int ctx)",
"constructor": false,
"full_signature": "private void doOUTnA(final int ctx)",
"identifier": "doOUTnA",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUTnA(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_A_n(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_A_n(final int ctx)",
"identifier": "doIN_A_n",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_A_n(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_mSP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doEX_mSP_HL(final int ctx)",
"identifier": "doEX_mSP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doEX_mSP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_DE_HL()",
"constructor": false,
"full_signature": "private void doEX_DE_HL()",
"identifier": "doEX_DE_HL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_DE_HL()",
"testcase": false
},
{
"class_method_signature": "Z80.doDI()",
"constructor": false,
"full_signature": "private void doDI()",
"identifier": "doDI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDI()",
"testcase": false
},
{
"class_method_signature": "Z80.doEI()",
"constructor": false,
"full_signature": "private void doEI()",
"identifier": "doEI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEI()",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx, final int y)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doCALL(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCALL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPUSH(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPUSH(final int ctx, final int p)",
"identifier": "doPUSH",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPUSH(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_Reg(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private void doALU_A_Reg(final int ctx, final int op, final int reg)",
"identifier": "doALU_A_Reg",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "void",
"signature": "void doALU_A_Reg(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_n(final int ctx, final int op)",
"constructor": false,
"full_signature": "private void doALU_A_n(final int ctx, final int op)",
"identifier": "doALU_A_n",
"modifiers": "private",
"parameters": "(final int ctx, final int op)",
"return": "void",
"signature": "void doALU_A_n(final int ctx, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80._aluAccumulatorOp(final int op, final int value)",
"constructor": false,
"full_signature": "private void _aluAccumulatorOp(final int op, final int value)",
"identifier": "_aluAccumulatorOp",
"modifiers": "private",
"parameters": "(final int op, final int value)",
"return": "void",
"signature": "void _aluAccumulatorOp(final int op, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doRST(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void doRST(final int ctx, final int address)",
"identifier": "doRST",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void doRST(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80.doRollShift(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private int doRollShift(final int ctx, final int op, final int reg)",
"identifier": "doRollShift",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "int",
"signature": "int doRollShift(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doROTmem_LDreg(final int ctx, final int reg, final int op)",
"constructor": false,
"full_signature": "private void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"identifier": "doROTmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int op)",
"return": "void",
"signature": "void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80.doBIT(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private void doBIT(final int ctx, final int bit, final int reg)",
"identifier": "doBIT",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "void",
"signature": "void doBIT(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRES(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doRES(final int ctx, final int bit, final int reg)",
"identifier": "doRES",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doRES(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doSET(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doSET(final int ctx, final int bit, final int reg)",
"identifier": "doSET",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doSET(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doRESmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doSETmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx, final int y)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doIN_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUT_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx, final int y)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doOUT_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_RegP(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_mNN_RegP(final int ctx, final int p)",
"identifier": "doLD_mNN_RegP",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_mNN_RegP(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_RegP_mNN(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_RegP_mNN(final int ctx, final int p)",
"identifier": "doLD_RegP_mNN",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_RegP_mNN(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doNEG()",
"constructor": false,
"full_signature": "private void doNEG()",
"identifier": "doNEG",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNEG()",
"testcase": false
},
{
"class_method_signature": "Z80.doRETI(final int ctx)",
"constructor": false,
"full_signature": "private void doRETI(final int ctx)",
"identifier": "doRETI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETN(final int ctx)",
"constructor": false,
"full_signature": "private void doRETN(final int ctx)",
"identifier": "doRETN",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETN(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIM(final int y)",
"constructor": false,
"full_signature": "private void doIM(final int y)",
"identifier": "doIM",
"modifiers": "private",
"parameters": "(final int y)",
"return": "void",
"signature": "void doIM(final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_I_A()",
"constructor": false,
"full_signature": "private void doLD_I_A()",
"identifier": "doLD_I_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_I_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_R_A()",
"constructor": false,
"full_signature": "private void doLD_R_A()",
"identifier": "doLD_R_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_R_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_I()",
"constructor": false,
"full_signature": "private void doLD_A_I()",
"identifier": "doLD_A_I",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_I()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_R()",
"constructor": false,
"full_signature": "private void doLD_A_R()",
"identifier": "doLD_A_R",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_R()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRD(final int ctx)",
"constructor": false,
"full_signature": "private void doRRD(final int ctx)",
"identifier": "doRRD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRRD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLD(final int ctx)",
"constructor": false,
"full_signature": "private void doRLD(final int ctx)",
"identifier": "doRLD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRLD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private boolean doBLI(final int ctx, final int y, final int z)",
"identifier": "doBLI",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "boolean",
"signature": "boolean doBLI(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mBC(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mBC(final int ctx)",
"identifier": "doLD_A_mBC",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mBC(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDIR(final int ctx)",
"identifier": "doLDIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mDE(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mDE(final int ctx)",
"identifier": "doLD_A_mDE",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mDE(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPIR(final int ctx)",
"identifier": "doCPIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINI_IND(final int ctx, final boolean ini)",
"constructor": false,
"full_signature": "private void doINI_IND(final int ctx, final boolean ini)",
"identifier": "doINI_IND",
"modifiers": "private",
"parameters": "(final int ctx, final boolean ini)",
"return": "void",
"signature": "void doINI_IND(final int ctx, final boolean ini)",
"testcase": false
},
{
"class_method_signature": "Z80.doINIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINIR(final int ctx)",
"identifier": "doINIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINDR(final int ctx)",
"identifier": "doINDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDI(final int ctx)",
"constructor": false,
"full_signature": "private void doLDI(final int ctx)",
"identifier": "doLDI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTIR(final int ctx)",
"identifier": "doOTIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPI(final int ctx)",
"constructor": false,
"full_signature": "private void doCPI(final int ctx)",
"identifier": "doCPI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTDR(final int ctx)",
"identifier": "doOTDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDDR(final int ctx)",
"identifier": "doLDDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTI_OUTD(final int ctx, final boolean inc)",
"constructor": false,
"full_signature": "private void doOUTI_OUTD(final int ctx, final boolean inc)",
"identifier": "doOUTI_OUTD",
"modifiers": "private",
"parameters": "(final int ctx, final boolean inc)",
"return": "void",
"signature": "void doOUTI_OUTD(final int ctx, final boolean inc)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPDR(final int ctx)",
"identifier": "doCPDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.getStateAsString()",
"constructor": false,
"full_signature": "public String getStateAsString()",
"identifier": "getStateAsString",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getStateAsString()",
"testcase": false
},
{
"class_method_signature": "Z80.doReset()",
"constructor": false,
"full_signature": "public void doReset()",
"identifier": "doReset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void doReset()",
"testcase": false
},
{
"class_method_signature": "Z80.compareState(final Z80 other, final boolean compareExe)",
"constructor": false,
"full_signature": "public boolean compareState(final Z80 other, final boolean compareExe)",
"identifier": "compareState",
"modifiers": "public",
"parameters": "(final Z80 other, final boolean compareExe)",
"return": "boolean",
"signature": "boolean compareState(final Z80 other, final boolean compareExe)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDD(final int ctx)",
"constructor": false,
"full_signature": "private void doLDD(final int ctx)",
"identifier": "doLDD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPD(final int ctx)",
"constructor": false,
"full_signature": "private void doCPD(final int ctx)",
"identifier": "doCPD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPD(final int ctx)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }",
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"invocations": [
"getRegister"
],
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 5,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 32104835,
"size": 23159,
"stargazer_count": 44,
"stars": null,
"updates": null,
"url": "https://github.com/raydac/zxpoly"
}
|
32104835_63
|
{
"fields": [],
"file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java",
"identifier": "Z80Test",
"interfaces": "",
"superclass": "extends AbstractZ80Test"
}
|
{
"body": "@Test\n public void testCommand_ADC_C_flagV() {\n final Z80State state = new Z80State();\n state.A = 0x44;\n state.C = 0x7F;\n\n state.F = 0xFF;\n\n final Pair<Z80, Integer> cpu = executeCommand(state, 0x89);\n\n assertEquals(0x7F, cpu.getLeft().getRegister(Z80.REG_C));\n assertEquals(0xC4, cpu.getLeft().getRegister(Z80.REG_A));\n assertFlagsExcludeReserved(Z80.FLAG_PV | Z80.FLAG_S | Z80.FLAG_H,\n cpu.getLeft().getRegister(Z80.REG_F) & 0xFF);\n\n assertEquals(4, cpu.getRight().intValue());\n }",
"class_method_signature": "Z80Test.testCommand_ADC_C_flagV()",
"constructor": false,
"full_signature": "@Test public void testCommand_ADC_C_flagV()",
"identifier": "testCommand_ADC_C_flagV",
"invocations": [
"executeCommand",
"assertEquals",
"getRegister",
"getLeft",
"assertEquals",
"getRegister",
"getLeft",
"assertFlagsExcludeReserved",
"getRegister",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_ADC_C_flagV()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
"modifier": "private",
"original_string": "private int q;",
"type": "int",
"var_name": "q"
},
{
"declarator": "lastQ",
"modifier": "private",
"original_string": "private int lastQ;",
"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
"constructor": false,
"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doRETByFlag(final int ctx, final int y)",
"identifier": "doRETByFlag",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doRETByFlag(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRET(final int ctx)",
"constructor": false,
"full_signature": "private void doRET(final int ctx)",
"identifier": "doRET",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRET(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPOPRegPair(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPOPRegPair(final int ctx, final int p)",
"identifier": "doPOPRegPair",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPOPRegPair(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doEXX()",
"constructor": false,
"full_signature": "private void doEXX()",
"identifier": "doEXX",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEXX()",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doJP_HL(final int ctx)",
"identifier": "doJP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_SP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_SP_HL(final int ctx)",
"identifier": "doLD_SP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_SP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_cc(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJP_cc(final int ctx, final int cc)",
"identifier": "doJP_cc",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJP_cc(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP(final int ctx)",
"constructor": false,
"full_signature": "private void doJP(final int ctx)",
"identifier": "doJP",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTnA(final int ctx)",
"constructor": false,
"full_signature": "private void doOUTnA(final int ctx)",
"identifier": "doOUTnA",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUTnA(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_A_n(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_A_n(final int ctx)",
"identifier": "doIN_A_n",
"modifiers": "private",
"parameters": "(final int ctx)",
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},
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"testcase": false
},
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"class_method_signature": "Z80.doNEG()",
"constructor": false,
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"parameters": "()",
"return": "void",
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},
{
"class_method_signature": "Z80.doRETI(final int ctx)",
"constructor": false,
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"identifier": "doRETI",
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"constructor": false,
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},
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},
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"class_method_signature": "Z80.doLD_I_A()",
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},
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"constructor": false,
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},
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"class_method_signature": "Z80.doLD_A_I()",
"constructor": false,
"full_signature": "private void doLD_A_I()",
"identifier": "doLD_A_I",
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},
{
"class_method_signature": "Z80.doLD_A_R()",
"constructor": false,
"full_signature": "private void doLD_A_R()",
"identifier": "doLD_A_R",
"modifiers": "private",
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"return": "void",
"signature": "void doLD_A_R()",
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},
{
"class_method_signature": "Z80.doRRD(final int ctx)",
"constructor": false,
"full_signature": "private void doRRD(final int ctx)",
"identifier": "doRRD",
"modifiers": "private",
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"signature": "void doRRD(final int ctx)",
"testcase": false
},
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"class_method_signature": "Z80.doRLD(final int ctx)",
"constructor": false,
"full_signature": "private void doRLD(final int ctx)",
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"modifiers": "private",
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"return": "void",
"signature": "void doRLD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private boolean doBLI(final int ctx, final int y, final int z)",
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"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "boolean",
"signature": "boolean doBLI(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mBC(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mBC(final int ctx)",
"identifier": "doLD_A_mBC",
"modifiers": "private",
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"signature": "void doLD_A_mBC(final int ctx)",
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},
{
"class_method_signature": "Z80.doLDIR(final int ctx)",
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"signature": "boolean doLDIR(final int ctx)",
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},
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},
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},
{
"class_method_signature": "Z80.doINI_IND(final int ctx, final boolean ini)",
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},
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},
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},
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"class_method_signature": "Z80.doLDI(final int ctx)",
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"identifier": "doLDI",
"modifiers": "private",
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"signature": "void doLDI(final int ctx)",
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},
{
"class_method_signature": "Z80.doOTIR(final int ctx)",
"constructor": false,
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"identifier": "doOTIR",
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"parameters": "(final int ctx)",
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"signature": "boolean doOTIR(final int ctx)",
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},
{
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"constructor": false,
"full_signature": "private void doCPI(final int ctx)",
"identifier": "doCPI",
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"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPI(final int ctx)",
"testcase": false
},
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"class_method_signature": "Z80.doOTDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTDR(final int ctx)",
"identifier": "doOTDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDDR(final int ctx)",
"identifier": "doLDDR",
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"signature": "boolean doLDDR(final int ctx)",
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},
{
"class_method_signature": "Z80.doOUTI_OUTD(final int ctx, final boolean inc)",
"constructor": false,
"full_signature": "private void doOUTI_OUTD(final int ctx, final boolean inc)",
"identifier": "doOUTI_OUTD",
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"parameters": "(final int ctx, final boolean inc)",
"return": "void",
"signature": "void doOUTI_OUTD(final int ctx, final boolean inc)",
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},
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"constructor": false,
"full_signature": "private boolean doCPDR(final int ctx)",
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"signature": "boolean doCPDR(final int ctx)",
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},
{
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"full_signature": "public String getStateAsString()",
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},
{
"class_method_signature": "Z80.doReset()",
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"full_signature": "public void doReset()",
"identifier": "doReset",
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},
{
"class_method_signature": "Z80.compareState(final Z80 other, final boolean compareExe)",
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"identifier": "compareState",
"modifiers": "public",
"parameters": "(final Z80 other, final boolean compareExe)",
"return": "boolean",
"signature": "boolean compareState(final Z80 other, final boolean compareExe)",
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},
{
"class_method_signature": "Z80.doLDD(final int ctx)",
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"full_signature": "private void doLDD(final int ctx)",
"identifier": "doLDD",
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"signature": "void doLDD(final int ctx)",
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},
{
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"identifier": "doCPD",
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"return": "void",
"signature": "void doCPD(final int ctx)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }",
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"invocations": [
"getRegister"
],
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 5,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 32104835,
"size": 23159,
"stargazer_count": 44,
"stars": null,
"updates": null,
"url": "https://github.com/raydac/zxpoly"
}
|
32104835_34
|
{
"fields": [],
"file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java",
"identifier": "Z80Test",
"interfaces": "",
"superclass": "extends AbstractZ80Test"
}
|
{
"body": "@Test\n public void testCommand_LD_HL_nn() {\n final Z80State state = new Z80State();\n final Pair<Z80, Integer> cpu = executeCommand(state, 0x21, 0x34, 0x12);\n assertEquals(0x1234, cpu.getLeft().getRegisterPair(Z80.REGPAIR_HL));\n assertFlagsNotChanged(state, cpu.getLeft());\n assertEquals(10, cpu.getRight().intValue());\n }",
"class_method_signature": "Z80Test.testCommand_LD_HL_nn()",
"constructor": false,
"full_signature": "@Test public void testCommand_LD_HL_nn()",
"identifier": "testCommand_LD_HL_nn",
"invocations": [
"executeCommand",
"assertEquals",
"getRegisterPair",
"getLeft",
"assertFlagsNotChanged",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_LD_HL_nn()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
"modifier": "private",
"original_string": "private int q;",
"type": "int",
"var_name": "q"
},
{
"declarator": "lastQ",
"modifier": "private",
"original_string": "private int lastQ;",
"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
"constructor": false,
"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doRETByFlag(final int ctx, final int y)",
"identifier": "doRETByFlag",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doRETByFlag(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRET(final int ctx)",
"constructor": false,
"full_signature": "private void doRET(final int ctx)",
"identifier": "doRET",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRET(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPOPRegPair(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPOPRegPair(final int ctx, final int p)",
"identifier": "doPOPRegPair",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPOPRegPair(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doEXX()",
"constructor": false,
"full_signature": "private void doEXX()",
"identifier": "doEXX",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEXX()",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doJP_HL(final int ctx)",
"identifier": "doJP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_SP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_SP_HL(final int ctx)",
"identifier": "doLD_SP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_SP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_cc(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJP_cc(final int ctx, final int cc)",
"identifier": "doJP_cc",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJP_cc(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP(final int ctx)",
"constructor": false,
"full_signature": "private void doJP(final int ctx)",
"identifier": "doJP",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTnA(final int ctx)",
"constructor": false,
"full_signature": "private void doOUTnA(final int ctx)",
"identifier": "doOUTnA",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUTnA(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_A_n(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_A_n(final int ctx)",
"identifier": "doIN_A_n",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_A_n(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_mSP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doEX_mSP_HL(final int ctx)",
"identifier": "doEX_mSP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doEX_mSP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_DE_HL()",
"constructor": false,
"full_signature": "private void doEX_DE_HL()",
"identifier": "doEX_DE_HL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_DE_HL()",
"testcase": false
},
{
"class_method_signature": "Z80.doDI()",
"constructor": false,
"full_signature": "private void doDI()",
"identifier": "doDI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDI()",
"testcase": false
},
{
"class_method_signature": "Z80.doEI()",
"constructor": false,
"full_signature": "private void doEI()",
"identifier": "doEI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEI()",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx, final int y)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doCALL(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCALL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPUSH(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPUSH(final int ctx, final int p)",
"identifier": "doPUSH",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPUSH(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_Reg(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private void doALU_A_Reg(final int ctx, final int op, final int reg)",
"identifier": "doALU_A_Reg",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "void",
"signature": "void doALU_A_Reg(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_n(final int ctx, final int op)",
"constructor": false,
"full_signature": "private void doALU_A_n(final int ctx, final int op)",
"identifier": "doALU_A_n",
"modifiers": "private",
"parameters": "(final int ctx, final int op)",
"return": "void",
"signature": "void doALU_A_n(final int ctx, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80._aluAccumulatorOp(final int op, final int value)",
"constructor": false,
"full_signature": "private void _aluAccumulatorOp(final int op, final int value)",
"identifier": "_aluAccumulatorOp",
"modifiers": "private",
"parameters": "(final int op, final int value)",
"return": "void",
"signature": "void _aluAccumulatorOp(final int op, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doRST(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void doRST(final int ctx, final int address)",
"identifier": "doRST",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void doRST(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80.doRollShift(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private int doRollShift(final int ctx, final int op, final int reg)",
"identifier": "doRollShift",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "int",
"signature": "int doRollShift(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doROTmem_LDreg(final int ctx, final int reg, final int op)",
"constructor": false,
"full_signature": "private void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"identifier": "doROTmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int op)",
"return": "void",
"signature": "void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80.doBIT(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private void doBIT(final int ctx, final int bit, final int reg)",
"identifier": "doBIT",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "void",
"signature": "void doBIT(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRES(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doRES(final int ctx, final int bit, final int reg)",
"identifier": "doRES",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doRES(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doSET(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doSET(final int ctx, final int bit, final int reg)",
"identifier": "doSET",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doSET(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doRESmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doSETmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx, final int y)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doIN_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUT_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx, final int y)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doOUT_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_RegP(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_mNN_RegP(final int ctx, final int p)",
"identifier": "doLD_mNN_RegP",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_mNN_RegP(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_RegP_mNN(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_RegP_mNN(final int ctx, final int p)",
"identifier": "doLD_RegP_mNN",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_RegP_mNN(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doNEG()",
"constructor": false,
"full_signature": "private void doNEG()",
"identifier": "doNEG",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNEG()",
"testcase": false
},
{
"class_method_signature": "Z80.doRETI(final int ctx)",
"constructor": false,
"full_signature": "private void doRETI(final int ctx)",
"identifier": "doRETI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETN(final int ctx)",
"constructor": false,
"full_signature": "private void doRETN(final int ctx)",
"identifier": "doRETN",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETN(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIM(final int y)",
"constructor": false,
"full_signature": "private void doIM(final int y)",
"identifier": "doIM",
"modifiers": "private",
"parameters": "(final int y)",
"return": "void",
"signature": "void doIM(final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_I_A()",
"constructor": false,
"full_signature": "private void doLD_I_A()",
"identifier": "doLD_I_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_I_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_R_A()",
"constructor": false,
"full_signature": "private void doLD_R_A()",
"identifier": "doLD_R_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_R_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_I()",
"constructor": false,
"full_signature": "private void doLD_A_I()",
"identifier": "doLD_A_I",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_I()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_R()",
"constructor": false,
"full_signature": "private void doLD_A_R()",
"identifier": "doLD_A_R",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_R()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRD(final int ctx)",
"constructor": false,
"full_signature": "private void doRRD(final int ctx)",
"identifier": "doRRD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRRD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLD(final int ctx)",
"constructor": false,
"full_signature": "private void doRLD(final int ctx)",
"identifier": "doRLD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRLD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private boolean doBLI(final int ctx, final int y, final int z)",
"identifier": "doBLI",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "boolean",
"signature": "boolean doBLI(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mBC(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mBC(final int ctx)",
"identifier": "doLD_A_mBC",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mBC(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDIR(final int ctx)",
"identifier": "doLDIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mDE(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mDE(final int ctx)",
"identifier": "doLD_A_mDE",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mDE(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPIR(final int ctx)",
"identifier": "doCPIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINI_IND(final int ctx, final boolean ini)",
"constructor": false,
"full_signature": "private void doINI_IND(final int ctx, final boolean ini)",
"identifier": "doINI_IND",
"modifiers": "private",
"parameters": "(final int ctx, final boolean ini)",
"return": "void",
"signature": "void doINI_IND(final int ctx, final boolean ini)",
"testcase": false
},
{
"class_method_signature": "Z80.doINIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINIR(final int ctx)",
"identifier": "doINIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINDR(final int ctx)",
"identifier": "doINDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDI(final int ctx)",
"constructor": false,
"full_signature": "private void doLDI(final int ctx)",
"identifier": "doLDI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTIR(final int ctx)",
"identifier": "doOTIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPI(final int ctx)",
"constructor": false,
"full_signature": "private void doCPI(final int ctx)",
"identifier": "doCPI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTDR(final int ctx)",
"identifier": "doOTDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDDR(final int ctx)",
"identifier": "doLDDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTI_OUTD(final int ctx, final boolean inc)",
"constructor": false,
"full_signature": "private void doOUTI_OUTD(final int ctx, final boolean inc)",
"identifier": "doOUTI_OUTD",
"modifiers": "private",
"parameters": "(final int ctx, final boolean inc)",
"return": "void",
"signature": "void doOUTI_OUTD(final int ctx, final boolean inc)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPDR(final int ctx)",
"identifier": "doCPDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.getStateAsString()",
"constructor": false,
"full_signature": "public String getStateAsString()",
"identifier": "getStateAsString",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getStateAsString()",
"testcase": false
},
{
"class_method_signature": "Z80.doReset()",
"constructor": false,
"full_signature": "public void doReset()",
"identifier": "doReset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void doReset()",
"testcase": false
},
{
"class_method_signature": "Z80.compareState(final Z80 other, final boolean compareExe)",
"constructor": false,
"full_signature": "public boolean compareState(final Z80 other, final boolean compareExe)",
"identifier": "compareState",
"modifiers": "public",
"parameters": "(final Z80 other, final boolean compareExe)",
"return": "boolean",
"signature": "boolean compareState(final Z80 other, final boolean compareExe)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDD(final int ctx)",
"constructor": false,
"full_signature": "private void doLDD(final int ctx)",
"identifier": "doLDD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPD(final int ctx)",
"constructor": false,
"full_signature": "private void doCPD(final int ctx)",
"identifier": "doCPD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPD(final int ctx)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public int getRegisterPair(final int regPair) {\n return this.getRegisterPair(regPair, false);\n }",
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"invocations": [
"getRegisterPair"
],
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 5,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 32104835,
"size": 23159,
"stargazer_count": 44,
"stars": null,
"updates": null,
"url": "https://github.com/raydac/zxpoly"
}
|
32104835_159
|
{
"fields": [],
"file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java",
"identifier": "Z80Test",
"interfaces": "",
"superclass": "extends AbstractZ80Test"
}
|
{
"body": "@Test\n public void testCommand_SLA_mIYd() {\n final Z80State state = new Z80State();\n state.IY = 0x1234;\n state.F = 0x00;\n\n memory[0x1239] = (byte) 0xB1;\n\n final Pair<Z80, Integer> cpu = executeCommand(state, 0xFD, 0xCB, 0x05, 0x26);\n\n assertMemory(0x1239, 0x62);\n assertFlagsExcludeReserved(Z80.FLAG_C, cpu.getLeft().getRegister(Z80.REG_F));\n assertEquals(23, cpu.getRight().intValue());\n }",
"class_method_signature": "Z80Test.testCommand_SLA_mIYd()",
"constructor": false,
"full_signature": "@Test public void testCommand_SLA_mIYd()",
"identifier": "testCommand_SLA_mIYd",
"invocations": [
"executeCommand",
"assertMemory",
"assertFlagsExcludeReserved",
"getRegister",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_SLA_mIYd()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
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"type": "int",
"var_name": "q"
},
{
"declarator": "lastQ",
"modifier": "private",
"original_string": "private int lastQ;",
"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
"constructor": false,
"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doRETByFlag(final int ctx, final int y)",
"identifier": "doRETByFlag",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doRETByFlag(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRET(final int ctx)",
"constructor": false,
"full_signature": "private void doRET(final int ctx)",
"identifier": "doRET",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRET(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPOPRegPair(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPOPRegPair(final int ctx, final int p)",
"identifier": "doPOPRegPair",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPOPRegPair(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doEXX()",
"constructor": false,
"full_signature": "private void doEXX()",
"identifier": "doEXX",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEXX()",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doJP_HL(final int ctx)",
"identifier": "doJP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_SP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_SP_HL(final int ctx)",
"identifier": "doLD_SP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_SP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_cc(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJP_cc(final int ctx, final int cc)",
"identifier": "doJP_cc",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJP_cc(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP(final int ctx)",
"constructor": false,
"full_signature": "private void doJP(final int ctx)",
"identifier": "doJP",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTnA(final int ctx)",
"constructor": false,
"full_signature": "private void doOUTnA(final int ctx)",
"identifier": "doOUTnA",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUTnA(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_A_n(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_A_n(final int ctx)",
"identifier": "doIN_A_n",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_A_n(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_mSP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doEX_mSP_HL(final int ctx)",
"identifier": "doEX_mSP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doEX_mSP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_DE_HL()",
"constructor": false,
"full_signature": "private void doEX_DE_HL()",
"identifier": "doEX_DE_HL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_DE_HL()",
"testcase": false
},
{
"class_method_signature": "Z80.doDI()",
"constructor": false,
"full_signature": "private void doDI()",
"identifier": "doDI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDI()",
"testcase": false
},
{
"class_method_signature": "Z80.doEI()",
"constructor": false,
"full_signature": "private void doEI()",
"identifier": "doEI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEI()",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx, final int y)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doCALL(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCALL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPUSH(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPUSH(final int ctx, final int p)",
"identifier": "doPUSH",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPUSH(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_Reg(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private void doALU_A_Reg(final int ctx, final int op, final int reg)",
"identifier": "doALU_A_Reg",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "void",
"signature": "void doALU_A_Reg(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_n(final int ctx, final int op)",
"constructor": false,
"full_signature": "private void doALU_A_n(final int ctx, final int op)",
"identifier": "doALU_A_n",
"modifiers": "private",
"parameters": "(final int ctx, final int op)",
"return": "void",
"signature": "void doALU_A_n(final int ctx, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80._aluAccumulatorOp(final int op, final int value)",
"constructor": false,
"full_signature": "private void _aluAccumulatorOp(final int op, final int value)",
"identifier": "_aluAccumulatorOp",
"modifiers": "private",
"parameters": "(final int op, final int value)",
"return": "void",
"signature": "void _aluAccumulatorOp(final int op, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doRST(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void doRST(final int ctx, final int address)",
"identifier": "doRST",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void doRST(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80.doRollShift(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private int doRollShift(final int ctx, final int op, final int reg)",
"identifier": "doRollShift",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "int",
"signature": "int doRollShift(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doROTmem_LDreg(final int ctx, final int reg, final int op)",
"constructor": false,
"full_signature": "private void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"identifier": "doROTmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int op)",
"return": "void",
"signature": "void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80.doBIT(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private void doBIT(final int ctx, final int bit, final int reg)",
"identifier": "doBIT",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "void",
"signature": "void doBIT(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRES(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doRES(final int ctx, final int bit, final int reg)",
"identifier": "doRES",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doRES(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doSET(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doSET(final int ctx, final int bit, final int reg)",
"identifier": "doSET",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doSET(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doRESmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doSETmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx, final int y)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doIN_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUT_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx, final int y)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doOUT_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_RegP(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_mNN_RegP(final int ctx, final int p)",
"identifier": "doLD_mNN_RegP",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_mNN_RegP(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_RegP_mNN(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_RegP_mNN(final int ctx, final int p)",
"identifier": "doLD_RegP_mNN",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_RegP_mNN(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doNEG()",
"constructor": false,
"full_signature": "private void doNEG()",
"identifier": "doNEG",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNEG()",
"testcase": false
},
{
"class_method_signature": "Z80.doRETI(final int ctx)",
"constructor": false,
"full_signature": "private void doRETI(final int ctx)",
"identifier": "doRETI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETN(final int ctx)",
"constructor": false,
"full_signature": "private void doRETN(final int ctx)",
"identifier": "doRETN",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETN(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIM(final int y)",
"constructor": false,
"full_signature": "private void doIM(final int y)",
"identifier": "doIM",
"modifiers": "private",
"parameters": "(final int y)",
"return": "void",
"signature": "void doIM(final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_I_A()",
"constructor": false,
"full_signature": "private void doLD_I_A()",
"identifier": "doLD_I_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_I_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_R_A()",
"constructor": false,
"full_signature": "private void doLD_R_A()",
"identifier": "doLD_R_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_R_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_I()",
"constructor": false,
"full_signature": "private void doLD_A_I()",
"identifier": "doLD_A_I",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_I()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_R()",
"constructor": false,
"full_signature": "private void doLD_A_R()",
"identifier": "doLD_A_R",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_R()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRD(final int ctx)",
"constructor": false,
"full_signature": "private void doRRD(final int ctx)",
"identifier": "doRRD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRRD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLD(final int ctx)",
"constructor": false,
"full_signature": "private void doRLD(final int ctx)",
"identifier": "doRLD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRLD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private boolean doBLI(final int ctx, final int y, final int z)",
"identifier": "doBLI",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "boolean",
"signature": "boolean doBLI(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mBC(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mBC(final int ctx)",
"identifier": "doLD_A_mBC",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mBC(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDIR(final int ctx)",
"identifier": "doLDIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mDE(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mDE(final int ctx)",
"identifier": "doLD_A_mDE",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mDE(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPIR(final int ctx)",
"identifier": "doCPIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINI_IND(final int ctx, final boolean ini)",
"constructor": false,
"full_signature": "private void doINI_IND(final int ctx, final boolean ini)",
"identifier": "doINI_IND",
"modifiers": "private",
"parameters": "(final int ctx, final boolean ini)",
"return": "void",
"signature": "void doINI_IND(final int ctx, final boolean ini)",
"testcase": false
},
{
"class_method_signature": "Z80.doINIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINIR(final int ctx)",
"identifier": "doINIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINDR(final int ctx)",
"identifier": "doINDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDI(final int ctx)",
"constructor": false,
"full_signature": "private void doLDI(final int ctx)",
"identifier": "doLDI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTIR(final int ctx)",
"identifier": "doOTIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPI(final int ctx)",
"constructor": false,
"full_signature": "private void doCPI(final int ctx)",
"identifier": "doCPI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTDR(final int ctx)",
"identifier": "doOTDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDDR(final int ctx)",
"identifier": "doLDDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTI_OUTD(final int ctx, final boolean inc)",
"constructor": false,
"full_signature": "private void doOUTI_OUTD(final int ctx, final boolean inc)",
"identifier": "doOUTI_OUTD",
"modifiers": "private",
"parameters": "(final int ctx, final boolean inc)",
"return": "void",
"signature": "void doOUTI_OUTD(final int ctx, final boolean inc)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPDR(final int ctx)",
"identifier": "doCPDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.getStateAsString()",
"constructor": false,
"full_signature": "public String getStateAsString()",
"identifier": "getStateAsString",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getStateAsString()",
"testcase": false
},
{
"class_method_signature": "Z80.doReset()",
"constructor": false,
"full_signature": "public void doReset()",
"identifier": "doReset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void doReset()",
"testcase": false
},
{
"class_method_signature": "Z80.compareState(final Z80 other, final boolean compareExe)",
"constructor": false,
"full_signature": "public boolean compareState(final Z80 other, final boolean compareExe)",
"identifier": "compareState",
"modifiers": "public",
"parameters": "(final Z80 other, final boolean compareExe)",
"return": "boolean",
"signature": "boolean compareState(final Z80 other, final boolean compareExe)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDD(final int ctx)",
"constructor": false,
"full_signature": "private void doLDD(final int ctx)",
"identifier": "doLDD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPD(final int ctx)",
"constructor": false,
"full_signature": "private void doCPD(final int ctx)",
"identifier": "doCPD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPD(final int ctx)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }",
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"invocations": [
"getRegister"
],
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 5,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 32104835,
"size": 23159,
"stargazer_count": 44,
"stars": null,
"updates": null,
"url": "https://github.com/raydac/zxpoly"
}
|
32104835_122
|
{
"fields": [],
"file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java",
"identifier": "Z80Test",
"interfaces": "",
"superclass": "extends AbstractZ80Test"
}
|
{
"body": "@Test\n public void testCommand_INC_IXl() {\n final Z80State state = new Z80State();\n state.IX = 0xFFFF;\n state.F = 0xFF;\n\n final Pair<Z80, Integer> cpu = executeCommand(state, 0xDD, 0x2C);\n\n assertEquals(0xFF00, cpu.getLeft().getRegister(Z80.REG_IX));\n assertEquals(8, cpu.getRight().intValue());\n }",
"class_method_signature": "Z80Test.testCommand_INC_IXl()",
"constructor": false,
"full_signature": "@Test public void testCommand_INC_IXl()",
"identifier": "testCommand_INC_IXl",
"invocations": [
"executeCommand",
"assertEquals",
"getRegister",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_INC_IXl()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
"modifier": "private",
"original_string": "private int q;",
"type": "int",
"var_name": "q"
},
{
"declarator": "lastQ",
"modifier": "private",
"original_string": "private int lastQ;",
"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
"constructor": false,
"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doRETByFlag(final int ctx, final int y)",
"identifier": "doRETByFlag",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doRETByFlag(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRET(final int ctx)",
"constructor": false,
"full_signature": "private void doRET(final int ctx)",
"identifier": "doRET",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRET(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPOPRegPair(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPOPRegPair(final int ctx, final int p)",
"identifier": "doPOPRegPair",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPOPRegPair(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doEXX()",
"constructor": false,
"full_signature": "private void doEXX()",
"identifier": "doEXX",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEXX()",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doJP_HL(final int ctx)",
"identifier": "doJP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_SP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_SP_HL(final int ctx)",
"identifier": "doLD_SP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_SP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_cc(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJP_cc(final int ctx, final int cc)",
"identifier": "doJP_cc",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJP_cc(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP(final int ctx)",
"constructor": false,
"full_signature": "private void doJP(final int ctx)",
"identifier": "doJP",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTnA(final int ctx)",
"constructor": false,
"full_signature": "private void doOUTnA(final int ctx)",
"identifier": "doOUTnA",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUTnA(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_A_n(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_A_n(final int ctx)",
"identifier": "doIN_A_n",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_A_n(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_mSP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doEX_mSP_HL(final int ctx)",
"identifier": "doEX_mSP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doEX_mSP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_DE_HL()",
"constructor": false,
"full_signature": "private void doEX_DE_HL()",
"identifier": "doEX_DE_HL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_DE_HL()",
"testcase": false
},
{
"class_method_signature": "Z80.doDI()",
"constructor": false,
"full_signature": "private void doDI()",
"identifier": "doDI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDI()",
"testcase": false
},
{
"class_method_signature": "Z80.doEI()",
"constructor": false,
"full_signature": "private void doEI()",
"identifier": "doEI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEI()",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx, final int y)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doCALL(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCALL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPUSH(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPUSH(final int ctx, final int p)",
"identifier": "doPUSH",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPUSH(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_Reg(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private void doALU_A_Reg(final int ctx, final int op, final int reg)",
"identifier": "doALU_A_Reg",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "void",
"signature": "void doALU_A_Reg(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_n(final int ctx, final int op)",
"constructor": false,
"full_signature": "private void doALU_A_n(final int ctx, final int op)",
"identifier": "doALU_A_n",
"modifiers": "private",
"parameters": "(final int ctx, final int op)",
"return": "void",
"signature": "void doALU_A_n(final int ctx, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80._aluAccumulatorOp(final int op, final int value)",
"constructor": false,
"full_signature": "private void _aluAccumulatorOp(final int op, final int value)",
"identifier": "_aluAccumulatorOp",
"modifiers": "private",
"parameters": "(final int op, final int value)",
"return": "void",
"signature": "void _aluAccumulatorOp(final int op, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doRST(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void doRST(final int ctx, final int address)",
"identifier": "doRST",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void doRST(final int ctx, final int address)",
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},
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},
{
"class_method_signature": "Z80.doRESmem_LDreg(final int ctx, final int reg, final int bit)",
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"modifiers": "private",
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"return": "void",
"signature": "void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doSETmem_LDreg(final int ctx, final int reg, final int bit)",
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"identifier": "doSETmem_LDreg",
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"return": "void",
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},
{
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"modifiers": "private",
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},
{
"class_method_signature": "Z80.doIN_C(final int ctx, final int y)",
"constructor": false,
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},
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},
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"full_signature": "private void doOUT_C(final int ctx, final int y)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doOUT_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_RegP(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_mNN_RegP(final int ctx, final int p)",
"identifier": "doLD_mNN_RegP",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_mNN_RegP(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_RegP_mNN(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_RegP_mNN(final int ctx, final int p)",
"identifier": "doLD_RegP_mNN",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_RegP_mNN(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doNEG()",
"constructor": false,
"full_signature": "private void doNEG()",
"identifier": "doNEG",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNEG()",
"testcase": false
},
{
"class_method_signature": "Z80.doRETI(final int ctx)",
"constructor": false,
"full_signature": "private void doRETI(final int ctx)",
"identifier": "doRETI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETN(final int ctx)",
"constructor": false,
"full_signature": "private void doRETN(final int ctx)",
"identifier": "doRETN",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETN(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIM(final int y)",
"constructor": false,
"full_signature": "private void doIM(final int y)",
"identifier": "doIM",
"modifiers": "private",
"parameters": "(final int y)",
"return": "void",
"signature": "void doIM(final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_I_A()",
"constructor": false,
"full_signature": "private void doLD_I_A()",
"identifier": "doLD_I_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_I_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_R_A()",
"constructor": false,
"full_signature": "private void doLD_R_A()",
"identifier": "doLD_R_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_R_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_I()",
"constructor": false,
"full_signature": "private void doLD_A_I()",
"identifier": "doLD_A_I",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_I()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_R()",
"constructor": false,
"full_signature": "private void doLD_A_R()",
"identifier": "doLD_A_R",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_R()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRD(final int ctx)",
"constructor": false,
"full_signature": "private void doRRD(final int ctx)",
"identifier": "doRRD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRRD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLD(final int ctx)",
"constructor": false,
"full_signature": "private void doRLD(final int ctx)",
"identifier": "doRLD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRLD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private boolean doBLI(final int ctx, final int y, final int z)",
"identifier": "doBLI",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "boolean",
"signature": "boolean doBLI(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mBC(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mBC(final int ctx)",
"identifier": "doLD_A_mBC",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mBC(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDIR(final int ctx)",
"identifier": "doLDIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mDE(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mDE(final int ctx)",
"identifier": "doLD_A_mDE",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mDE(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPIR(final int ctx)",
"identifier": "doCPIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINI_IND(final int ctx, final boolean ini)",
"constructor": false,
"full_signature": "private void doINI_IND(final int ctx, final boolean ini)",
"identifier": "doINI_IND",
"modifiers": "private",
"parameters": "(final int ctx, final boolean ini)",
"return": "void",
"signature": "void doINI_IND(final int ctx, final boolean ini)",
"testcase": false
},
{
"class_method_signature": "Z80.doINIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINIR(final int ctx)",
"identifier": "doINIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINDR(final int ctx)",
"identifier": "doINDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDI(final int ctx)",
"constructor": false,
"full_signature": "private void doLDI(final int ctx)",
"identifier": "doLDI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTIR(final int ctx)",
"identifier": "doOTIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPI(final int ctx)",
"constructor": false,
"full_signature": "private void doCPI(final int ctx)",
"identifier": "doCPI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTDR(final int ctx)",
"identifier": "doOTDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDDR(final int ctx)",
"identifier": "doLDDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTI_OUTD(final int ctx, final boolean inc)",
"constructor": false,
"full_signature": "private void doOUTI_OUTD(final int ctx, final boolean inc)",
"identifier": "doOUTI_OUTD",
"modifiers": "private",
"parameters": "(final int ctx, final boolean inc)",
"return": "void",
"signature": "void doOUTI_OUTD(final int ctx, final boolean inc)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPDR(final int ctx)",
"identifier": "doCPDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.getStateAsString()",
"constructor": false,
"full_signature": "public String getStateAsString()",
"identifier": "getStateAsString",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getStateAsString()",
"testcase": false
},
{
"class_method_signature": "Z80.doReset()",
"constructor": false,
"full_signature": "public void doReset()",
"identifier": "doReset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void doReset()",
"testcase": false
},
{
"class_method_signature": "Z80.compareState(final Z80 other, final boolean compareExe)",
"constructor": false,
"full_signature": "public boolean compareState(final Z80 other, final boolean compareExe)",
"identifier": "compareState",
"modifiers": "public",
"parameters": "(final Z80 other, final boolean compareExe)",
"return": "boolean",
"signature": "boolean compareState(final Z80 other, final boolean compareExe)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDD(final int ctx)",
"constructor": false,
"full_signature": "private void doLDD(final int ctx)",
"identifier": "doLDD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPD(final int ctx)",
"constructor": false,
"full_signature": "private void doCPD(final int ctx)",
"identifier": "doCPD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPD(final int ctx)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }",
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"invocations": [
"getRegister"
],
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 5,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 32104835,
"size": 23159,
"stargazer_count": 44,
"stars": null,
"updates": null,
"url": "https://github.com/raydac/zxpoly"
}
|
32104835_18
|
{
"fields": [],
"file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java",
"identifier": "Z80Test",
"interfaces": "",
"superclass": "extends AbstractZ80Test"
}
|
{
"body": "@Test\n public void testCommand_LD_A_mBC() {\n final Z80State state = new Z80State();\n state.A = 0x48;\n state.B = 0x12;\n state.C = 0x34;\n this.memory[0x1234] = 0x33;\n final Pair<Z80, Integer> cpu = executeCommand(state, 0x0A);\n assertEquals(0x33, cpu.getLeft().getRegister(Z80.REG_A));\n assertEquals(0x33, this.memory[0x1234]);\n assertFlagsNotChanged(state, cpu.getLeft());\n assertEquals(7, cpu.getRight().intValue());\n }",
"class_method_signature": "Z80Test.testCommand_LD_A_mBC()",
"constructor": false,
"full_signature": "@Test public void testCommand_LD_A_mBC()",
"identifier": "testCommand_LD_A_mBC",
"invocations": [
"executeCommand",
"assertEquals",
"getRegister",
"getLeft",
"assertEquals",
"assertFlagsNotChanged",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_LD_A_mBC()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
"modifier": "private",
"original_string": "private int q;",
"type": "int",
"var_name": "q"
},
{
"declarator": "lastQ",
"modifier": "private",
"original_string": "private int lastQ;",
"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
"constructor": false,
"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doRETByFlag(final int ctx, final int y)",
"identifier": "doRETByFlag",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doRETByFlag(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRET(final int ctx)",
"constructor": false,
"full_signature": "private void doRET(final int ctx)",
"identifier": "doRET",
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{
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32104835_175
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{
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|
{
"body": "@Test\n public void testCommand_BIT_7_regIX() {\n for (int i = 0; i < 0xFF; i++) {\n final Z80State state = new Z80State();\n state.IX = 0x1010;\n this.memory[0x1011] = (byte) i;\n\n final int origf = i ^ 0xFF;\n state.F = origf;\n\n final Pair<Z80, Integer> cpu = executeCommand(state, 0xDD, 0xCB, 0x01, 0x7E);\n\n assertEquals(0x1010, cpu.getLeft().getRegister(Z80.REG_IX));\n assertMemory(0x1011, i);\n\n final int flag = (origf & Z80.FLAG_C) | ((i & 0x80) == 0 ? (Z80.FLAG_PV | Z80.FLAG_Z) : 0) |\n ((i & 0x80) == 0 ? 0 : Z80.FLAG_S) | (state.IX & (Z80.FLAG_X | Z80.FLAG_Y)) | Z80.FLAG_H;\n\n assertEquals(\"Value \" + i, flag, cpu.getLeft().getRegister(Z80.REG_F));\n\n assertEquals(20, cpu.getRight().intValue());\n }\n }",
"class_method_signature": "Z80Test.testCommand_BIT_7_regIX()",
"constructor": false,
"full_signature": "@Test public void testCommand_BIT_7_regIX()",
"identifier": "testCommand_BIT_7_regIX",
"invocations": [
"executeCommand",
"assertEquals",
"getRegister",
"getLeft",
"assertMemory",
"assertEquals",
"getRegister",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_BIT_7_regIX()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
"modifier": "private",
"original_string": "private int q;",
"type": "int",
"var_name": "q"
},
{
"declarator": "lastQ",
"modifier": "private",
"original_string": "private int lastQ;",
"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
"constructor": false,
"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doRETByFlag(final int ctx, final int y)",
"identifier": "doRETByFlag",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doRETByFlag(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRET(final int ctx)",
"constructor": false,
"full_signature": "private void doRET(final int ctx)",
"identifier": "doRET",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRET(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPOPRegPair(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPOPRegPair(final int ctx, final int p)",
"identifier": "doPOPRegPair",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPOPRegPair(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doEXX()",
"constructor": false,
"full_signature": "private void doEXX()",
"identifier": "doEXX",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEXX()",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doJP_HL(final int ctx)",
"identifier": "doJP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_SP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_SP_HL(final int ctx)",
"identifier": "doLD_SP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_SP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_cc(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJP_cc(final int ctx, final int cc)",
"identifier": "doJP_cc",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJP_cc(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP(final int ctx)",
"constructor": false,
"full_signature": "private void doJP(final int ctx)",
"identifier": "doJP",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTnA(final int ctx)",
"constructor": false,
"full_signature": "private void doOUTnA(final int ctx)",
"identifier": "doOUTnA",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUTnA(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_A_n(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_A_n(final int ctx)",
"identifier": "doIN_A_n",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_A_n(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_mSP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doEX_mSP_HL(final int ctx)",
"identifier": "doEX_mSP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doEX_mSP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_DE_HL()",
"constructor": false,
"full_signature": "private void doEX_DE_HL()",
"identifier": "doEX_DE_HL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_DE_HL()",
"testcase": false
},
{
"class_method_signature": "Z80.doDI()",
"constructor": false,
"full_signature": "private void doDI()",
"identifier": "doDI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDI()",
"testcase": false
},
{
"class_method_signature": "Z80.doEI()",
"constructor": false,
"full_signature": "private void doEI()",
"identifier": "doEI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEI()",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx, final int y)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doCALL(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCALL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPUSH(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPUSH(final int ctx, final int p)",
"identifier": "doPUSH",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPUSH(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_Reg(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private void doALU_A_Reg(final int ctx, final int op, final int reg)",
"identifier": "doALU_A_Reg",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "void",
"signature": "void doALU_A_Reg(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_n(final int ctx, final int op)",
"constructor": false,
"full_signature": "private void doALU_A_n(final int ctx, final int op)",
"identifier": "doALU_A_n",
"modifiers": "private",
"parameters": "(final int ctx, final int op)",
"return": "void",
"signature": "void doALU_A_n(final int ctx, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80._aluAccumulatorOp(final int op, final int value)",
"constructor": false,
"full_signature": "private void _aluAccumulatorOp(final int op, final int value)",
"identifier": "_aluAccumulatorOp",
"modifiers": "private",
"parameters": "(final int op, final int value)",
"return": "void",
"signature": "void _aluAccumulatorOp(final int op, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doRST(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void doRST(final int ctx, final int address)",
"identifier": "doRST",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void doRST(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80.doRollShift(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private int doRollShift(final int ctx, final int op, final int reg)",
"identifier": "doRollShift",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "int",
"signature": "int doRollShift(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doROTmem_LDreg(final int ctx, final int reg, final int op)",
"constructor": false,
"full_signature": "private void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"identifier": "doROTmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int op)",
"return": "void",
"signature": "void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80.doBIT(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private void doBIT(final int ctx, final int bit, final int reg)",
"identifier": "doBIT",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "void",
"signature": "void doBIT(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRES(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doRES(final int ctx, final int bit, final int reg)",
"identifier": "doRES",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doRES(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doSET(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doSET(final int ctx, final int bit, final int reg)",
"identifier": "doSET",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doSET(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doRESmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doSETmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx, final int y)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doIN_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUT_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx, final int y)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doOUT_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_RegP(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_mNN_RegP(final int ctx, final int p)",
"identifier": "doLD_mNN_RegP",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_mNN_RegP(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_RegP_mNN(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_RegP_mNN(final int ctx, final int p)",
"identifier": "doLD_RegP_mNN",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_RegP_mNN(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doNEG()",
"constructor": false,
"full_signature": "private void doNEG()",
"identifier": "doNEG",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNEG()",
"testcase": false
},
{
"class_method_signature": "Z80.doRETI(final int ctx)",
"constructor": false,
"full_signature": "private void doRETI(final int ctx)",
"identifier": "doRETI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETN(final int ctx)",
"constructor": false,
"full_signature": "private void doRETN(final int ctx)",
"identifier": "doRETN",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETN(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIM(final int y)",
"constructor": false,
"full_signature": "private void doIM(final int y)",
"identifier": "doIM",
"modifiers": "private",
"parameters": "(final int y)",
"return": "void",
"signature": "void doIM(final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_I_A()",
"constructor": false,
"full_signature": "private void doLD_I_A()",
"identifier": "doLD_I_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_I_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_R_A()",
"constructor": false,
"full_signature": "private void doLD_R_A()",
"identifier": "doLD_R_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_R_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_I()",
"constructor": false,
"full_signature": "private void doLD_A_I()",
"identifier": "doLD_A_I",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_I()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_R()",
"constructor": false,
"full_signature": "private void doLD_A_R()",
"identifier": "doLD_A_R",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_R()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRD(final int ctx)",
"constructor": false,
"full_signature": "private void doRRD(final int ctx)",
"identifier": "doRRD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRRD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLD(final int ctx)",
"constructor": false,
"full_signature": "private void doRLD(final int ctx)",
"identifier": "doRLD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRLD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private boolean doBLI(final int ctx, final int y, final int z)",
"identifier": "doBLI",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "boolean",
"signature": "boolean doBLI(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mBC(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mBC(final int ctx)",
"identifier": "doLD_A_mBC",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mBC(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDIR(final int ctx)",
"identifier": "doLDIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mDE(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mDE(final int ctx)",
"identifier": "doLD_A_mDE",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mDE(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPIR(final int ctx)",
"identifier": "doCPIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINI_IND(final int ctx, final boolean ini)",
"constructor": false,
"full_signature": "private void doINI_IND(final int ctx, final boolean ini)",
"identifier": "doINI_IND",
"modifiers": "private",
"parameters": "(final int ctx, final boolean ini)",
"return": "void",
"signature": "void doINI_IND(final int ctx, final boolean ini)",
"testcase": false
},
{
"class_method_signature": "Z80.doINIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINIR(final int ctx)",
"identifier": "doINIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINDR(final int ctx)",
"identifier": "doINDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDI(final int ctx)",
"constructor": false,
"full_signature": "private void doLDI(final int ctx)",
"identifier": "doLDI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTIR(final int ctx)",
"identifier": "doOTIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPI(final int ctx)",
"constructor": false,
"full_signature": "private void doCPI(final int ctx)",
"identifier": "doCPI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTDR(final int ctx)",
"identifier": "doOTDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDDR(final int ctx)",
"identifier": "doLDDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTI_OUTD(final int ctx, final boolean inc)",
"constructor": false,
"full_signature": "private void doOUTI_OUTD(final int ctx, final boolean inc)",
"identifier": "doOUTI_OUTD",
"modifiers": "private",
"parameters": "(final int ctx, final boolean inc)",
"return": "void",
"signature": "void doOUTI_OUTD(final int ctx, final boolean inc)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPDR(final int ctx)",
"identifier": "doCPDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.getStateAsString()",
"constructor": false,
"full_signature": "public String getStateAsString()",
"identifier": "getStateAsString",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getStateAsString()",
"testcase": false
},
{
"class_method_signature": "Z80.doReset()",
"constructor": false,
"full_signature": "public void doReset()",
"identifier": "doReset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void doReset()",
"testcase": false
},
{
"class_method_signature": "Z80.compareState(final Z80 other, final boolean compareExe)",
"constructor": false,
"full_signature": "public boolean compareState(final Z80 other, final boolean compareExe)",
"identifier": "compareState",
"modifiers": "public",
"parameters": "(final Z80 other, final boolean compareExe)",
"return": "boolean",
"signature": "boolean compareState(final Z80 other, final boolean compareExe)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDD(final int ctx)",
"constructor": false,
"full_signature": "private void doLDD(final int ctx)",
"identifier": "doLDD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPD(final int ctx)",
"constructor": false,
"full_signature": "private void doCPD(final int ctx)",
"identifier": "doCPD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPD(final int ctx)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }",
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"invocations": [
"getRegister"
],
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 5,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 32104835,
"size": 23159,
"stargazer_count": 44,
"stars": null,
"updates": null,
"url": "https://github.com/raydac/zxpoly"
}
|
32104835_163
|
{
"fields": [],
"file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java",
"identifier": "Z80Test",
"interfaces": "",
"superclass": "extends AbstractZ80Test"
}
|
{
"body": "@Test\n public void testCommand_SLL_mIYd() {\n final Z80State state = new Z80State();\n state.IY = 0x1234;\n state.F = 0x00;\n\n memory[0x1239] = (byte) 0xB1;\n\n final Pair<Z80, Integer> cpu = executeCommand(state, 0xFD, 0xCB, 0x05, 0x36);\n\n assertMemory(0x1239, 0x63);\n assertFlagsExcludeReserved(Z80.FLAG_C | Z80.FLAG_PV, cpu.getLeft().getRegister(Z80.REG_F));\n assertEquals(23, cpu.getRight().intValue());\n }",
"class_method_signature": "Z80Test.testCommand_SLL_mIYd()",
"constructor": false,
"full_signature": "@Test public void testCommand_SLL_mIYd()",
"identifier": "testCommand_SLL_mIYd",
"invocations": [
"executeCommand",
"assertMemory",
"assertFlagsExcludeReserved",
"getRegister",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_SLL_mIYd()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
"modifier": "private",
"original_string": "private int q;",
"type": "int",
"var_name": "q"
},
{
"declarator": "lastQ",
"modifier": "private",
"original_string": "private int lastQ;",
"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
"constructor": false,
"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doRETByFlag(final int ctx, final int y)",
"identifier": "doRETByFlag",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doRETByFlag(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRET(final int ctx)",
"constructor": false,
"full_signature": "private void doRET(final int ctx)",
"identifier": "doRET",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRET(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPOPRegPair(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPOPRegPair(final int ctx, final int p)",
"identifier": "doPOPRegPair",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPOPRegPair(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doEXX()",
"constructor": false,
"full_signature": "private void doEXX()",
"identifier": "doEXX",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEXX()",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doJP_HL(final int ctx)",
"identifier": "doJP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_SP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_SP_HL(final int ctx)",
"identifier": "doLD_SP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_SP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_cc(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJP_cc(final int ctx, final int cc)",
"identifier": "doJP_cc",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJP_cc(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP(final int ctx)",
"constructor": false,
"full_signature": "private void doJP(final int ctx)",
"identifier": "doJP",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTnA(final int ctx)",
"constructor": false,
"full_signature": "private void doOUTnA(final int ctx)",
"identifier": "doOUTnA",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUTnA(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_A_n(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_A_n(final int ctx)",
"identifier": "doIN_A_n",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_A_n(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_mSP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doEX_mSP_HL(final int ctx)",
"identifier": "doEX_mSP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doEX_mSP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_DE_HL()",
"constructor": false,
"full_signature": "private void doEX_DE_HL()",
"identifier": "doEX_DE_HL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_DE_HL()",
"testcase": false
},
{
"class_method_signature": "Z80.doDI()",
"constructor": false,
"full_signature": "private void doDI()",
"identifier": "doDI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDI()",
"testcase": false
},
{
"class_method_signature": "Z80.doEI()",
"constructor": false,
"full_signature": "private void doEI()",
"identifier": "doEI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEI()",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx, final int y)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doCALL(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCALL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPUSH(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPUSH(final int ctx, final int p)",
"identifier": "doPUSH",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPUSH(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_Reg(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private void doALU_A_Reg(final int ctx, final int op, final int reg)",
"identifier": "doALU_A_Reg",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "void",
"signature": "void doALU_A_Reg(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_n(final int ctx, final int op)",
"constructor": false,
"full_signature": "private void doALU_A_n(final int ctx, final int op)",
"identifier": "doALU_A_n",
"modifiers": "private",
"parameters": "(final int ctx, final int op)",
"return": "void",
"signature": "void doALU_A_n(final int ctx, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80._aluAccumulatorOp(final int op, final int value)",
"constructor": false,
"full_signature": "private void _aluAccumulatorOp(final int op, final int value)",
"identifier": "_aluAccumulatorOp",
"modifiers": "private",
"parameters": "(final int op, final int value)",
"return": "void",
"signature": "void _aluAccumulatorOp(final int op, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doRST(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void doRST(final int ctx, final int address)",
"identifier": "doRST",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void doRST(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80.doRollShift(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private int doRollShift(final int ctx, final int op, final int reg)",
"identifier": "doRollShift",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "int",
"signature": "int doRollShift(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doROTmem_LDreg(final int ctx, final int reg, final int op)",
"constructor": false,
"full_signature": "private void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"identifier": "doROTmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int op)",
"return": "void",
"signature": "void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80.doBIT(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private void doBIT(final int ctx, final int bit, final int reg)",
"identifier": "doBIT",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "void",
"signature": "void doBIT(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRES(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doRES(final int ctx, final int bit, final int reg)",
"identifier": "doRES",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doRES(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doSET(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doSET(final int ctx, final int bit, final int reg)",
"identifier": "doSET",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doSET(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doRESmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doSETmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx, final int y)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doIN_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx)",
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"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
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"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx, final int y)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doOUT_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_RegP(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_mNN_RegP(final int ctx, final int p)",
"identifier": "doLD_mNN_RegP",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_mNN_RegP(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_RegP_mNN(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_RegP_mNN(final int ctx, final int p)",
"identifier": "doLD_RegP_mNN",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_RegP_mNN(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doNEG()",
"constructor": false,
"full_signature": "private void doNEG()",
"identifier": "doNEG",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNEG()",
"testcase": false
},
{
"class_method_signature": "Z80.doRETI(final int ctx)",
"constructor": false,
"full_signature": "private void doRETI(final int ctx)",
"identifier": "doRETI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETN(final int ctx)",
"constructor": false,
"full_signature": "private void doRETN(final int ctx)",
"identifier": "doRETN",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETN(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIM(final int y)",
"constructor": false,
"full_signature": "private void doIM(final int y)",
"identifier": "doIM",
"modifiers": "private",
"parameters": "(final int y)",
"return": "void",
"signature": "void doIM(final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_I_A()",
"constructor": false,
"full_signature": "private void doLD_I_A()",
"identifier": "doLD_I_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_I_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_R_A()",
"constructor": false,
"full_signature": "private void doLD_R_A()",
"identifier": "doLD_R_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_R_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_I()",
"constructor": false,
"full_signature": "private void doLD_A_I()",
"identifier": "doLD_A_I",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_I()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_R()",
"constructor": false,
"full_signature": "private void doLD_A_R()",
"identifier": "doLD_A_R",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_R()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRD(final int ctx)",
"constructor": false,
"full_signature": "private void doRRD(final int ctx)",
"identifier": "doRRD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRRD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLD(final int ctx)",
"constructor": false,
"full_signature": "private void doRLD(final int ctx)",
"identifier": "doRLD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRLD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private boolean doBLI(final int ctx, final int y, final int z)",
"identifier": "doBLI",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "boolean",
"signature": "boolean doBLI(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mBC(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mBC(final int ctx)",
"identifier": "doLD_A_mBC",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mBC(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDIR(final int ctx)",
"identifier": "doLDIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mDE(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mDE(final int ctx)",
"identifier": "doLD_A_mDE",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mDE(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPIR(final int ctx)",
"identifier": "doCPIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINI_IND(final int ctx, final boolean ini)",
"constructor": false,
"full_signature": "private void doINI_IND(final int ctx, final boolean ini)",
"identifier": "doINI_IND",
"modifiers": "private",
"parameters": "(final int ctx, final boolean ini)",
"return": "void",
"signature": "void doINI_IND(final int ctx, final boolean ini)",
"testcase": false
},
{
"class_method_signature": "Z80.doINIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINIR(final int ctx)",
"identifier": "doINIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINDR(final int ctx)",
"identifier": "doINDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDI(final int ctx)",
"constructor": false,
"full_signature": "private void doLDI(final int ctx)",
"identifier": "doLDI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTIR(final int ctx)",
"identifier": "doOTIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPI(final int ctx)",
"constructor": false,
"full_signature": "private void doCPI(final int ctx)",
"identifier": "doCPI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTDR(final int ctx)",
"identifier": "doOTDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDDR(final int ctx)",
"identifier": "doLDDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTI_OUTD(final int ctx, final boolean inc)",
"constructor": false,
"full_signature": "private void doOUTI_OUTD(final int ctx, final boolean inc)",
"identifier": "doOUTI_OUTD",
"modifiers": "private",
"parameters": "(final int ctx, final boolean inc)",
"return": "void",
"signature": "void doOUTI_OUTD(final int ctx, final boolean inc)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPDR(final int ctx)",
"identifier": "doCPDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.getStateAsString()",
"constructor": false,
"full_signature": "public String getStateAsString()",
"identifier": "getStateAsString",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getStateAsString()",
"testcase": false
},
{
"class_method_signature": "Z80.doReset()",
"constructor": false,
"full_signature": "public void doReset()",
"identifier": "doReset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void doReset()",
"testcase": false
},
{
"class_method_signature": "Z80.compareState(final Z80 other, final boolean compareExe)",
"constructor": false,
"full_signature": "public boolean compareState(final Z80 other, final boolean compareExe)",
"identifier": "compareState",
"modifiers": "public",
"parameters": "(final Z80 other, final boolean compareExe)",
"return": "boolean",
"signature": "boolean compareState(final Z80 other, final boolean compareExe)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDD(final int ctx)",
"constructor": false,
"full_signature": "private void doLDD(final int ctx)",
"identifier": "doLDD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPD(final int ctx)",
"constructor": false,
"full_signature": "private void doCPD(final int ctx)",
"identifier": "doCPD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPD(final int ctx)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }",
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"invocations": [
"getRegister"
],
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 5,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 32104835,
"size": 23159,
"stargazer_count": 44,
"stars": null,
"updates": null,
"url": "https://github.com/raydac/zxpoly"
}
|
32104835_59
|
{
"fields": [],
"file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java",
"identifier": "Z80Test",
"interfaces": "",
"superclass": "extends AbstractZ80Test"
}
|
{
"body": "@Test\n public void testCommand_ADD_mIXd_flagV() {\n final Z80State state = new Z80State();\n state.A = 0x44;\n\n state.F = 0xFF;\n state.IX = 0x1234;\n\n memory[0x1237] = (byte) 0x7F;\n\n final Pair<Z80, Integer> cpu = executeCommand(state, 0xDD, 0x86, 3);\n\n assertEquals(0xC3, cpu.getLeft().getRegister(Z80.REG_A));\n assertFlagsExcludeReserved(Z80.FLAG_PV | Z80.FLAG_S | Z80.FLAG_H,\n cpu.getLeft().getRegister(Z80.REG_F) & 0xFF);\n\n assertEquals(19, cpu.getRight().intValue());\n }",
"class_method_signature": "Z80Test.testCommand_ADD_mIXd_flagV()",
"constructor": false,
"full_signature": "@Test public void testCommand_ADD_mIXd_flagV()",
"identifier": "testCommand_ADD_mIXd_flagV",
"invocations": [
"executeCommand",
"assertEquals",
"getRegister",
"getLeft",
"assertFlagsExcludeReserved",
"getRegister",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_ADD_mIXd_flagV()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
"modifier": "private",
"original_string": "private int q;",
"type": "int",
"var_name": "q"
},
{
"declarator": "lastQ",
"modifier": "private",
"original_string": "private int lastQ;",
"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
"constructor": false,
"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doRETByFlag(final int ctx, final int y)",
"identifier": "doRETByFlag",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doRETByFlag(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRET(final int ctx)",
"constructor": false,
"full_signature": "private void doRET(final int ctx)",
"identifier": "doRET",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRET(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPOPRegPair(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPOPRegPair(final int ctx, final int p)",
"identifier": "doPOPRegPair",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPOPRegPair(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doEXX()",
"constructor": false,
"full_signature": "private void doEXX()",
"identifier": "doEXX",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEXX()",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doJP_HL(final int ctx)",
"identifier": "doJP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_SP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_SP_HL(final int ctx)",
"identifier": "doLD_SP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_SP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_cc(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJP_cc(final int ctx, final int cc)",
"identifier": "doJP_cc",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJP_cc(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP(final int ctx)",
"constructor": false,
"full_signature": "private void doJP(final int ctx)",
"identifier": "doJP",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTnA(final int ctx)",
"constructor": false,
"full_signature": "private void doOUTnA(final int ctx)",
"identifier": "doOUTnA",
"modifiers": "private",
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"return": "void",
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},
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"constructor": false,
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"modifiers": "private",
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"return": "void",
"signature": "void doLD_mNN_RegP(final int ctx, final int p)",
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},
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"constructor": false,
"full_signature": "private void doLD_RegP_mNN(final int ctx, final int p)",
"identifier": "doLD_RegP_mNN",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_RegP_mNN(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doNEG()",
"constructor": false,
"full_signature": "private void doNEG()",
"identifier": "doNEG",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNEG()",
"testcase": false
},
{
"class_method_signature": "Z80.doRETI(final int ctx)",
"constructor": false,
"full_signature": "private void doRETI(final int ctx)",
"identifier": "doRETI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETI(final int ctx)",
"testcase": false
},
{
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"constructor": false,
"full_signature": "private void doRETN(final int ctx)",
"identifier": "doRETN",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETN(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIM(final int y)",
"constructor": false,
"full_signature": "private void doIM(final int y)",
"identifier": "doIM",
"modifiers": "private",
"parameters": "(final int y)",
"return": "void",
"signature": "void doIM(final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_I_A()",
"constructor": false,
"full_signature": "private void doLD_I_A()",
"identifier": "doLD_I_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_I_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_R_A()",
"constructor": false,
"full_signature": "private void doLD_R_A()",
"identifier": "doLD_R_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_R_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_I()",
"constructor": false,
"full_signature": "private void doLD_A_I()",
"identifier": "doLD_A_I",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_I()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_R()",
"constructor": false,
"full_signature": "private void doLD_A_R()",
"identifier": "doLD_A_R",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_R()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRD(final int ctx)",
"constructor": false,
"full_signature": "private void doRRD(final int ctx)",
"identifier": "doRRD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRRD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLD(final int ctx)",
"constructor": false,
"full_signature": "private void doRLD(final int ctx)",
"identifier": "doRLD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRLD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private boolean doBLI(final int ctx, final int y, final int z)",
"identifier": "doBLI",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "boolean",
"signature": "boolean doBLI(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mBC(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mBC(final int ctx)",
"identifier": "doLD_A_mBC",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mBC(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDIR(final int ctx)",
"identifier": "doLDIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mDE(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mDE(final int ctx)",
"identifier": "doLD_A_mDE",
"modifiers": "private",
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"signature": "void doLD_A_mDE(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPIR(final int ctx)",
"identifier": "doCPIR",
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"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINI_IND(final int ctx, final boolean ini)",
"constructor": false,
"full_signature": "private void doINI_IND(final int ctx, final boolean ini)",
"identifier": "doINI_IND",
"modifiers": "private",
"parameters": "(final int ctx, final boolean ini)",
"return": "void",
"signature": "void doINI_IND(final int ctx, final boolean ini)",
"testcase": false
},
{
"class_method_signature": "Z80.doINIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINIR(final int ctx)",
"identifier": "doINIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINDR(final int ctx)",
"identifier": "doINDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDI(final int ctx)",
"constructor": false,
"full_signature": "private void doLDI(final int ctx)",
"identifier": "doLDI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTIR(final int ctx)",
"identifier": "doOTIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPI(final int ctx)",
"constructor": false,
"full_signature": "private void doCPI(final int ctx)",
"identifier": "doCPI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTDR(final int ctx)",
"identifier": "doOTDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDDR(final int ctx)",
"identifier": "doLDDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTI_OUTD(final int ctx, final boolean inc)",
"constructor": false,
"full_signature": "private void doOUTI_OUTD(final int ctx, final boolean inc)",
"identifier": "doOUTI_OUTD",
"modifiers": "private",
"parameters": "(final int ctx, final boolean inc)",
"return": "void",
"signature": "void doOUTI_OUTD(final int ctx, final boolean inc)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPDR(final int ctx)",
"identifier": "doCPDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.getStateAsString()",
"constructor": false,
"full_signature": "public String getStateAsString()",
"identifier": "getStateAsString",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getStateAsString()",
"testcase": false
},
{
"class_method_signature": "Z80.doReset()",
"constructor": false,
"full_signature": "public void doReset()",
"identifier": "doReset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void doReset()",
"testcase": false
},
{
"class_method_signature": "Z80.compareState(final Z80 other, final boolean compareExe)",
"constructor": false,
"full_signature": "public boolean compareState(final Z80 other, final boolean compareExe)",
"identifier": "compareState",
"modifiers": "public",
"parameters": "(final Z80 other, final boolean compareExe)",
"return": "boolean",
"signature": "boolean compareState(final Z80 other, final boolean compareExe)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDD(final int ctx)",
"constructor": false,
"full_signature": "private void doLDD(final int ctx)",
"identifier": "doLDD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPD(final int ctx)",
"constructor": false,
"full_signature": "private void doCPD(final int ctx)",
"identifier": "doCPD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPD(final int ctx)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }",
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"invocations": [
"getRegister"
],
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 5,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 32104835,
"size": 23159,
"stargazer_count": 44,
"stars": null,
"updates": null,
"url": "https://github.com/raydac/zxpoly"
}
|
32104835_134
|
{
"fields": [],
"file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java",
"identifier": "Z80Test",
"interfaces": "",
"superclass": "extends AbstractZ80Test"
}
|
{
"body": "@Test\n public void testCommand_DEC_IY() {\n final Z80State state = new Z80State();\n state.IY = 0x1000;\n state.F = 0xFF;\n\n final Pair<Z80, Integer> cpu = executeCommand(state, 0xFD, 0x2B);\n\n assertEquals(0x0FFF, cpu.getLeft().getRegister(Z80.REG_IY));\n assertFlagsNotChanged(state, cpu.getLeft());\n assertEquals(10, cpu.getRight().intValue());\n }",
"class_method_signature": "Z80Test.testCommand_DEC_IY()",
"constructor": false,
"full_signature": "@Test public void testCommand_DEC_IY()",
"identifier": "testCommand_DEC_IY",
"invocations": [
"executeCommand",
"assertEquals",
"getRegister",
"getLeft",
"assertFlagsNotChanged",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_DEC_IY()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
"modifier": "private",
"original_string": "private int q;",
"type": "int",
"var_name": "q"
},
{
"declarator": "lastQ",
"modifier": "private",
"original_string": "private int lastQ;",
"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
"constructor": false,
"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doRETByFlag(final int ctx, final int y)",
"identifier": "doRETByFlag",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doRETByFlag(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRET(final int ctx)",
"constructor": false,
"full_signature": "private void doRET(final int ctx)",
"identifier": "doRET",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRET(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPOPRegPair(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPOPRegPair(final int ctx, final int p)",
"identifier": "doPOPRegPair",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPOPRegPair(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doEXX()",
"constructor": false,
"full_signature": "private void doEXX()",
"identifier": "doEXX",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEXX()",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doJP_HL(final int ctx)",
"identifier": "doJP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_SP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_SP_HL(final int ctx)",
"identifier": "doLD_SP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_SP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_cc(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJP_cc(final int ctx, final int cc)",
"identifier": "doJP_cc",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJP_cc(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP(final int ctx)",
"constructor": false,
"full_signature": "private void doJP(final int ctx)",
"identifier": "doJP",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTnA(final int ctx)",
"constructor": false,
"full_signature": "private void doOUTnA(final int ctx)",
"identifier": "doOUTnA",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUTnA(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_A_n(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_A_n(final int ctx)",
"identifier": "doIN_A_n",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_A_n(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_mSP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doEX_mSP_HL(final int ctx)",
"identifier": "doEX_mSP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doEX_mSP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_DE_HL()",
"constructor": false,
"full_signature": "private void doEX_DE_HL()",
"identifier": "doEX_DE_HL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_DE_HL()",
"testcase": false
},
{
"class_method_signature": "Z80.doDI()",
"constructor": false,
"full_signature": "private void doDI()",
"identifier": "doDI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDI()",
"testcase": false
},
{
"class_method_signature": "Z80.doEI()",
"constructor": false,
"full_signature": "private void doEI()",
"identifier": "doEI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEI()",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx, final int y)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doCALL(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCALL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPUSH(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPUSH(final int ctx, final int p)",
"identifier": "doPUSH",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPUSH(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_Reg(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private void doALU_A_Reg(final int ctx, final int op, final int reg)",
"identifier": "doALU_A_Reg",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "void",
"signature": "void doALU_A_Reg(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_n(final int ctx, final int op)",
"constructor": false,
"full_signature": "private void doALU_A_n(final int ctx, final int op)",
"identifier": "doALU_A_n",
"modifiers": "private",
"parameters": "(final int ctx, final int op)",
"return": "void",
"signature": "void doALU_A_n(final int ctx, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80._aluAccumulatorOp(final int op, final int value)",
"constructor": false,
"full_signature": "private void _aluAccumulatorOp(final int op, final int value)",
"identifier": "_aluAccumulatorOp",
"modifiers": "private",
"parameters": "(final int op, final int value)",
"return": "void",
"signature": "void _aluAccumulatorOp(final int op, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doRST(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void doRST(final int ctx, final int address)",
"identifier": "doRST",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void doRST(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80.doRollShift(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private int doRollShift(final int ctx, final int op, final int reg)",
"identifier": "doRollShift",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "int",
"signature": "int doRollShift(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doROTmem_LDreg(final int ctx, final int reg, final int op)",
"constructor": false,
"full_signature": "private void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"identifier": "doROTmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int op)",
"return": "void",
"signature": "void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80.doBIT(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private void doBIT(final int ctx, final int bit, final int reg)",
"identifier": "doBIT",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "void",
"signature": "void doBIT(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRES(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doRES(final int ctx, final int bit, final int reg)",
"identifier": "doRES",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doRES(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doSET(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doSET(final int ctx, final int bit, final int reg)",
"identifier": "doSET",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doSET(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doRESmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doSETmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx, final int y)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doIN_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUT_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx, final int y)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doOUT_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_RegP(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_mNN_RegP(final int ctx, final int p)",
"identifier": "doLD_mNN_RegP",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_mNN_RegP(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_RegP_mNN(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_RegP_mNN(final int ctx, final int p)",
"identifier": "doLD_RegP_mNN",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_RegP_mNN(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doNEG()",
"constructor": false,
"full_signature": "private void doNEG()",
"identifier": "doNEG",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNEG()",
"testcase": false
},
{
"class_method_signature": "Z80.doRETI(final int ctx)",
"constructor": false,
"full_signature": "private void doRETI(final int ctx)",
"identifier": "doRETI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETN(final int ctx)",
"constructor": false,
"full_signature": "private void doRETN(final int ctx)",
"identifier": "doRETN",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETN(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIM(final int y)",
"constructor": false,
"full_signature": "private void doIM(final int y)",
"identifier": "doIM",
"modifiers": "private",
"parameters": "(final int y)",
"return": "void",
"signature": "void doIM(final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_I_A()",
"constructor": false,
"full_signature": "private void doLD_I_A()",
"identifier": "doLD_I_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_I_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_R_A()",
"constructor": false,
"full_signature": "private void doLD_R_A()",
"identifier": "doLD_R_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_R_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_I()",
"constructor": false,
"full_signature": "private void doLD_A_I()",
"identifier": "doLD_A_I",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_I()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_R()",
"constructor": false,
"full_signature": "private void doLD_A_R()",
"identifier": "doLD_A_R",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_R()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRD(final int ctx)",
"constructor": false,
"full_signature": "private void doRRD(final int ctx)",
"identifier": "doRRD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRRD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLD(final int ctx)",
"constructor": false,
"full_signature": "private void doRLD(final int ctx)",
"identifier": "doRLD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRLD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private boolean doBLI(final int ctx, final int y, final int z)",
"identifier": "doBLI",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "boolean",
"signature": "boolean doBLI(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mBC(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mBC(final int ctx)",
"identifier": "doLD_A_mBC",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mBC(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDIR(final int ctx)",
"identifier": "doLDIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mDE(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mDE(final int ctx)",
"identifier": "doLD_A_mDE",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mDE(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPIR(final int ctx)",
"identifier": "doCPIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINI_IND(final int ctx, final boolean ini)",
"constructor": false,
"full_signature": "private void doINI_IND(final int ctx, final boolean ini)",
"identifier": "doINI_IND",
"modifiers": "private",
"parameters": "(final int ctx, final boolean ini)",
"return": "void",
"signature": "void doINI_IND(final int ctx, final boolean ini)",
"testcase": false
},
{
"class_method_signature": "Z80.doINIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINIR(final int ctx)",
"identifier": "doINIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINDR(final int ctx)",
"identifier": "doINDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDI(final int ctx)",
"constructor": false,
"full_signature": "private void doLDI(final int ctx)",
"identifier": "doLDI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTIR(final int ctx)",
"identifier": "doOTIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPI(final int ctx)",
"constructor": false,
"full_signature": "private void doCPI(final int ctx)",
"identifier": "doCPI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTDR(final int ctx)",
"identifier": "doOTDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDDR(final int ctx)",
"identifier": "doLDDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTI_OUTD(final int ctx, final boolean inc)",
"constructor": false,
"full_signature": "private void doOUTI_OUTD(final int ctx, final boolean inc)",
"identifier": "doOUTI_OUTD",
"modifiers": "private",
"parameters": "(final int ctx, final boolean inc)",
"return": "void",
"signature": "void doOUTI_OUTD(final int ctx, final boolean inc)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPDR(final int ctx)",
"identifier": "doCPDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.getStateAsString()",
"constructor": false,
"full_signature": "public String getStateAsString()",
"identifier": "getStateAsString",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getStateAsString()",
"testcase": false
},
{
"class_method_signature": "Z80.doReset()",
"constructor": false,
"full_signature": "public void doReset()",
"identifier": "doReset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void doReset()",
"testcase": false
},
{
"class_method_signature": "Z80.compareState(final Z80 other, final boolean compareExe)",
"constructor": false,
"full_signature": "public boolean compareState(final Z80 other, final boolean compareExe)",
"identifier": "compareState",
"modifiers": "public",
"parameters": "(final Z80 other, final boolean compareExe)",
"return": "boolean",
"signature": "boolean compareState(final Z80 other, final boolean compareExe)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDD(final int ctx)",
"constructor": false,
"full_signature": "private void doLDD(final int ctx)",
"identifier": "doLDD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPD(final int ctx)",
"constructor": false,
"full_signature": "private void doCPD(final int ctx)",
"identifier": "doCPD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPD(final int ctx)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }",
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"invocations": [
"getRegister"
],
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 5,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 32104835,
"size": 23159,
"stargazer_count": 44,
"stars": null,
"updates": null,
"url": "https://github.com/raydac/zxpoly"
}
|
32104835_135
|
{
"fields": [],
"file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java",
"identifier": "Z80Test",
"interfaces": "",
"superclass": "extends AbstractZ80Test"
}
|
{
"body": "@Test\n public void testCommand_RLCA() {\n final Z80State state = new Z80State();\n state.A = 0x88;\n state.F = 0x00;\n\n final Pair<Z80, Integer> cpu = executeCommand(state, 0x07);\n\n assertEquals(0x11, cpu.getLeft().getRegister(Z80.REG_A));\n assertEquals(Z80.FLAG_C, cpu.getLeft().getRegister(Z80.REG_F));\n assertEquals(4, cpu.getRight().intValue());\n }",
"class_method_signature": "Z80Test.testCommand_RLCA()",
"constructor": false,
"full_signature": "@Test public void testCommand_RLCA()",
"identifier": "testCommand_RLCA",
"invocations": [
"executeCommand",
"assertEquals",
"getRegister",
"getLeft",
"assertEquals",
"getRegister",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_RLCA()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
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"type": "int",
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},
{
"declarator": "lastQ",
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"original_string": "private int lastQ;",
"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
"constructor": false,
"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doRETByFlag(final int ctx, final int y)",
"identifier": "doRETByFlag",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doRETByFlag(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRET(final int ctx)",
"constructor": false,
"full_signature": "private void doRET(final int ctx)",
"identifier": "doRET",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRET(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPOPRegPair(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPOPRegPair(final int ctx, final int p)",
"identifier": "doPOPRegPair",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPOPRegPair(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doEXX()",
"constructor": false,
"full_signature": "private void doEXX()",
"identifier": "doEXX",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEXX()",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doJP_HL(final int ctx)",
"identifier": "doJP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_SP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_SP_HL(final int ctx)",
"identifier": "doLD_SP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_SP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_cc(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJP_cc(final int ctx, final int cc)",
"identifier": "doJP_cc",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJP_cc(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP(final int ctx)",
"constructor": false,
"full_signature": "private void doJP(final int ctx)",
"identifier": "doJP",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTnA(final int ctx)",
"constructor": false,
"full_signature": "private void doOUTnA(final int ctx)",
"identifier": "doOUTnA",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUTnA(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_A_n(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_A_n(final int ctx)",
"identifier": "doIN_A_n",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_A_n(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_mSP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doEX_mSP_HL(final int ctx)",
"identifier": "doEX_mSP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doEX_mSP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_DE_HL()",
"constructor": false,
"full_signature": "private void doEX_DE_HL()",
"identifier": "doEX_DE_HL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_DE_HL()",
"testcase": false
},
{
"class_method_signature": "Z80.doDI()",
"constructor": false,
"full_signature": "private void doDI()",
"identifier": "doDI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDI()",
"testcase": false
},
{
"class_method_signature": "Z80.doEI()",
"constructor": false,
"full_signature": "private void doEI()",
"identifier": "doEI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEI()",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx, final int y)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doCALL(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCALL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPUSH(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPUSH(final int ctx, final int p)",
"identifier": "doPUSH",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPUSH(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_Reg(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private void doALU_A_Reg(final int ctx, final int op, final int reg)",
"identifier": "doALU_A_Reg",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "void",
"signature": "void doALU_A_Reg(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_n(final int ctx, final int op)",
"constructor": false,
"full_signature": "private void doALU_A_n(final int ctx, final int op)",
"identifier": "doALU_A_n",
"modifiers": "private",
"parameters": "(final int ctx, final int op)",
"return": "void",
"signature": "void doALU_A_n(final int ctx, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80._aluAccumulatorOp(final int op, final int value)",
"constructor": false,
"full_signature": "private void _aluAccumulatorOp(final int op, final int value)",
"identifier": "_aluAccumulatorOp",
"modifiers": "private",
"parameters": "(final int op, final int value)",
"return": "void",
"signature": "void _aluAccumulatorOp(final int op, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doRST(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void doRST(final int ctx, final int address)",
"identifier": "doRST",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void doRST(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80.doRollShift(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private int doRollShift(final int ctx, final int op, final int reg)",
"identifier": "doRollShift",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "int",
"signature": "int doRollShift(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doROTmem_LDreg(final int ctx, final int reg, final int op)",
"constructor": false,
"full_signature": "private void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"identifier": "doROTmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int op)",
"return": "void",
"signature": "void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80.doBIT(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private void doBIT(final int ctx, final int bit, final int reg)",
"identifier": "doBIT",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "void",
"signature": "void doBIT(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRES(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doRES(final int ctx, final int bit, final int reg)",
"identifier": "doRES",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doRES(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doSET(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doSET(final int ctx, final int bit, final int reg)",
"identifier": "doSET",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doSET(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doRESmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doSETmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx, final int y)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doIN_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUT_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx, final int y)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doOUT_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_RegP(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_mNN_RegP(final int ctx, final int p)",
"identifier": "doLD_mNN_RegP",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_mNN_RegP(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_RegP_mNN(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_RegP_mNN(final int ctx, final int p)",
"identifier": "doLD_RegP_mNN",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_RegP_mNN(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doNEG()",
"constructor": false,
"full_signature": "private void doNEG()",
"identifier": "doNEG",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNEG()",
"testcase": false
},
{
"class_method_signature": "Z80.doRETI(final int ctx)",
"constructor": false,
"full_signature": "private void doRETI(final int ctx)",
"identifier": "doRETI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETN(final int ctx)",
"constructor": false,
"full_signature": "private void doRETN(final int ctx)",
"identifier": "doRETN",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETN(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIM(final int y)",
"constructor": false,
"full_signature": "private void doIM(final int y)",
"identifier": "doIM",
"modifiers": "private",
"parameters": "(final int y)",
"return": "void",
"signature": "void doIM(final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_I_A()",
"constructor": false,
"full_signature": "private void doLD_I_A()",
"identifier": "doLD_I_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_I_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_R_A()",
"constructor": false,
"full_signature": "private void doLD_R_A()",
"identifier": "doLD_R_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_R_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_I()",
"constructor": false,
"full_signature": "private void doLD_A_I()",
"identifier": "doLD_A_I",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_I()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_R()",
"constructor": false,
"full_signature": "private void doLD_A_R()",
"identifier": "doLD_A_R",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_R()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRD(final int ctx)",
"constructor": false,
"full_signature": "private void doRRD(final int ctx)",
"identifier": "doRRD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRRD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLD(final int ctx)",
"constructor": false,
"full_signature": "private void doRLD(final int ctx)",
"identifier": "doRLD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRLD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private boolean doBLI(final int ctx, final int y, final int z)",
"identifier": "doBLI",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "boolean",
"signature": "boolean doBLI(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mBC(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mBC(final int ctx)",
"identifier": "doLD_A_mBC",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mBC(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDIR(final int ctx)",
"identifier": "doLDIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mDE(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mDE(final int ctx)",
"identifier": "doLD_A_mDE",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mDE(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPIR(final int ctx)",
"identifier": "doCPIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINI_IND(final int ctx, final boolean ini)",
"constructor": false,
"full_signature": "private void doINI_IND(final int ctx, final boolean ini)",
"identifier": "doINI_IND",
"modifiers": "private",
"parameters": "(final int ctx, final boolean ini)",
"return": "void",
"signature": "void doINI_IND(final int ctx, final boolean ini)",
"testcase": false
},
{
"class_method_signature": "Z80.doINIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINIR(final int ctx)",
"identifier": "doINIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINDR(final int ctx)",
"identifier": "doINDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDI(final int ctx)",
"constructor": false,
"full_signature": "private void doLDI(final int ctx)",
"identifier": "doLDI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTIR(final int ctx)",
"identifier": "doOTIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPI(final int ctx)",
"constructor": false,
"full_signature": "private void doCPI(final int ctx)",
"identifier": "doCPI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTDR(final int ctx)",
"identifier": "doOTDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDDR(final int ctx)",
"identifier": "doLDDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTI_OUTD(final int ctx, final boolean inc)",
"constructor": false,
"full_signature": "private void doOUTI_OUTD(final int ctx, final boolean inc)",
"identifier": "doOUTI_OUTD",
"modifiers": "private",
"parameters": "(final int ctx, final boolean inc)",
"return": "void",
"signature": "void doOUTI_OUTD(final int ctx, final boolean inc)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPDR(final int ctx)",
"identifier": "doCPDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.getStateAsString()",
"constructor": false,
"full_signature": "public String getStateAsString()",
"identifier": "getStateAsString",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getStateAsString()",
"testcase": false
},
{
"class_method_signature": "Z80.doReset()",
"constructor": false,
"full_signature": "public void doReset()",
"identifier": "doReset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void doReset()",
"testcase": false
},
{
"class_method_signature": "Z80.compareState(final Z80 other, final boolean compareExe)",
"constructor": false,
"full_signature": "public boolean compareState(final Z80 other, final boolean compareExe)",
"identifier": "compareState",
"modifiers": "public",
"parameters": "(final Z80 other, final boolean compareExe)",
"return": "boolean",
"signature": "boolean compareState(final Z80 other, final boolean compareExe)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDD(final int ctx)",
"constructor": false,
"full_signature": "private void doLDD(final int ctx)",
"identifier": "doLDD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPD(final int ctx)",
"constructor": false,
"full_signature": "private void doCPD(final int ctx)",
"identifier": "doCPD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPD(final int ctx)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }",
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"invocations": [
"getRegister"
],
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 5,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 32104835,
"size": 23159,
"stargazer_count": 44,
"stars": null,
"updates": null,
"url": "https://github.com/raydac/zxpoly"
}
|
32104835_58
|
{
"fields": [],
"file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java",
"identifier": "Z80Test",
"interfaces": "",
"superclass": "extends AbstractZ80Test"
}
|
{
"body": "@Test\n public void testCommand_ADD_mHL_flagV() {\n final Z80State state = new Z80State();\n state.A = 0x44;\n\n state.F = 0xFF;\n state.H = 0x12;\n state.L = 0x34;\n\n memory[0x1234] = (byte) 0x7F;\n\n final Pair<Z80, Integer> cpu = executeCommand(state, 0x86);\n\n assertEquals(0xC3, cpu.getLeft().getRegister(Z80.REG_A));\n assertFlagsExcludeReserved(Z80.FLAG_PV | Z80.FLAG_S | Z80.FLAG_H,\n cpu.getLeft().getRegister(Z80.REG_F) & 0xFF);\n\n assertEquals(7, cpu.getRight().intValue());\n }",
"class_method_signature": "Z80Test.testCommand_ADD_mHL_flagV()",
"constructor": false,
"full_signature": "@Test public void testCommand_ADD_mHL_flagV()",
"identifier": "testCommand_ADD_mHL_flagV",
"invocations": [
"executeCommand",
"assertEquals",
"getRegister",
"getLeft",
"assertFlagsExcludeReserved",
"getRegister",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_ADD_mHL_flagV()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
"modifier": "private",
"original_string": "private int q;",
"type": "int",
"var_name": "q"
},
{
"declarator": "lastQ",
"modifier": "private",
"original_string": "private int lastQ;",
"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
"constructor": false,
"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doRETByFlag(final int ctx, final int y)",
"identifier": "doRETByFlag",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doRETByFlag(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRET(final int ctx)",
"constructor": false,
"full_signature": "private void doRET(final int ctx)",
"identifier": "doRET",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRET(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPOPRegPair(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPOPRegPair(final int ctx, final int p)",
"identifier": "doPOPRegPair",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPOPRegPair(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doEXX()",
"constructor": false,
"full_signature": "private void doEXX()",
"identifier": "doEXX",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEXX()",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doJP_HL(final int ctx)",
"identifier": "doJP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_SP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_SP_HL(final int ctx)",
"identifier": "doLD_SP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_SP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_cc(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJP_cc(final int ctx, final int cc)",
"identifier": "doJP_cc",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJP_cc(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP(final int ctx)",
"constructor": false,
"full_signature": "private void doJP(final int ctx)",
"identifier": "doJP",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTnA(final int ctx)",
"constructor": false,
"full_signature": "private void doOUTnA(final int ctx)",
"identifier": "doOUTnA",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUTnA(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_A_n(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_A_n(final int ctx)",
"identifier": "doIN_A_n",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_A_n(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_mSP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doEX_mSP_HL(final int ctx)",
"identifier": "doEX_mSP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doEX_mSP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_DE_HL()",
"constructor": false,
"full_signature": "private void doEX_DE_HL()",
"identifier": "doEX_DE_HL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_DE_HL()",
"testcase": false
},
{
"class_method_signature": "Z80.doDI()",
"constructor": false,
"full_signature": "private void doDI()",
"identifier": "doDI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDI()",
"testcase": false
},
{
"class_method_signature": "Z80.doEI()",
"constructor": false,
"full_signature": "private void doEI()",
"identifier": "doEI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEI()",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx, final int y)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doCALL(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCALL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPUSH(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPUSH(final int ctx, final int p)",
"identifier": "doPUSH",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPUSH(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_Reg(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private void doALU_A_Reg(final int ctx, final int op, final int reg)",
"identifier": "doALU_A_Reg",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "void",
"signature": "void doALU_A_Reg(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_n(final int ctx, final int op)",
"constructor": false,
"full_signature": "private void doALU_A_n(final int ctx, final int op)",
"identifier": "doALU_A_n",
"modifiers": "private",
"parameters": "(final int ctx, final int op)",
"return": "void",
"signature": "void doALU_A_n(final int ctx, final int op)",
"testcase": false
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"testcase": false
},
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"class_method_signature": "Z80.doSETmem_LDreg(final int ctx, final int reg, final int bit)",
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"identifier": "doSETmem_LDreg",
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"return": "void",
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},
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},
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"class_method_signature": "Z80.doIN_C(final int ctx, final int y)",
"constructor": false,
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},
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"return": "void",
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"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx, final int y)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doOUT_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_RegP(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_mNN_RegP(final int ctx, final int p)",
"identifier": "doLD_mNN_RegP",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_mNN_RegP(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_RegP_mNN(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_RegP_mNN(final int ctx, final int p)",
"identifier": "doLD_RegP_mNN",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_RegP_mNN(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doNEG()",
"constructor": false,
"full_signature": "private void doNEG()",
"identifier": "doNEG",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNEG()",
"testcase": false
},
{
"class_method_signature": "Z80.doRETI(final int ctx)",
"constructor": false,
"full_signature": "private void doRETI(final int ctx)",
"identifier": "doRETI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETN(final int ctx)",
"constructor": false,
"full_signature": "private void doRETN(final int ctx)",
"identifier": "doRETN",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETN(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIM(final int y)",
"constructor": false,
"full_signature": "private void doIM(final int y)",
"identifier": "doIM",
"modifiers": "private",
"parameters": "(final int y)",
"return": "void",
"signature": "void doIM(final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_I_A()",
"constructor": false,
"full_signature": "private void doLD_I_A()",
"identifier": "doLD_I_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_I_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_R_A()",
"constructor": false,
"full_signature": "private void doLD_R_A()",
"identifier": "doLD_R_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_R_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_I()",
"constructor": false,
"full_signature": "private void doLD_A_I()",
"identifier": "doLD_A_I",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_I()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_R()",
"constructor": false,
"full_signature": "private void doLD_A_R()",
"identifier": "doLD_A_R",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_R()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRD(final int ctx)",
"constructor": false,
"full_signature": "private void doRRD(final int ctx)",
"identifier": "doRRD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRRD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLD(final int ctx)",
"constructor": false,
"full_signature": "private void doRLD(final int ctx)",
"identifier": "doRLD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRLD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private boolean doBLI(final int ctx, final int y, final int z)",
"identifier": "doBLI",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "boolean",
"signature": "boolean doBLI(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mBC(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mBC(final int ctx)",
"identifier": "doLD_A_mBC",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mBC(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDIR(final int ctx)",
"identifier": "doLDIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mDE(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mDE(final int ctx)",
"identifier": "doLD_A_mDE",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mDE(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPIR(final int ctx)",
"identifier": "doCPIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINI_IND(final int ctx, final boolean ini)",
"constructor": false,
"full_signature": "private void doINI_IND(final int ctx, final boolean ini)",
"identifier": "doINI_IND",
"modifiers": "private",
"parameters": "(final int ctx, final boolean ini)",
"return": "void",
"signature": "void doINI_IND(final int ctx, final boolean ini)",
"testcase": false
},
{
"class_method_signature": "Z80.doINIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINIR(final int ctx)",
"identifier": "doINIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINDR(final int ctx)",
"identifier": "doINDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDI(final int ctx)",
"constructor": false,
"full_signature": "private void doLDI(final int ctx)",
"identifier": "doLDI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTIR(final int ctx)",
"identifier": "doOTIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPI(final int ctx)",
"constructor": false,
"full_signature": "private void doCPI(final int ctx)",
"identifier": "doCPI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTDR(final int ctx)",
"identifier": "doOTDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDDR(final int ctx)",
"identifier": "doLDDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTI_OUTD(final int ctx, final boolean inc)",
"constructor": false,
"full_signature": "private void doOUTI_OUTD(final int ctx, final boolean inc)",
"identifier": "doOUTI_OUTD",
"modifiers": "private",
"parameters": "(final int ctx, final boolean inc)",
"return": "void",
"signature": "void doOUTI_OUTD(final int ctx, final boolean inc)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPDR(final int ctx)",
"identifier": "doCPDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.getStateAsString()",
"constructor": false,
"full_signature": "public String getStateAsString()",
"identifier": "getStateAsString",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getStateAsString()",
"testcase": false
},
{
"class_method_signature": "Z80.doReset()",
"constructor": false,
"full_signature": "public void doReset()",
"identifier": "doReset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void doReset()",
"testcase": false
},
{
"class_method_signature": "Z80.compareState(final Z80 other, final boolean compareExe)",
"constructor": false,
"full_signature": "public boolean compareState(final Z80 other, final boolean compareExe)",
"identifier": "compareState",
"modifiers": "public",
"parameters": "(final Z80 other, final boolean compareExe)",
"return": "boolean",
"signature": "boolean compareState(final Z80 other, final boolean compareExe)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDD(final int ctx)",
"constructor": false,
"full_signature": "private void doLDD(final int ctx)",
"identifier": "doLDD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPD(final int ctx)",
"constructor": false,
"full_signature": "private void doCPD(final int ctx)",
"identifier": "doCPD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPD(final int ctx)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }",
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"invocations": [
"getRegister"
],
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 5,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 32104835,
"size": 23159,
"stargazer_count": 44,
"stars": null,
"updates": null,
"url": "https://github.com/raydac/zxpoly"
}
|
32104835_162
|
{
"fields": [],
"file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java",
"identifier": "Z80Test",
"interfaces": "",
"superclass": "extends AbstractZ80Test"
}
|
{
"body": "@Test\n public void testCommand_SLL_mIXd() {\n final Z80State state = new Z80State();\n state.IX = 0x1234;\n state.F = 0x00;\n\n memory[0x1239] = (byte) 0xB1;\n\n final Pair<Z80, Integer> cpu = executeCommand(state, 0xDD, 0xCB, 0x05, 0x36);\n\n assertMemory(0x1239, 0x63);\n assertFlagsExcludeReserved(Z80.FLAG_C | Z80.FLAG_PV, cpu.getLeft().getRegister(Z80.REG_F));\n assertEquals(23, cpu.getRight().intValue());\n }",
"class_method_signature": "Z80Test.testCommand_SLL_mIXd()",
"constructor": false,
"full_signature": "@Test public void testCommand_SLL_mIXd()",
"identifier": "testCommand_SLL_mIXd",
"invocations": [
"executeCommand",
"assertMemory",
"assertFlagsExcludeReserved",
"getRegister",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_SLL_mIXd()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
"modifier": "private",
"original_string": "private int q;",
"type": "int",
"var_name": "q"
},
{
"declarator": "lastQ",
"modifier": "private",
"original_string": "private int lastQ;",
"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
"constructor": false,
"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
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}
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{
"body": "public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }",
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}
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{
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"language": "Java",
"license": "licensed",
"repo_id": 32104835,
"size": 23159,
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"url": "https://github.com/raydac/zxpoly"
}
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32104835_174
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{
"fields": [],
"file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java",
"identifier": "Z80Test",
"interfaces": "",
"superclass": "extends AbstractZ80Test"
}
|
{
"body": "@Test\n public void testCommand_BIT_2_reg() {\n final int[] codes = new int[] {0x50, 0x51, 0x52, 0x53, 0x54, 0x55, 0x57};\n final int[] regs =\n new int[] {Z80.REG_B, Z80.REG_C, Z80.REG_D, Z80.REG_E, Z80.REG_H, Z80.REG_L, Z80.REG_A};\n for (int i = 0; i < codes.length; i++) {\n final Z80State state = new Z80State();\n state.B = (~4) & 0xFF;\n state.C = (~4) & 0xFF;\n state.D = (~4) & 0xFF;\n state.E = (~4) & 0xFF;\n state.H = (~4) & 0xFF;\n state.L = (~4) & 0xFF;\n state.A = (~4) & 0xFF;\n\n state.F = 0x00;\n\n final Pair<Z80, Integer> cpu = executeCommand(state, 0xCB, codes[i]);\n\n assertEquals((~4) & 0xFF, cpu.getLeft().getRegister(regs[i]));\n assertFlagsExcludeReserved(Z80.FLAG_Z | Z80.FLAG_PV | Z80.FLAG_H,\n cpu.getLeft().getRegister(Z80.REG_F));\n assertEquals(8, cpu.getRight().intValue());\n }\n }",
"class_method_signature": "Z80Test.testCommand_BIT_2_reg()",
"constructor": false,
"full_signature": "@Test public void testCommand_BIT_2_reg()",
"identifier": "testCommand_BIT_2_reg",
"invocations": [
"executeCommand",
"assertEquals",
"getRegister",
"getLeft",
"assertFlagsExcludeReserved",
"getRegister",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_BIT_2_reg()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
"modifier": "private",
"original_string": "private int q;",
"type": "int",
"var_name": "q"
},
{
"declarator": "lastQ",
"modifier": "private",
"original_string": "private int lastQ;",
"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
"constructor": false,
"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doRETByFlag(final int ctx, final int y)",
"identifier": "doRETByFlag",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doRETByFlag(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRET(final int ctx)",
"constructor": false,
"full_signature": "private void doRET(final int ctx)",
"identifier": "doRET",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRET(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPOPRegPair(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPOPRegPair(final int ctx, final int p)",
"identifier": "doPOPRegPair",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPOPRegPair(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doEXX()",
"constructor": false,
"full_signature": "private void doEXX()",
"identifier": "doEXX",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEXX()",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doJP_HL(final int ctx)",
"identifier": "doJP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_SP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_SP_HL(final int ctx)",
"identifier": "doLD_SP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_SP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_cc(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJP_cc(final int ctx, final int cc)",
"identifier": "doJP_cc",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJP_cc(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP(final int ctx)",
"constructor": false,
"full_signature": "private void doJP(final int ctx)",
"identifier": "doJP",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTnA(final int ctx)",
"constructor": false,
"full_signature": "private void doOUTnA(final int ctx)",
"identifier": "doOUTnA",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUTnA(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_A_n(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_A_n(final int ctx)",
"identifier": "doIN_A_n",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_A_n(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_mSP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doEX_mSP_HL(final int ctx)",
"identifier": "doEX_mSP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doEX_mSP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_DE_HL()",
"constructor": false,
"full_signature": "private void doEX_DE_HL()",
"identifier": "doEX_DE_HL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_DE_HL()",
"testcase": false
},
{
"class_method_signature": "Z80.doDI()",
"constructor": false,
"full_signature": "private void doDI()",
"identifier": "doDI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDI()",
"testcase": false
},
{
"class_method_signature": "Z80.doEI()",
"constructor": false,
"full_signature": "private void doEI()",
"identifier": "doEI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEI()",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx, final int y)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doCALL(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCALL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPUSH(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPUSH(final int ctx, final int p)",
"identifier": "doPUSH",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPUSH(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_Reg(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private void doALU_A_Reg(final int ctx, final int op, final int reg)",
"identifier": "doALU_A_Reg",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "void",
"signature": "void doALU_A_Reg(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_n(final int ctx, final int op)",
"constructor": false,
"full_signature": "private void doALU_A_n(final int ctx, final int op)",
"identifier": "doALU_A_n",
"modifiers": "private",
"parameters": "(final int ctx, final int op)",
"return": "void",
"signature": "void doALU_A_n(final int ctx, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80._aluAccumulatorOp(final int op, final int value)",
"constructor": false,
"full_signature": "private void _aluAccumulatorOp(final int op, final int value)",
"identifier": "_aluAccumulatorOp",
"modifiers": "private",
"parameters": "(final int op, final int value)",
"return": "void",
"signature": "void _aluAccumulatorOp(final int op, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doRST(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void doRST(final int ctx, final int address)",
"identifier": "doRST",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void doRST(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80.doRollShift(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private int doRollShift(final int ctx, final int op, final int reg)",
"identifier": "doRollShift",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "int",
"signature": "int doRollShift(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doROTmem_LDreg(final int ctx, final int reg, final int op)",
"constructor": false,
"full_signature": "private void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"identifier": "doROTmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int op)",
"return": "void",
"signature": "void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80.doBIT(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private void doBIT(final int ctx, final int bit, final int reg)",
"identifier": "doBIT",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "void",
"signature": "void doBIT(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRES(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doRES(final int ctx, final int bit, final int reg)",
"identifier": "doRES",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doRES(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doSET(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doSET(final int ctx, final int bit, final int reg)",
"identifier": "doSET",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doSET(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doRESmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doSETmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx, final int y)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doIN_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUT_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx, final int y)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doOUT_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_RegP(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_mNN_RegP(final int ctx, final int p)",
"identifier": "doLD_mNN_RegP",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_mNN_RegP(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_RegP_mNN(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_RegP_mNN(final int ctx, final int p)",
"identifier": "doLD_RegP_mNN",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_RegP_mNN(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doNEG()",
"constructor": false,
"full_signature": "private void doNEG()",
"identifier": "doNEG",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNEG()",
"testcase": false
},
{
"class_method_signature": "Z80.doRETI(final int ctx)",
"constructor": false,
"full_signature": "private void doRETI(final int ctx)",
"identifier": "doRETI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETN(final int ctx)",
"constructor": false,
"full_signature": "private void doRETN(final int ctx)",
"identifier": "doRETN",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETN(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIM(final int y)",
"constructor": false,
"full_signature": "private void doIM(final int y)",
"identifier": "doIM",
"modifiers": "private",
"parameters": "(final int y)",
"return": "void",
"signature": "void doIM(final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_I_A()",
"constructor": false,
"full_signature": "private void doLD_I_A()",
"identifier": "doLD_I_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_I_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_R_A()",
"constructor": false,
"full_signature": "private void doLD_R_A()",
"identifier": "doLD_R_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_R_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_I()",
"constructor": false,
"full_signature": "private void doLD_A_I()",
"identifier": "doLD_A_I",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_I()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_R()",
"constructor": false,
"full_signature": "private void doLD_A_R()",
"identifier": "doLD_A_R",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_R()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRD(final int ctx)",
"constructor": false,
"full_signature": "private void doRRD(final int ctx)",
"identifier": "doRRD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRRD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLD(final int ctx)",
"constructor": false,
"full_signature": "private void doRLD(final int ctx)",
"identifier": "doRLD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRLD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private boolean doBLI(final int ctx, final int y, final int z)",
"identifier": "doBLI",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "boolean",
"signature": "boolean doBLI(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mBC(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mBC(final int ctx)",
"identifier": "doLD_A_mBC",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mBC(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDIR(final int ctx)",
"identifier": "doLDIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mDE(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mDE(final int ctx)",
"identifier": "doLD_A_mDE",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mDE(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPIR(final int ctx)",
"identifier": "doCPIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINI_IND(final int ctx, final boolean ini)",
"constructor": false,
"full_signature": "private void doINI_IND(final int ctx, final boolean ini)",
"identifier": "doINI_IND",
"modifiers": "private",
"parameters": "(final int ctx, final boolean ini)",
"return": "void",
"signature": "void doINI_IND(final int ctx, final boolean ini)",
"testcase": false
},
{
"class_method_signature": "Z80.doINIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINIR(final int ctx)",
"identifier": "doINIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINDR(final int ctx)",
"identifier": "doINDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDI(final int ctx)",
"constructor": false,
"full_signature": "private void doLDI(final int ctx)",
"identifier": "doLDI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTIR(final int ctx)",
"identifier": "doOTIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPI(final int ctx)",
"constructor": false,
"full_signature": "private void doCPI(final int ctx)",
"identifier": "doCPI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTDR(final int ctx)",
"identifier": "doOTDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDDR(final int ctx)",
"identifier": "doLDDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTI_OUTD(final int ctx, final boolean inc)",
"constructor": false,
"full_signature": "private void doOUTI_OUTD(final int ctx, final boolean inc)",
"identifier": "doOUTI_OUTD",
"modifiers": "private",
"parameters": "(final int ctx, final boolean inc)",
"return": "void",
"signature": "void doOUTI_OUTD(final int ctx, final boolean inc)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPDR(final int ctx)",
"identifier": "doCPDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.getStateAsString()",
"constructor": false,
"full_signature": "public String getStateAsString()",
"identifier": "getStateAsString",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getStateAsString()",
"testcase": false
},
{
"class_method_signature": "Z80.doReset()",
"constructor": false,
"full_signature": "public void doReset()",
"identifier": "doReset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void doReset()",
"testcase": false
},
{
"class_method_signature": "Z80.compareState(final Z80 other, final boolean compareExe)",
"constructor": false,
"full_signature": "public boolean compareState(final Z80 other, final boolean compareExe)",
"identifier": "compareState",
"modifiers": "public",
"parameters": "(final Z80 other, final boolean compareExe)",
"return": "boolean",
"signature": "boolean compareState(final Z80 other, final boolean compareExe)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDD(final int ctx)",
"constructor": false,
"full_signature": "private void doLDD(final int ctx)",
"identifier": "doLDD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPD(final int ctx)",
"constructor": false,
"full_signature": "private void doCPD(final int ctx)",
"identifier": "doCPD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPD(final int ctx)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }",
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"invocations": [
"getRegister"
],
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 5,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 32104835,
"size": 23159,
"stargazer_count": 44,
"stars": null,
"updates": null,
"url": "https://github.com/raydac/zxpoly"
}
|
32104835_19
|
{
"fields": [],
"file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java",
"identifier": "Z80Test",
"interfaces": "",
"superclass": "extends AbstractZ80Test"
}
|
{
"body": "@Test\n public void testCommand_LD_A_mDE() {\n final Z80State state = new Z80State();\n state.A = 0x48;\n state.D = 0x12;\n state.E = 0x34;\n this.memory[0x1234] = 0x33;\n final Pair<Z80, Integer> cpu = executeCommand(state, 0x1A);\n assertEquals(0x33, cpu.getLeft().getRegister(Z80.REG_A));\n assertEquals(0x33, this.memory[0x1234]);\n assertFlagsNotChanged(state, cpu.getLeft());\n assertEquals(7, cpu.getRight().intValue());\n }",
"class_method_signature": "Z80Test.testCommand_LD_A_mDE()",
"constructor": false,
"full_signature": "@Test public void testCommand_LD_A_mDE()",
"identifier": "testCommand_LD_A_mDE",
"invocations": [
"executeCommand",
"assertEquals",
"getRegister",
"getLeft",
"assertEquals",
"assertFlagsNotChanged",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_LD_A_mDE()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
"modifier": "private",
"original_string": "private int q;",
"type": "int",
"var_name": "q"
},
{
"declarator": "lastQ",
"modifier": "private",
"original_string": "private int lastQ;",
"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
"constructor": false,
"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doRETByFlag(final int ctx, final int y)",
"identifier": "doRETByFlag",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doRETByFlag(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRET(final int ctx)",
"constructor": false,
"full_signature": "private void doRET(final int ctx)",
"identifier": "doRET",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRET(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPOPRegPair(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPOPRegPair(final int ctx, final int p)",
"identifier": "doPOPRegPair",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPOPRegPair(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doEXX()",
"constructor": false,
"full_signature": "private void doEXX()",
"identifier": "doEXX",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEXX()",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doJP_HL(final int ctx)",
"identifier": "doJP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_SP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_SP_HL(final int ctx)",
"identifier": "doLD_SP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_SP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_cc(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJP_cc(final int ctx, final int cc)",
"identifier": "doJP_cc",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJP_cc(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP(final int ctx)",
"constructor": false,
"full_signature": "private void doJP(final int ctx)",
"identifier": "doJP",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTnA(final int ctx)",
"constructor": false,
"full_signature": "private void doOUTnA(final int ctx)",
"identifier": "doOUTnA",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUTnA(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_A_n(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_A_n(final int ctx)",
"identifier": "doIN_A_n",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_A_n(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_mSP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doEX_mSP_HL(final int ctx)",
"identifier": "doEX_mSP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doEX_mSP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_DE_HL()",
"constructor": false,
"full_signature": "private void doEX_DE_HL()",
"identifier": "doEX_DE_HL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_DE_HL()",
"testcase": false
},
{
"class_method_signature": "Z80.doDI()",
"constructor": false,
"full_signature": "private void doDI()",
"identifier": "doDI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDI()",
"testcase": false
},
{
"class_method_signature": "Z80.doEI()",
"constructor": false,
"full_signature": "private void doEI()",
"identifier": "doEI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEI()",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx, final int y)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doCALL(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCALL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPUSH(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPUSH(final int ctx, final int p)",
"identifier": "doPUSH",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPUSH(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_Reg(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private void doALU_A_Reg(final int ctx, final int op, final int reg)",
"identifier": "doALU_A_Reg",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "void",
"signature": "void doALU_A_Reg(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_n(final int ctx, final int op)",
"constructor": false,
"full_signature": "private void doALU_A_n(final int ctx, final int op)",
"identifier": "doALU_A_n",
"modifiers": "private",
"parameters": "(final int ctx, final int op)",
"return": "void",
"signature": "void doALU_A_n(final int ctx, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80._aluAccumulatorOp(final int op, final int value)",
"constructor": false,
"full_signature": "private void _aluAccumulatorOp(final int op, final int value)",
"identifier": "_aluAccumulatorOp",
"modifiers": "private",
"parameters": "(final int op, final int value)",
"return": "void",
"signature": "void _aluAccumulatorOp(final int op, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doRST(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void doRST(final int ctx, final int address)",
"identifier": "doRST",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void doRST(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80.doRollShift(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private int doRollShift(final int ctx, final int op, final int reg)",
"identifier": "doRollShift",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "int",
"signature": "int doRollShift(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doROTmem_LDreg(final int ctx, final int reg, final int op)",
"constructor": false,
"full_signature": "private void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"identifier": "doROTmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int op)",
"return": "void",
"signature": "void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80.doBIT(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private void doBIT(final int ctx, final int bit, final int reg)",
"identifier": "doBIT",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "void",
"signature": "void doBIT(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRES(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doRES(final int ctx, final int bit, final int reg)",
"identifier": "doRES",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doRES(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doSET(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doSET(final int ctx, final int bit, final int reg)",
"identifier": "doSET",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doSET(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doRESmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doSETmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx, final int y)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doIN_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUT_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx, final int y)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doOUT_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_RegP(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_mNN_RegP(final int ctx, final int p)",
"identifier": "doLD_mNN_RegP",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_mNN_RegP(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_RegP_mNN(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_RegP_mNN(final int ctx, final int p)",
"identifier": "doLD_RegP_mNN",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_RegP_mNN(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doNEG()",
"constructor": false,
"full_signature": "private void doNEG()",
"identifier": "doNEG",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNEG()",
"testcase": false
},
{
"class_method_signature": "Z80.doRETI(final int ctx)",
"constructor": false,
"full_signature": "private void doRETI(final int ctx)",
"identifier": "doRETI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETN(final int ctx)",
"constructor": false,
"full_signature": "private void doRETN(final int ctx)",
"identifier": "doRETN",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETN(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIM(final int y)",
"constructor": false,
"full_signature": "private void doIM(final int y)",
"identifier": "doIM",
"modifiers": "private",
"parameters": "(final int y)",
"return": "void",
"signature": "void doIM(final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_I_A()",
"constructor": false,
"full_signature": "private void doLD_I_A()",
"identifier": "doLD_I_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_I_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_R_A()",
"constructor": false,
"full_signature": "private void doLD_R_A()",
"identifier": "doLD_R_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_R_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_I()",
"constructor": false,
"full_signature": "private void doLD_A_I()",
"identifier": "doLD_A_I",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_I()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_R()",
"constructor": false,
"full_signature": "private void doLD_A_R()",
"identifier": "doLD_A_R",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_R()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRD(final int ctx)",
"constructor": false,
"full_signature": "private void doRRD(final int ctx)",
"identifier": "doRRD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRRD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLD(final int ctx)",
"constructor": false,
"full_signature": "private void doRLD(final int ctx)",
"identifier": "doRLD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRLD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private boolean doBLI(final int ctx, final int y, final int z)",
"identifier": "doBLI",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "boolean",
"signature": "boolean doBLI(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mBC(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mBC(final int ctx)",
"identifier": "doLD_A_mBC",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mBC(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDIR(final int ctx)",
"identifier": "doLDIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mDE(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mDE(final int ctx)",
"identifier": "doLD_A_mDE",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mDE(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPIR(final int ctx)",
"identifier": "doCPIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINI_IND(final int ctx, final boolean ini)",
"constructor": false,
"full_signature": "private void doINI_IND(final int ctx, final boolean ini)",
"identifier": "doINI_IND",
"modifiers": "private",
"parameters": "(final int ctx, final boolean ini)",
"return": "void",
"signature": "void doINI_IND(final int ctx, final boolean ini)",
"testcase": false
},
{
"class_method_signature": "Z80.doINIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINIR(final int ctx)",
"identifier": "doINIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINDR(final int ctx)",
"identifier": "doINDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDI(final int ctx)",
"constructor": false,
"full_signature": "private void doLDI(final int ctx)",
"identifier": "doLDI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTIR(final int ctx)",
"identifier": "doOTIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPI(final int ctx)",
"constructor": false,
"full_signature": "private void doCPI(final int ctx)",
"identifier": "doCPI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTDR(final int ctx)",
"identifier": "doOTDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDDR(final int ctx)",
"identifier": "doLDDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTI_OUTD(final int ctx, final boolean inc)",
"constructor": false,
"full_signature": "private void doOUTI_OUTD(final int ctx, final boolean inc)",
"identifier": "doOUTI_OUTD",
"modifiers": "private",
"parameters": "(final int ctx, final boolean inc)",
"return": "void",
"signature": "void doOUTI_OUTD(final int ctx, final boolean inc)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPDR(final int ctx)",
"identifier": "doCPDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.getStateAsString()",
"constructor": false,
"full_signature": "public String getStateAsString()",
"identifier": "getStateAsString",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getStateAsString()",
"testcase": false
},
{
"class_method_signature": "Z80.doReset()",
"constructor": false,
"full_signature": "public void doReset()",
"identifier": "doReset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void doReset()",
"testcase": false
},
{
"class_method_signature": "Z80.compareState(final Z80 other, final boolean compareExe)",
"constructor": false,
"full_signature": "public boolean compareState(final Z80 other, final boolean compareExe)",
"identifier": "compareState",
"modifiers": "public",
"parameters": "(final Z80 other, final boolean compareExe)",
"return": "boolean",
"signature": "boolean compareState(final Z80 other, final boolean compareExe)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDD(final int ctx)",
"constructor": false,
"full_signature": "private void doLDD(final int ctx)",
"identifier": "doLDD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPD(final int ctx)",
"constructor": false,
"full_signature": "private void doCPD(final int ctx)",
"identifier": "doCPD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPD(final int ctx)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }",
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"invocations": [
"getRegister"
],
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 5,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 32104835,
"size": 23159,
"stargazer_count": 44,
"stars": null,
"updates": null,
"url": "https://github.com/raydac/zxpoly"
}
|
32104835_123
|
{
"fields": [],
"file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java",
"identifier": "Z80Test",
"interfaces": "",
"superclass": "extends AbstractZ80Test"
}
|
{
"body": "@Test\n public void testCommand_INC_IYh() {\n final Z80State state = new Z80State();\n state.IY = 0x1000;\n state.F = 0xFF;\n\n final Pair<Z80, Integer> cpu = executeCommand(state, 0xFD, 0x24);\n\n assertEquals(0x1100, cpu.getLeft().getRegister(Z80.REG_IY));\n assertEquals(8, cpu.getRight().intValue());\n }",
"class_method_signature": "Z80Test.testCommand_INC_IYh()",
"constructor": false,
"full_signature": "@Test public void testCommand_INC_IYh()",
"identifier": "testCommand_INC_IYh",
"invocations": [
"executeCommand",
"assertEquals",
"getRegister",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_INC_IYh()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
"modifier": "private",
"original_string": "private int q;",
"type": "int",
"var_name": "q"
},
{
"declarator": "lastQ",
"modifier": "private",
"original_string": "private int lastQ;",
"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
"constructor": false,
"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doRETByFlag(final int ctx, final int y)",
"identifier": "doRETByFlag",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doRETByFlag(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRET(final int ctx)",
"constructor": false,
"full_signature": "private void doRET(final int ctx)",
"identifier": "doRET",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRET(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPOPRegPair(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPOPRegPair(final int ctx, final int p)",
"identifier": "doPOPRegPair",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPOPRegPair(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doEXX()",
"constructor": false,
"full_signature": "private void doEXX()",
"identifier": "doEXX",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEXX()",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doJP_HL(final int ctx)",
"identifier": "doJP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_SP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_SP_HL(final int ctx)",
"identifier": "doLD_SP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_SP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_cc(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJP_cc(final int ctx, final int cc)",
"identifier": "doJP_cc",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJP_cc(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP(final int ctx)",
"constructor": false,
"full_signature": "private void doJP(final int ctx)",
"identifier": "doJP",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTnA(final int ctx)",
"constructor": false,
"full_signature": "private void doOUTnA(final int ctx)",
"identifier": "doOUTnA",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
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},
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"class_method_signature": "Z80.doSETmem_LDreg(final int ctx, final int reg, final int bit)",
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"identifier": "doSETmem_LDreg",
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"class_method_signature": "Z80.doIN_C(final int ctx, final int y)",
"constructor": false,
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},
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},
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"class_method_signature": "Z80.doOUT_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx, final int y)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doOUT_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_RegP(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_mNN_RegP(final int ctx, final int p)",
"identifier": "doLD_mNN_RegP",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_mNN_RegP(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_RegP_mNN(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_RegP_mNN(final int ctx, final int p)",
"identifier": "doLD_RegP_mNN",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_RegP_mNN(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doNEG()",
"constructor": false,
"full_signature": "private void doNEG()",
"identifier": "doNEG",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNEG()",
"testcase": false
},
{
"class_method_signature": "Z80.doRETI(final int ctx)",
"constructor": false,
"full_signature": "private void doRETI(final int ctx)",
"identifier": "doRETI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETN(final int ctx)",
"constructor": false,
"full_signature": "private void doRETN(final int ctx)",
"identifier": "doRETN",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETN(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIM(final int y)",
"constructor": false,
"full_signature": "private void doIM(final int y)",
"identifier": "doIM",
"modifiers": "private",
"parameters": "(final int y)",
"return": "void",
"signature": "void doIM(final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_I_A()",
"constructor": false,
"full_signature": "private void doLD_I_A()",
"identifier": "doLD_I_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_I_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_R_A()",
"constructor": false,
"full_signature": "private void doLD_R_A()",
"identifier": "doLD_R_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_R_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_I()",
"constructor": false,
"full_signature": "private void doLD_A_I()",
"identifier": "doLD_A_I",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_I()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_R()",
"constructor": false,
"full_signature": "private void doLD_A_R()",
"identifier": "doLD_A_R",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_R()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRD(final int ctx)",
"constructor": false,
"full_signature": "private void doRRD(final int ctx)",
"identifier": "doRRD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRRD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLD(final int ctx)",
"constructor": false,
"full_signature": "private void doRLD(final int ctx)",
"identifier": "doRLD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRLD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private boolean doBLI(final int ctx, final int y, final int z)",
"identifier": "doBLI",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "boolean",
"signature": "boolean doBLI(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mBC(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mBC(final int ctx)",
"identifier": "doLD_A_mBC",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mBC(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDIR(final int ctx)",
"identifier": "doLDIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mDE(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mDE(final int ctx)",
"identifier": "doLD_A_mDE",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mDE(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPIR(final int ctx)",
"identifier": "doCPIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINI_IND(final int ctx, final boolean ini)",
"constructor": false,
"full_signature": "private void doINI_IND(final int ctx, final boolean ini)",
"identifier": "doINI_IND",
"modifiers": "private",
"parameters": "(final int ctx, final boolean ini)",
"return": "void",
"signature": "void doINI_IND(final int ctx, final boolean ini)",
"testcase": false
},
{
"class_method_signature": "Z80.doINIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINIR(final int ctx)",
"identifier": "doINIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINDR(final int ctx)",
"identifier": "doINDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDI(final int ctx)",
"constructor": false,
"full_signature": "private void doLDI(final int ctx)",
"identifier": "doLDI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTIR(final int ctx)",
"identifier": "doOTIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPI(final int ctx)",
"constructor": false,
"full_signature": "private void doCPI(final int ctx)",
"identifier": "doCPI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTDR(final int ctx)",
"identifier": "doOTDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDDR(final int ctx)",
"identifier": "doLDDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTI_OUTD(final int ctx, final boolean inc)",
"constructor": false,
"full_signature": "private void doOUTI_OUTD(final int ctx, final boolean inc)",
"identifier": "doOUTI_OUTD",
"modifiers": "private",
"parameters": "(final int ctx, final boolean inc)",
"return": "void",
"signature": "void doOUTI_OUTD(final int ctx, final boolean inc)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPDR(final int ctx)",
"identifier": "doCPDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.getStateAsString()",
"constructor": false,
"full_signature": "public String getStateAsString()",
"identifier": "getStateAsString",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getStateAsString()",
"testcase": false
},
{
"class_method_signature": "Z80.doReset()",
"constructor": false,
"full_signature": "public void doReset()",
"identifier": "doReset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void doReset()",
"testcase": false
},
{
"class_method_signature": "Z80.compareState(final Z80 other, final boolean compareExe)",
"constructor": false,
"full_signature": "public boolean compareState(final Z80 other, final boolean compareExe)",
"identifier": "compareState",
"modifiers": "public",
"parameters": "(final Z80 other, final boolean compareExe)",
"return": "boolean",
"signature": "boolean compareState(final Z80 other, final boolean compareExe)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDD(final int ctx)",
"constructor": false,
"full_signature": "private void doLDD(final int ctx)",
"identifier": "doLDD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPD(final int ctx)",
"constructor": false,
"full_signature": "private void doCPD(final int ctx)",
"identifier": "doCPD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPD(final int ctx)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }",
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"invocations": [
"getRegister"
],
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 5,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 32104835,
"size": 23159,
"stargazer_count": 44,
"stars": null,
"updates": null,
"url": "https://github.com/raydac/zxpoly"
}
|
32104835_158
|
{
"fields": [],
"file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java",
"identifier": "Z80Test",
"interfaces": "",
"superclass": "extends AbstractZ80Test"
}
|
{
"body": "@Test\n public void testCommand_SLA_mIXd() {\n final Z80State state = new Z80State();\n state.IX = 0x1234;\n state.F = 0x00;\n\n memory[0x1239] = (byte) 0xB1;\n\n final Pair<Z80, Integer> cpu = executeCommand(state, 0xDD, 0xCB, 0x05, 0x26);\n\n assertMemory(0x1239, 0x62);\n assertFlagsExcludeReserved(Z80.FLAG_C, cpu.getLeft().getRegister(Z80.REG_F));\n assertEquals(23, cpu.getRight().intValue());\n }",
"class_method_signature": "Z80Test.testCommand_SLA_mIXd()",
"constructor": false,
"full_signature": "@Test public void testCommand_SLA_mIXd()",
"identifier": "testCommand_SLA_mIXd",
"invocations": [
"executeCommand",
"assertMemory",
"assertFlagsExcludeReserved",
"getRegister",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_SLA_mIXd()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
"modifier": "private",
"original_string": "private int q;",
"type": "int",
"var_name": "q"
},
{
"declarator": "lastQ",
"modifier": "private",
"original_string": "private int lastQ;",
"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
"constructor": false,
"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doRETByFlag(final int ctx, final int y)",
"identifier": "doRETByFlag",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doRETByFlag(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRET(final int ctx)",
"constructor": false,
"full_signature": "private void doRET(final int ctx)",
"identifier": "doRET",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRET(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPOPRegPair(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPOPRegPair(final int ctx, final int p)",
"identifier": "doPOPRegPair",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPOPRegPair(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doEXX()",
"constructor": false,
"full_signature": "private void doEXX()",
"identifier": "doEXX",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEXX()",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doJP_HL(final int ctx)",
"identifier": "doJP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_SP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_SP_HL(final int ctx)",
"identifier": "doLD_SP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_SP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_cc(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJP_cc(final int ctx, final int cc)",
"identifier": "doJP_cc",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJP_cc(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP(final int ctx)",
"constructor": false,
"full_signature": "private void doJP(final int ctx)",
"identifier": "doJP",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTnA(final int ctx)",
"constructor": false,
"full_signature": "private void doOUTnA(final int ctx)",
"identifier": "doOUTnA",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUTnA(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_A_n(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_A_n(final int ctx)",
"identifier": "doIN_A_n",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_A_n(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_mSP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doEX_mSP_HL(final int ctx)",
"identifier": "doEX_mSP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doEX_mSP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_DE_HL()",
"constructor": false,
"full_signature": "private void doEX_DE_HL()",
"identifier": "doEX_DE_HL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_DE_HL()",
"testcase": false
},
{
"class_method_signature": "Z80.doDI()",
"constructor": false,
"full_signature": "private void doDI()",
"identifier": "doDI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDI()",
"testcase": false
},
{
"class_method_signature": "Z80.doEI()",
"constructor": false,
"full_signature": "private void doEI()",
"identifier": "doEI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEI()",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx, final int y)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doCALL(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCALL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPUSH(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPUSH(final int ctx, final int p)",
"identifier": "doPUSH",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPUSH(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_Reg(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private void doALU_A_Reg(final int ctx, final int op, final int reg)",
"identifier": "doALU_A_Reg",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "void",
"signature": "void doALU_A_Reg(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_n(final int ctx, final int op)",
"constructor": false,
"full_signature": "private void doALU_A_n(final int ctx, final int op)",
"identifier": "doALU_A_n",
"modifiers": "private",
"parameters": "(final int ctx, final int op)",
"return": "void",
"signature": "void doALU_A_n(final int ctx, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80._aluAccumulatorOp(final int op, final int value)",
"constructor": false,
"full_signature": "private void _aluAccumulatorOp(final int op, final int value)",
"identifier": "_aluAccumulatorOp",
"modifiers": "private",
"parameters": "(final int op, final int value)",
"return": "void",
"signature": "void _aluAccumulatorOp(final int op, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doRST(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void doRST(final int ctx, final int address)",
"identifier": "doRST",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void doRST(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80.doRollShift(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private int doRollShift(final int ctx, final int op, final int reg)",
"identifier": "doRollShift",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "int",
"signature": "int doRollShift(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doROTmem_LDreg(final int ctx, final int reg, final int op)",
"constructor": false,
"full_signature": "private void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"identifier": "doROTmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int op)",
"return": "void",
"signature": "void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80.doBIT(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private void doBIT(final int ctx, final int bit, final int reg)",
"identifier": "doBIT",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "void",
"signature": "void doBIT(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRES(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doRES(final int ctx, final int bit, final int reg)",
"identifier": "doRES",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doRES(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doSET(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doSET(final int ctx, final int bit, final int reg)",
"identifier": "doSET",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doSET(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doRESmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doSETmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx, final int y)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doIN_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUT_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx, final int y)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doOUT_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_RegP(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_mNN_RegP(final int ctx, final int p)",
"identifier": "doLD_mNN_RegP",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_mNN_RegP(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_RegP_mNN(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_RegP_mNN(final int ctx, final int p)",
"identifier": "doLD_RegP_mNN",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_RegP_mNN(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doNEG()",
"constructor": false,
"full_signature": "private void doNEG()",
"identifier": "doNEG",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNEG()",
"testcase": false
},
{
"class_method_signature": "Z80.doRETI(final int ctx)",
"constructor": false,
"full_signature": "private void doRETI(final int ctx)",
"identifier": "doRETI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETN(final int ctx)",
"constructor": false,
"full_signature": "private void doRETN(final int ctx)",
"identifier": "doRETN",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETN(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIM(final int y)",
"constructor": false,
"full_signature": "private void doIM(final int y)",
"identifier": "doIM",
"modifiers": "private",
"parameters": "(final int y)",
"return": "void",
"signature": "void doIM(final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_I_A()",
"constructor": false,
"full_signature": "private void doLD_I_A()",
"identifier": "doLD_I_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_I_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_R_A()",
"constructor": false,
"full_signature": "private void doLD_R_A()",
"identifier": "doLD_R_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_R_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_I()",
"constructor": false,
"full_signature": "private void doLD_A_I()",
"identifier": "doLD_A_I",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_I()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_R()",
"constructor": false,
"full_signature": "private void doLD_A_R()",
"identifier": "doLD_A_R",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_R()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRD(final int ctx)",
"constructor": false,
"full_signature": "private void doRRD(final int ctx)",
"identifier": "doRRD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRRD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLD(final int ctx)",
"constructor": false,
"full_signature": "private void doRLD(final int ctx)",
"identifier": "doRLD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRLD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private boolean doBLI(final int ctx, final int y, final int z)",
"identifier": "doBLI",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "boolean",
"signature": "boolean doBLI(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mBC(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mBC(final int ctx)",
"identifier": "doLD_A_mBC",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mBC(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDIR(final int ctx)",
"identifier": "doLDIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mDE(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mDE(final int ctx)",
"identifier": "doLD_A_mDE",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mDE(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPIR(final int ctx)",
"identifier": "doCPIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINI_IND(final int ctx, final boolean ini)",
"constructor": false,
"full_signature": "private void doINI_IND(final int ctx, final boolean ini)",
"identifier": "doINI_IND",
"modifiers": "private",
"parameters": "(final int ctx, final boolean ini)",
"return": "void",
"signature": "void doINI_IND(final int ctx, final boolean ini)",
"testcase": false
},
{
"class_method_signature": "Z80.doINIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINIR(final int ctx)",
"identifier": "doINIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINDR(final int ctx)",
"identifier": "doINDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDI(final int ctx)",
"constructor": false,
"full_signature": "private void doLDI(final int ctx)",
"identifier": "doLDI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTIR(final int ctx)",
"identifier": "doOTIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPI(final int ctx)",
"constructor": false,
"full_signature": "private void doCPI(final int ctx)",
"identifier": "doCPI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTDR(final int ctx)",
"identifier": "doOTDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDDR(final int ctx)",
"identifier": "doLDDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTI_OUTD(final int ctx, final boolean inc)",
"constructor": false,
"full_signature": "private void doOUTI_OUTD(final int ctx, final boolean inc)",
"identifier": "doOUTI_OUTD",
"modifiers": "private",
"parameters": "(final int ctx, final boolean inc)",
"return": "void",
"signature": "void doOUTI_OUTD(final int ctx, final boolean inc)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPDR(final int ctx)",
"identifier": "doCPDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.getStateAsString()",
"constructor": false,
"full_signature": "public String getStateAsString()",
"identifier": "getStateAsString",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getStateAsString()",
"testcase": false
},
{
"class_method_signature": "Z80.doReset()",
"constructor": false,
"full_signature": "public void doReset()",
"identifier": "doReset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void doReset()",
"testcase": false
},
{
"class_method_signature": "Z80.compareState(final Z80 other, final boolean compareExe)",
"constructor": false,
"full_signature": "public boolean compareState(final Z80 other, final boolean compareExe)",
"identifier": "compareState",
"modifiers": "public",
"parameters": "(final Z80 other, final boolean compareExe)",
"return": "boolean",
"signature": "boolean compareState(final Z80 other, final boolean compareExe)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDD(final int ctx)",
"constructor": false,
"full_signature": "private void doLDD(final int ctx)",
"identifier": "doLDD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPD(final int ctx)",
"constructor": false,
"full_signature": "private void doCPD(final int ctx)",
"identifier": "doCPD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPD(final int ctx)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }",
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"invocations": [
"getRegister"
],
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 5,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 32104835,
"size": 23159,
"stargazer_count": 44,
"stars": null,
"updates": null,
"url": "https://github.com/raydac/zxpoly"
}
|
32104835_35
|
{
"fields": [],
"file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java",
"identifier": "Z80Test",
"interfaces": "",
"superclass": "extends AbstractZ80Test"
}
|
{
"body": "@Test\n public void testCommand_LD_IX_nn() {\n final Z80State state = new Z80State();\n final Pair<Z80, Integer> cpu = executeCommand(state, 0xDD, 0x21, 0x34, 0x12);\n assertEquals(0x1234, cpu.getLeft().getRegister(Z80.REG_IX));\n assertFlagsNotChanged(state, cpu.getLeft());\n assertEquals(14, cpu.getRight().intValue());\n }",
"class_method_signature": "Z80Test.testCommand_LD_IX_nn()",
"constructor": false,
"full_signature": "@Test public void testCommand_LD_IX_nn()",
"identifier": "testCommand_LD_IX_nn",
"invocations": [
"executeCommand",
"assertEquals",
"getRegister",
"getLeft",
"assertFlagsNotChanged",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_LD_IX_nn()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
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"type": "int",
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},
{
"declarator": "lastQ",
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"type": "int",
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}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
"constructor": false,
"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doRETByFlag(final int ctx, final int y)",
"identifier": "doRETByFlag",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doRETByFlag(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRET(final int ctx)",
"constructor": false,
"full_signature": "private void doRET(final int ctx)",
"identifier": "doRET",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRET(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPOPRegPair(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPOPRegPair(final int ctx, final int p)",
"identifier": "doPOPRegPair",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPOPRegPair(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doEXX()",
"constructor": false,
"full_signature": "private void doEXX()",
"identifier": "doEXX",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEXX()",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doJP_HL(final int ctx)",
"identifier": "doJP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_SP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_SP_HL(final int ctx)",
"identifier": "doLD_SP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_SP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_cc(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJP_cc(final int ctx, final int cc)",
"identifier": "doJP_cc",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJP_cc(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP(final int ctx)",
"constructor": false,
"full_signature": "private void doJP(final int ctx)",
"identifier": "doJP",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTnA(final int ctx)",
"constructor": false,
"full_signature": "private void doOUTnA(final int ctx)",
"identifier": "doOUTnA",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUTnA(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_A_n(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_A_n(final int ctx)",
"identifier": "doIN_A_n",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_A_n(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_mSP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doEX_mSP_HL(final int ctx)",
"identifier": "doEX_mSP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doEX_mSP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_DE_HL()",
"constructor": false,
"full_signature": "private void doEX_DE_HL()",
"identifier": "doEX_DE_HL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_DE_HL()",
"testcase": false
},
{
"class_method_signature": "Z80.doDI()",
"constructor": false,
"full_signature": "private void doDI()",
"identifier": "doDI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDI()",
"testcase": false
},
{
"class_method_signature": "Z80.doEI()",
"constructor": false,
"full_signature": "private void doEI()",
"identifier": "doEI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEI()",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx, final int y)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doCALL(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCALL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPUSH(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPUSH(final int ctx, final int p)",
"identifier": "doPUSH",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPUSH(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_Reg(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private void doALU_A_Reg(final int ctx, final int op, final int reg)",
"identifier": "doALU_A_Reg",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "void",
"signature": "void doALU_A_Reg(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_n(final int ctx, final int op)",
"constructor": false,
"full_signature": "private void doALU_A_n(final int ctx, final int op)",
"identifier": "doALU_A_n",
"modifiers": "private",
"parameters": "(final int ctx, final int op)",
"return": "void",
"signature": "void doALU_A_n(final int ctx, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80._aluAccumulatorOp(final int op, final int value)",
"constructor": false,
"full_signature": "private void _aluAccumulatorOp(final int op, final int value)",
"identifier": "_aluAccumulatorOp",
"modifiers": "private",
"parameters": "(final int op, final int value)",
"return": "void",
"signature": "void _aluAccumulatorOp(final int op, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doRST(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void doRST(final int ctx, final int address)",
"identifier": "doRST",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void doRST(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80.doRollShift(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private int doRollShift(final int ctx, final int op, final int reg)",
"identifier": "doRollShift",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "int",
"signature": "int doRollShift(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doROTmem_LDreg(final int ctx, final int reg, final int op)",
"constructor": false,
"full_signature": "private void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"identifier": "doROTmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int op)",
"return": "void",
"signature": "void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80.doBIT(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private void doBIT(final int ctx, final int bit, final int reg)",
"identifier": "doBIT",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "void",
"signature": "void doBIT(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRES(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doRES(final int ctx, final int bit, final int reg)",
"identifier": "doRES",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doRES(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doSET(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doSET(final int ctx, final int bit, final int reg)",
"identifier": "doSET",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doSET(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doRESmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doSETmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx, final int y)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doIN_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUT_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx, final int y)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doOUT_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_RegP(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_mNN_RegP(final int ctx, final int p)",
"identifier": "doLD_mNN_RegP",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_mNN_RegP(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_RegP_mNN(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_RegP_mNN(final int ctx, final int p)",
"identifier": "doLD_RegP_mNN",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_RegP_mNN(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doNEG()",
"constructor": false,
"full_signature": "private void doNEG()",
"identifier": "doNEG",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNEG()",
"testcase": false
},
{
"class_method_signature": "Z80.doRETI(final int ctx)",
"constructor": false,
"full_signature": "private void doRETI(final int ctx)",
"identifier": "doRETI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETN(final int ctx)",
"constructor": false,
"full_signature": "private void doRETN(final int ctx)",
"identifier": "doRETN",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETN(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIM(final int y)",
"constructor": false,
"full_signature": "private void doIM(final int y)",
"identifier": "doIM",
"modifiers": "private",
"parameters": "(final int y)",
"return": "void",
"signature": "void doIM(final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_I_A()",
"constructor": false,
"full_signature": "private void doLD_I_A()",
"identifier": "doLD_I_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_I_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_R_A()",
"constructor": false,
"full_signature": "private void doLD_R_A()",
"identifier": "doLD_R_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_R_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_I()",
"constructor": false,
"full_signature": "private void doLD_A_I()",
"identifier": "doLD_A_I",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_I()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_R()",
"constructor": false,
"full_signature": "private void doLD_A_R()",
"identifier": "doLD_A_R",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_R()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRD(final int ctx)",
"constructor": false,
"full_signature": "private void doRRD(final int ctx)",
"identifier": "doRRD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRRD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLD(final int ctx)",
"constructor": false,
"full_signature": "private void doRLD(final int ctx)",
"identifier": "doRLD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRLD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private boolean doBLI(final int ctx, final int y, final int z)",
"identifier": "doBLI",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "boolean",
"signature": "boolean doBLI(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mBC(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mBC(final int ctx)",
"identifier": "doLD_A_mBC",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mBC(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDIR(final int ctx)",
"identifier": "doLDIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mDE(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mDE(final int ctx)",
"identifier": "doLD_A_mDE",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mDE(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPIR(final int ctx)",
"identifier": "doCPIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINI_IND(final int ctx, final boolean ini)",
"constructor": false,
"full_signature": "private void doINI_IND(final int ctx, final boolean ini)",
"identifier": "doINI_IND",
"modifiers": "private",
"parameters": "(final int ctx, final boolean ini)",
"return": "void",
"signature": "void doINI_IND(final int ctx, final boolean ini)",
"testcase": false
},
{
"class_method_signature": "Z80.doINIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINIR(final int ctx)",
"identifier": "doINIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINDR(final int ctx)",
"identifier": "doINDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDI(final int ctx)",
"constructor": false,
"full_signature": "private void doLDI(final int ctx)",
"identifier": "doLDI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTIR(final int ctx)",
"identifier": "doOTIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPI(final int ctx)",
"constructor": false,
"full_signature": "private void doCPI(final int ctx)",
"identifier": "doCPI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTDR(final int ctx)",
"identifier": "doOTDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDDR(final int ctx)",
"identifier": "doLDDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTI_OUTD(final int ctx, final boolean inc)",
"constructor": false,
"full_signature": "private void doOUTI_OUTD(final int ctx, final boolean inc)",
"identifier": "doOUTI_OUTD",
"modifiers": "private",
"parameters": "(final int ctx, final boolean inc)",
"return": "void",
"signature": "void doOUTI_OUTD(final int ctx, final boolean inc)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPDR(final int ctx)",
"identifier": "doCPDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.getStateAsString()",
"constructor": false,
"full_signature": "public String getStateAsString()",
"identifier": "getStateAsString",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getStateAsString()",
"testcase": false
},
{
"class_method_signature": "Z80.doReset()",
"constructor": false,
"full_signature": "public void doReset()",
"identifier": "doReset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void doReset()",
"testcase": false
},
{
"class_method_signature": "Z80.compareState(final Z80 other, final boolean compareExe)",
"constructor": false,
"full_signature": "public boolean compareState(final Z80 other, final boolean compareExe)",
"identifier": "compareState",
"modifiers": "public",
"parameters": "(final Z80 other, final boolean compareExe)",
"return": "boolean",
"signature": "boolean compareState(final Z80 other, final boolean compareExe)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDD(final int ctx)",
"constructor": false,
"full_signature": "private void doLDD(final int ctx)",
"identifier": "doLDD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPD(final int ctx)",
"constructor": false,
"full_signature": "private void doCPD(final int ctx)",
"identifier": "doCPD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPD(final int ctx)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }",
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"invocations": [
"getRegister"
],
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 5,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 32104835,
"size": 23159,
"stargazer_count": 44,
"stars": null,
"updates": null,
"url": "https://github.com/raydac/zxpoly"
}
|
32104835_226
|
{
"fields": [],
"file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java",
"identifier": "Z80Test",
"interfaces": "",
"superclass": "extends AbstractZ80Test"
}
|
{
"body": "@Test\n public void testCommand_LD_IXh_D() {\n final Z80State state = new Z80State();\n state.D = 0xDD;\n final Pair<Z80, Integer> cpu = executeCommand(state, 0xDD, 0x62);\n assertEquals(0xDD00, cpu.getLeft().getRegister(Z80.REG_IX));\n assertFlagsNotChanged(state, cpu.getLeft());\n assertEquals(8, cpu.getRight().intValue());\n }",
"class_method_signature": "Z80Test.testCommand_LD_IXh_D()",
"constructor": false,
"full_signature": "@Test public void testCommand_LD_IXh_D()",
"identifier": "testCommand_LD_IXh_D",
"invocations": [
"executeCommand",
"assertEquals",
"getRegister",
"getLeft",
"assertFlagsNotChanged",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_LD_IXh_D()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
"modifier": "private",
"original_string": "private int q;",
"type": "int",
"var_name": "q"
},
{
"declarator": "lastQ",
"modifier": "private",
"original_string": "private int lastQ;",
"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
"constructor": false,
"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doRETByFlag(final int ctx, final int y)",
"identifier": "doRETByFlag",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doRETByFlag(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRET(final int ctx)",
"constructor": false,
"full_signature": "private void doRET(final int ctx)",
"identifier": "doRET",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRET(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPOPRegPair(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPOPRegPair(final int ctx, final int p)",
"identifier": "doPOPRegPair",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPOPRegPair(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doEXX()",
"constructor": false,
"full_signature": "private void doEXX()",
"identifier": "doEXX",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEXX()",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doJP_HL(final int ctx)",
"identifier": "doJP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_SP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_SP_HL(final int ctx)",
"identifier": "doLD_SP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_SP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_cc(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJP_cc(final int ctx, final int cc)",
"identifier": "doJP_cc",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJP_cc(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP(final int ctx)",
"constructor": false,
"full_signature": "private void doJP(final int ctx)",
"identifier": "doJP",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTnA(final int ctx)",
"constructor": false,
"full_signature": "private void doOUTnA(final int ctx)",
"identifier": "doOUTnA",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUTnA(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_A_n(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_A_n(final int ctx)",
"identifier": "doIN_A_n",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_A_n(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_mSP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doEX_mSP_HL(final int ctx)",
"identifier": "doEX_mSP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doEX_mSP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_DE_HL()",
"constructor": false,
"full_signature": "private void doEX_DE_HL()",
"identifier": "doEX_DE_HL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_DE_HL()",
"testcase": false
},
{
"class_method_signature": "Z80.doDI()",
"constructor": false,
"full_signature": "private void doDI()",
"identifier": "doDI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDI()",
"testcase": false
},
{
"class_method_signature": "Z80.doEI()",
"constructor": false,
"full_signature": "private void doEI()",
"identifier": "doEI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEI()",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx, final int y)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doCALL(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCALL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPUSH(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPUSH(final int ctx, final int p)",
"identifier": "doPUSH",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPUSH(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_Reg(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private void doALU_A_Reg(final int ctx, final int op, final int reg)",
"identifier": "doALU_A_Reg",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "void",
"signature": "void doALU_A_Reg(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_n(final int ctx, final int op)",
"constructor": false,
"full_signature": "private void doALU_A_n(final int ctx, final int op)",
"identifier": "doALU_A_n",
"modifiers": "private",
"parameters": "(final int ctx, final int op)",
"return": "void",
"signature": "void doALU_A_n(final int ctx, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80._aluAccumulatorOp(final int op, final int value)",
"constructor": false,
"full_signature": "private void _aluAccumulatorOp(final int op, final int value)",
"identifier": "_aluAccumulatorOp",
"modifiers": "private",
"parameters": "(final int op, final int value)",
"return": "void",
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{
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"constructor": false,
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},
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{
"class_method_signature": "Z80.doRESmem_LDreg(final int ctx, final int reg, final int bit)",
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"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doSETmem_LDreg",
"modifiers": "private",
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"return": "void",
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},
{
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"modifiers": "private",
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"return": "void",
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},
{
"class_method_signature": "Z80.doIN_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx, final int y)",
"identifier": "doIN_C",
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"parameters": "(final int ctx, final int y)",
"return": "void",
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"testcase": false
},
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"class_method_signature": "Z80.doOUT_C(final int ctx)",
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},
{
"class_method_signature": "Z80.doOUT_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx, final int y)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doOUT_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_RegP(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_mNN_RegP(final int ctx, final int p)",
"identifier": "doLD_mNN_RegP",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_mNN_RegP(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_RegP_mNN(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_RegP_mNN(final int ctx, final int p)",
"identifier": "doLD_RegP_mNN",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_RegP_mNN(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doNEG()",
"constructor": false,
"full_signature": "private void doNEG()",
"identifier": "doNEG",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNEG()",
"testcase": false
},
{
"class_method_signature": "Z80.doRETI(final int ctx)",
"constructor": false,
"full_signature": "private void doRETI(final int ctx)",
"identifier": "doRETI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETN(final int ctx)",
"constructor": false,
"full_signature": "private void doRETN(final int ctx)",
"identifier": "doRETN",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETN(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIM(final int y)",
"constructor": false,
"full_signature": "private void doIM(final int y)",
"identifier": "doIM",
"modifiers": "private",
"parameters": "(final int y)",
"return": "void",
"signature": "void doIM(final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_I_A()",
"constructor": false,
"full_signature": "private void doLD_I_A()",
"identifier": "doLD_I_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_I_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_R_A()",
"constructor": false,
"full_signature": "private void doLD_R_A()",
"identifier": "doLD_R_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_R_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_I()",
"constructor": false,
"full_signature": "private void doLD_A_I()",
"identifier": "doLD_A_I",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_I()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_R()",
"constructor": false,
"full_signature": "private void doLD_A_R()",
"identifier": "doLD_A_R",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_R()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRD(final int ctx)",
"constructor": false,
"full_signature": "private void doRRD(final int ctx)",
"identifier": "doRRD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRRD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLD(final int ctx)",
"constructor": false,
"full_signature": "private void doRLD(final int ctx)",
"identifier": "doRLD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRLD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private boolean doBLI(final int ctx, final int y, final int z)",
"identifier": "doBLI",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "boolean",
"signature": "boolean doBLI(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mBC(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mBC(final int ctx)",
"identifier": "doLD_A_mBC",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mBC(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDIR(final int ctx)",
"identifier": "doLDIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mDE(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mDE(final int ctx)",
"identifier": "doLD_A_mDE",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mDE(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPIR(final int ctx)",
"identifier": "doCPIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINI_IND(final int ctx, final boolean ini)",
"constructor": false,
"full_signature": "private void doINI_IND(final int ctx, final boolean ini)",
"identifier": "doINI_IND",
"modifiers": "private",
"parameters": "(final int ctx, final boolean ini)",
"return": "void",
"signature": "void doINI_IND(final int ctx, final boolean ini)",
"testcase": false
},
{
"class_method_signature": "Z80.doINIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINIR(final int ctx)",
"identifier": "doINIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINDR(final int ctx)",
"identifier": "doINDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDI(final int ctx)",
"constructor": false,
"full_signature": "private void doLDI(final int ctx)",
"identifier": "doLDI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTIR(final int ctx)",
"identifier": "doOTIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPI(final int ctx)",
"constructor": false,
"full_signature": "private void doCPI(final int ctx)",
"identifier": "doCPI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTDR(final int ctx)",
"identifier": "doOTDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDDR(final int ctx)",
"identifier": "doLDDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTI_OUTD(final int ctx, final boolean inc)",
"constructor": false,
"full_signature": "private void doOUTI_OUTD(final int ctx, final boolean inc)",
"identifier": "doOUTI_OUTD",
"modifiers": "private",
"parameters": "(final int ctx, final boolean inc)",
"return": "void",
"signature": "void doOUTI_OUTD(final int ctx, final boolean inc)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPDR(final int ctx)",
"identifier": "doCPDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.getStateAsString()",
"constructor": false,
"full_signature": "public String getStateAsString()",
"identifier": "getStateAsString",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getStateAsString()",
"testcase": false
},
{
"class_method_signature": "Z80.doReset()",
"constructor": false,
"full_signature": "public void doReset()",
"identifier": "doReset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void doReset()",
"testcase": false
},
{
"class_method_signature": "Z80.compareState(final Z80 other, final boolean compareExe)",
"constructor": false,
"full_signature": "public boolean compareState(final Z80 other, final boolean compareExe)",
"identifier": "compareState",
"modifiers": "public",
"parameters": "(final Z80 other, final boolean compareExe)",
"return": "boolean",
"signature": "boolean compareState(final Z80 other, final boolean compareExe)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDD(final int ctx)",
"constructor": false,
"full_signature": "private void doLDD(final int ctx)",
"identifier": "doLDD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPD(final int ctx)",
"constructor": false,
"full_signature": "private void doCPD(final int ctx)",
"identifier": "doCPD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPD(final int ctx)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }",
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"invocations": [
"getRegister"
],
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 5,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 32104835,
"size": 23159,
"stargazer_count": 44,
"stars": null,
"updates": null,
"url": "https://github.com/raydac/zxpoly"
}
|
32104835_62
|
{
"fields": [],
"file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java",
"identifier": "Z80Test",
"interfaces": "",
"superclass": "extends AbstractZ80Test"
}
|
{
"body": "@Test\n public void testCommand_ADC_C_notFlagSet() {\n final Z80State state = new Z80State();\n state.A = 0x44;\n state.C = 0x11;\n\n state.F = 0xFF;\n\n final Pair<Z80, Integer> cpu = executeCommand(state, 0x89);\n\n assertEquals(0x11, cpu.getLeft().getRegister(Z80.REG_C));\n assertEquals(0x56, cpu.getLeft().getRegister(Z80.REG_A));\n assertFlagsExcludeReserved(0, cpu.getLeft().getRegister(Z80.REG_F) & 0xFF);\n\n assertEquals(4, cpu.getRight().intValue());\n }",
"class_method_signature": "Z80Test.testCommand_ADC_C_notFlagSet()",
"constructor": false,
"full_signature": "@Test public void testCommand_ADC_C_notFlagSet()",
"identifier": "testCommand_ADC_C_notFlagSet",
"invocations": [
"executeCommand",
"assertEquals",
"getRegister",
"getLeft",
"assertEquals",
"getRegister",
"getLeft",
"assertFlagsExcludeReserved",
"getRegister",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_ADC_C_notFlagSet()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
"modifier": "private",
"original_string": "private int q;",
"type": "int",
"var_name": "q"
},
{
"declarator": "lastQ",
"modifier": "private",
"original_string": "private int lastQ;",
"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
"constructor": false,
"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
"testcase": false
},
{
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{
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32104835_119
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{
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}
|
{
"body": "@Test\n public void testCommand_INC_HL() {\n final Z80State state = new Z80State();\n state.H = 0x10;\n state.L = 0x00;\n state.F = 0xFF;\n\n final Pair<Z80, Integer> cpu = executeCommand(state, 0x23);\n\n assertEquals(0x1001, cpu.getLeft().getRegisterPair(Z80.REGPAIR_HL));\n assertFlagsNotChanged(state, cpu.getLeft());\n assertEquals(6, cpu.getRight().intValue());\n }",
"class_method_signature": "Z80Test.testCommand_INC_HL()",
"constructor": false,
"full_signature": "@Test public void testCommand_INC_HL()",
"identifier": "testCommand_INC_HL",
"invocations": [
"executeCommand",
"assertEquals",
"getRegisterPair",
"getLeft",
"assertFlagsNotChanged",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_INC_HL()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
"modifier": "private",
"original_string": "private int q;",
"type": "int",
"var_name": "q"
},
{
"declarator": "lastQ",
"modifier": "private",
"original_string": "private int lastQ;",
"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
"constructor": false,
"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doRETByFlag(final int ctx, final int y)",
"identifier": "doRETByFlag",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doRETByFlag(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRET(final int ctx)",
"constructor": false,
"full_signature": "private void doRET(final int ctx)",
"identifier": "doRET",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRET(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPOPRegPair(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPOPRegPair(final int ctx, final int p)",
"identifier": "doPOPRegPair",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPOPRegPair(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doEXX()",
"constructor": false,
"full_signature": "private void doEXX()",
"identifier": "doEXX",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEXX()",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doJP_HL(final int ctx)",
"identifier": "doJP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_SP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_SP_HL(final int ctx)",
"identifier": "doLD_SP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_SP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_cc(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJP_cc(final int ctx, final int cc)",
"identifier": "doJP_cc",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJP_cc(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP(final int ctx)",
"constructor": false,
"full_signature": "private void doJP(final int ctx)",
"identifier": "doJP",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTnA(final int ctx)",
"constructor": false,
"full_signature": "private void doOUTnA(final int ctx)",
"identifier": "doOUTnA",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUTnA(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_A_n(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_A_n(final int ctx)",
"identifier": "doIN_A_n",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_A_n(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_mSP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doEX_mSP_HL(final int ctx)",
"identifier": "doEX_mSP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doEX_mSP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_DE_HL()",
"constructor": false,
"full_signature": "private void doEX_DE_HL()",
"identifier": "doEX_DE_HL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_DE_HL()",
"testcase": false
},
{
"class_method_signature": "Z80.doDI()",
"constructor": false,
"full_signature": "private void doDI()",
"identifier": "doDI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDI()",
"testcase": false
},
{
"class_method_signature": "Z80.doEI()",
"constructor": false,
"full_signature": "private void doEI()",
"identifier": "doEI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEI()",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx, final int y)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doCALL(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCALL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPUSH(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPUSH(final int ctx, final int p)",
"identifier": "doPUSH",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPUSH(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_Reg(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private void doALU_A_Reg(final int ctx, final int op, final int reg)",
"identifier": "doALU_A_Reg",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "void",
"signature": "void doALU_A_Reg(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_n(final int ctx, final int op)",
"constructor": false,
"full_signature": "private void doALU_A_n(final int ctx, final int op)",
"identifier": "doALU_A_n",
"modifiers": "private",
"parameters": "(final int ctx, final int op)",
"return": "void",
"signature": "void doALU_A_n(final int ctx, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80._aluAccumulatorOp(final int op, final int value)",
"constructor": false,
"full_signature": "private void _aluAccumulatorOp(final int op, final int value)",
"identifier": "_aluAccumulatorOp",
"modifiers": "private",
"parameters": "(final int op, final int value)",
"return": "void",
"signature": "void _aluAccumulatorOp(final int op, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doRST(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void doRST(final int ctx, final int address)",
"identifier": "doRST",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void doRST(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80.doRollShift(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private int doRollShift(final int ctx, final int op, final int reg)",
"identifier": "doRollShift",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "int",
"signature": "int doRollShift(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doROTmem_LDreg(final int ctx, final int reg, final int op)",
"constructor": false,
"full_signature": "private void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"identifier": "doROTmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int op)",
"return": "void",
"signature": "void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80.doBIT(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private void doBIT(final int ctx, final int bit, final int reg)",
"identifier": "doBIT",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "void",
"signature": "void doBIT(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRES(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doRES(final int ctx, final int bit, final int reg)",
"identifier": "doRES",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doRES(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doSET(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doSET(final int ctx, final int bit, final int reg)",
"identifier": "doSET",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doSET(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doRESmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doSETmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx, final int y)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doIN_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUT_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx, final int y)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doOUT_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_RegP(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_mNN_RegP(final int ctx, final int p)",
"identifier": "doLD_mNN_RegP",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_mNN_RegP(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_RegP_mNN(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_RegP_mNN(final int ctx, final int p)",
"identifier": "doLD_RegP_mNN",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_RegP_mNN(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doNEG()",
"constructor": false,
"full_signature": "private void doNEG()",
"identifier": "doNEG",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNEG()",
"testcase": false
},
{
"class_method_signature": "Z80.doRETI(final int ctx)",
"constructor": false,
"full_signature": "private void doRETI(final int ctx)",
"identifier": "doRETI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETN(final int ctx)",
"constructor": false,
"full_signature": "private void doRETN(final int ctx)",
"identifier": "doRETN",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETN(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIM(final int y)",
"constructor": false,
"full_signature": "private void doIM(final int y)",
"identifier": "doIM",
"modifiers": "private",
"parameters": "(final int y)",
"return": "void",
"signature": "void doIM(final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_I_A()",
"constructor": false,
"full_signature": "private void doLD_I_A()",
"identifier": "doLD_I_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_I_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_R_A()",
"constructor": false,
"full_signature": "private void doLD_R_A()",
"identifier": "doLD_R_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_R_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_I()",
"constructor": false,
"full_signature": "private void doLD_A_I()",
"identifier": "doLD_A_I",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_I()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_R()",
"constructor": false,
"full_signature": "private void doLD_A_R()",
"identifier": "doLD_A_R",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_R()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRD(final int ctx)",
"constructor": false,
"full_signature": "private void doRRD(final int ctx)",
"identifier": "doRRD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRRD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLD(final int ctx)",
"constructor": false,
"full_signature": "private void doRLD(final int ctx)",
"identifier": "doRLD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRLD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private boolean doBLI(final int ctx, final int y, final int z)",
"identifier": "doBLI",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "boolean",
"signature": "boolean doBLI(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mBC(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mBC(final int ctx)",
"identifier": "doLD_A_mBC",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mBC(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDIR(final int ctx)",
"identifier": "doLDIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mDE(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mDE(final int ctx)",
"identifier": "doLD_A_mDE",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mDE(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPIR(final int ctx)",
"identifier": "doCPIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINI_IND(final int ctx, final boolean ini)",
"constructor": false,
"full_signature": "private void doINI_IND(final int ctx, final boolean ini)",
"identifier": "doINI_IND",
"modifiers": "private",
"parameters": "(final int ctx, final boolean ini)",
"return": "void",
"signature": "void doINI_IND(final int ctx, final boolean ini)",
"testcase": false
},
{
"class_method_signature": "Z80.doINIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINIR(final int ctx)",
"identifier": "doINIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINDR(final int ctx)",
"identifier": "doINDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDI(final int ctx)",
"constructor": false,
"full_signature": "private void doLDI(final int ctx)",
"identifier": "doLDI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTIR(final int ctx)",
"identifier": "doOTIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPI(final int ctx)",
"constructor": false,
"full_signature": "private void doCPI(final int ctx)",
"identifier": "doCPI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTDR(final int ctx)",
"identifier": "doOTDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDDR(final int ctx)",
"identifier": "doLDDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTI_OUTD(final int ctx, final boolean inc)",
"constructor": false,
"full_signature": "private void doOUTI_OUTD(final int ctx, final boolean inc)",
"identifier": "doOUTI_OUTD",
"modifiers": "private",
"parameters": "(final int ctx, final boolean inc)",
"return": "void",
"signature": "void doOUTI_OUTD(final int ctx, final boolean inc)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPDR(final int ctx)",
"identifier": "doCPDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.getStateAsString()",
"constructor": false,
"full_signature": "public String getStateAsString()",
"identifier": "getStateAsString",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getStateAsString()",
"testcase": false
},
{
"class_method_signature": "Z80.doReset()",
"constructor": false,
"full_signature": "public void doReset()",
"identifier": "doReset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void doReset()",
"testcase": false
},
{
"class_method_signature": "Z80.compareState(final Z80 other, final boolean compareExe)",
"constructor": false,
"full_signature": "public boolean compareState(final Z80 other, final boolean compareExe)",
"identifier": "compareState",
"modifiers": "public",
"parameters": "(final Z80 other, final boolean compareExe)",
"return": "boolean",
"signature": "boolean compareState(final Z80 other, final boolean compareExe)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDD(final int ctx)",
"constructor": false,
"full_signature": "private void doLDD(final int ctx)",
"identifier": "doLDD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPD(final int ctx)",
"constructor": false,
"full_signature": "private void doCPD(final int ctx)",
"identifier": "doCPD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPD(final int ctx)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public int getRegisterPair(final int regPair) {\n return this.getRegisterPair(regPair, false);\n }",
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"invocations": [
"getRegisterPair"
],
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 5,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 32104835,
"size": 23159,
"stargazer_count": 44,
"stars": null,
"updates": null,
"url": "https://github.com/raydac/zxpoly"
}
|
32104835_74
|
{
"fields": [],
"file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java",
"identifier": "Z80Test",
"interfaces": "",
"superclass": "extends AbstractZ80Test"
}
|
{
"body": "@Test\n public void testCommand_SBC_C() {\n final Z80State state = new Z80State();\n state.A = 0x29;\n state.C = 0x11;\n\n state.F = 0xFF;\n\n final Pair<Z80, Integer> cpu = executeCommand(state, 0x99);\n\n assertEquals(0x11, cpu.getLeft().getRegister(Z80.REG_C));\n assertEquals(0x17, cpu.getLeft().getRegister(Z80.REG_A));\n assertFlagsExcludeReserved(FLAG_N, cpu.getLeft().getRegister(Z80.REG_F) & 0xFF);\n\n assertEquals(4, cpu.getRight().intValue());\n }",
"class_method_signature": "Z80Test.testCommand_SBC_C()",
"constructor": false,
"full_signature": "@Test public void testCommand_SBC_C()",
"identifier": "testCommand_SBC_C",
"invocations": [
"executeCommand",
"assertEquals",
"getRegister",
"getLeft",
"assertEquals",
"getRegister",
"getLeft",
"assertFlagsExcludeReserved",
"getRegister",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_SBC_C()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
"modifier": "private",
"original_string": "private int q;",
"type": "int",
"var_name": "q"
},
{
"declarator": "lastQ",
"modifier": "private",
"original_string": "private int lastQ;",
"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
"constructor": false,
"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doRETByFlag(final int ctx, final int y)",
"identifier": "doRETByFlag",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doRETByFlag(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRET(final int ctx)",
"constructor": false,
"full_signature": "private void doRET(final int ctx)",
"identifier": "doRET",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRET(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPOPRegPair(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPOPRegPair(final int ctx, final int p)",
"identifier": "doPOPRegPair",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPOPRegPair(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doEXX()",
"constructor": false,
"full_signature": "private void doEXX()",
"identifier": "doEXX",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEXX()",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doJP_HL(final int ctx)",
"identifier": "doJP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_SP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_SP_HL(final int ctx)",
"identifier": "doLD_SP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_SP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_cc(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJP_cc(final int ctx, final int cc)",
"identifier": "doJP_cc",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJP_cc(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP(final int ctx)",
"constructor": false,
"full_signature": "private void doJP(final int ctx)",
"identifier": "doJP",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTnA(final int ctx)",
"constructor": false,
"full_signature": "private void doOUTnA(final int ctx)",
"identifier": "doOUTnA",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUTnA(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_A_n(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_A_n(final int ctx)",
"identifier": "doIN_A_n",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_A_n(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_mSP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doEX_mSP_HL(final int ctx)",
"identifier": "doEX_mSP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doEX_mSP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_DE_HL()",
"constructor": false,
"full_signature": "private void doEX_DE_HL()",
"identifier": "doEX_DE_HL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_DE_HL()",
"testcase": false
},
{
"class_method_signature": "Z80.doDI()",
"constructor": false,
"full_signature": "private void doDI()",
"identifier": "doDI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDI()",
"testcase": false
},
{
"class_method_signature": "Z80.doEI()",
"constructor": false,
"full_signature": "private void doEI()",
"identifier": "doEI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEI()",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx, final int y)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doCALL(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCALL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPUSH(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPUSH(final int ctx, final int p)",
"identifier": "doPUSH",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPUSH(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_Reg(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private void doALU_A_Reg(final int ctx, final int op, final int reg)",
"identifier": "doALU_A_Reg",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "void",
"signature": "void doALU_A_Reg(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_n(final int ctx, final int op)",
"constructor": false,
"full_signature": "private void doALU_A_n(final int ctx, final int op)",
"identifier": "doALU_A_n",
"modifiers": "private",
"parameters": "(final int ctx, final int op)",
"return": "void",
"signature": "void doALU_A_n(final int ctx, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80._aluAccumulatorOp(final int op, final int value)",
"constructor": false,
"full_signature": "private void _aluAccumulatorOp(final int op, final int value)",
"identifier": "_aluAccumulatorOp",
"modifiers": "private",
"parameters": "(final int op, final int value)",
"return": "void",
"signature": "void _aluAccumulatorOp(final int op, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doRST(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void doRST(final int ctx, final int address)",
"identifier": "doRST",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void doRST(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80.doRollShift(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private int doRollShift(final int ctx, final int op, final int reg)",
"identifier": "doRollShift",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "int",
"signature": "int doRollShift(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doROTmem_LDreg(final int ctx, final int reg, final int op)",
"constructor": false,
"full_signature": "private void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"identifier": "doROTmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int op)",
"return": "void",
"signature": "void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80.doBIT(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private void doBIT(final int ctx, final int bit, final int reg)",
"identifier": "doBIT",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "void",
"signature": "void doBIT(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRES(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doRES(final int ctx, final int bit, final int reg)",
"identifier": "doRES",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doRES(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doSET(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doSET(final int ctx, final int bit, final int reg)",
"identifier": "doSET",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doSET(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doRESmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doSETmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
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},
{
"class_method_signature": "Z80.doIN_C(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx)",
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},
{
"class_method_signature": "Z80.doIN_C(final int ctx, final int y)",
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},
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},
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"identifier": "doOUT_C",
"modifiers": "private",
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"return": "void",
"signature": "void doOUT_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_RegP(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_mNN_RegP(final int ctx, final int p)",
"identifier": "doLD_mNN_RegP",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_mNN_RegP(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_RegP_mNN(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_RegP_mNN(final int ctx, final int p)",
"identifier": "doLD_RegP_mNN",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_RegP_mNN(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doNEG()",
"constructor": false,
"full_signature": "private void doNEG()",
"identifier": "doNEG",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNEG()",
"testcase": false
},
{
"class_method_signature": "Z80.doRETI(final int ctx)",
"constructor": false,
"full_signature": "private void doRETI(final int ctx)",
"identifier": "doRETI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETN(final int ctx)",
"constructor": false,
"full_signature": "private void doRETN(final int ctx)",
"identifier": "doRETN",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETN(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIM(final int y)",
"constructor": false,
"full_signature": "private void doIM(final int y)",
"identifier": "doIM",
"modifiers": "private",
"parameters": "(final int y)",
"return": "void",
"signature": "void doIM(final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_I_A()",
"constructor": false,
"full_signature": "private void doLD_I_A()",
"identifier": "doLD_I_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_I_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_R_A()",
"constructor": false,
"full_signature": "private void doLD_R_A()",
"identifier": "doLD_R_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_R_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_I()",
"constructor": false,
"full_signature": "private void doLD_A_I()",
"identifier": "doLD_A_I",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_I()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_R()",
"constructor": false,
"full_signature": "private void doLD_A_R()",
"identifier": "doLD_A_R",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_R()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRD(final int ctx)",
"constructor": false,
"full_signature": "private void doRRD(final int ctx)",
"identifier": "doRRD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRRD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLD(final int ctx)",
"constructor": false,
"full_signature": "private void doRLD(final int ctx)",
"identifier": "doRLD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRLD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private boolean doBLI(final int ctx, final int y, final int z)",
"identifier": "doBLI",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "boolean",
"signature": "boolean doBLI(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mBC(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mBC(final int ctx)",
"identifier": "doLD_A_mBC",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mBC(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDIR(final int ctx)",
"identifier": "doLDIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mDE(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mDE(final int ctx)",
"identifier": "doLD_A_mDE",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mDE(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPIR(final int ctx)",
"identifier": "doCPIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINI_IND(final int ctx, final boolean ini)",
"constructor": false,
"full_signature": "private void doINI_IND(final int ctx, final boolean ini)",
"identifier": "doINI_IND",
"modifiers": "private",
"parameters": "(final int ctx, final boolean ini)",
"return": "void",
"signature": "void doINI_IND(final int ctx, final boolean ini)",
"testcase": false
},
{
"class_method_signature": "Z80.doINIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINIR(final int ctx)",
"identifier": "doINIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINDR(final int ctx)",
"identifier": "doINDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDI(final int ctx)",
"constructor": false,
"full_signature": "private void doLDI(final int ctx)",
"identifier": "doLDI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTIR(final int ctx)",
"identifier": "doOTIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPI(final int ctx)",
"constructor": false,
"full_signature": "private void doCPI(final int ctx)",
"identifier": "doCPI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTDR(final int ctx)",
"identifier": "doOTDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDDR(final int ctx)",
"identifier": "doLDDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTI_OUTD(final int ctx, final boolean inc)",
"constructor": false,
"full_signature": "private void doOUTI_OUTD(final int ctx, final boolean inc)",
"identifier": "doOUTI_OUTD",
"modifiers": "private",
"parameters": "(final int ctx, final boolean inc)",
"return": "void",
"signature": "void doOUTI_OUTD(final int ctx, final boolean inc)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPDR(final int ctx)",
"identifier": "doCPDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.getStateAsString()",
"constructor": false,
"full_signature": "public String getStateAsString()",
"identifier": "getStateAsString",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getStateAsString()",
"testcase": false
},
{
"class_method_signature": "Z80.doReset()",
"constructor": false,
"full_signature": "public void doReset()",
"identifier": "doReset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void doReset()",
"testcase": false
},
{
"class_method_signature": "Z80.compareState(final Z80 other, final boolean compareExe)",
"constructor": false,
"full_signature": "public boolean compareState(final Z80 other, final boolean compareExe)",
"identifier": "compareState",
"modifiers": "public",
"parameters": "(final Z80 other, final boolean compareExe)",
"return": "boolean",
"signature": "boolean compareState(final Z80 other, final boolean compareExe)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDD(final int ctx)",
"constructor": false,
"full_signature": "private void doLDD(final int ctx)",
"identifier": "doLDD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPD(final int ctx)",
"constructor": false,
"full_signature": "private void doCPD(final int ctx)",
"identifier": "doCPD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPD(final int ctx)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }",
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"invocations": [
"getRegister"
],
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 5,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 32104835,
"size": 23159,
"stargazer_count": 44,
"stars": null,
"updates": null,
"url": "https://github.com/raydac/zxpoly"
}
|
32104835_230
|
{
"fields": [],
"file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java",
"identifier": "Z80Test",
"interfaces": "",
"superclass": "extends AbstractZ80Test"
}
|
{
"body": "@Test\n public void testCommand_LD_IYl_nn() {\n final Z80State state = new Z80State();\n state.IY = 0xFFFF;\n final Pair<Z80, Integer> cpu = executeCommand(state, 0xFD, 0x2E, 0x12);\n assertEquals(0xFF12, cpu.getLeft().getRegister(Z80.REG_IY));\n assertFlagsNotChanged(state, cpu.getLeft());\n assertEquals(11, cpu.getRight().intValue());\n }",
"class_method_signature": "Z80Test.testCommand_LD_IYl_nn()",
"constructor": false,
"full_signature": "@Test public void testCommand_LD_IYl_nn()",
"identifier": "testCommand_LD_IYl_nn",
"invocations": [
"executeCommand",
"assertEquals",
"getRegister",
"getLeft",
"assertFlagsNotChanged",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_LD_IYl_nn()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
"modifier": "private",
"original_string": "private int q;",
"type": "int",
"var_name": "q"
},
{
"declarator": "lastQ",
"modifier": "private",
"original_string": "private int lastQ;",
"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
"constructor": false,
"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doRETByFlag(final int ctx, final int y)",
"identifier": "doRETByFlag",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doRETByFlag(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRET(final int ctx)",
"constructor": false,
"full_signature": "private void doRET(final int ctx)",
"identifier": "doRET",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRET(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPOPRegPair(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPOPRegPair(final int ctx, final int p)",
"identifier": "doPOPRegPair",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPOPRegPair(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doEXX()",
"constructor": false,
"full_signature": "private void doEXX()",
"identifier": "doEXX",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEXX()",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doJP_HL(final int ctx)",
"identifier": "doJP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_SP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_SP_HL(final int ctx)",
"identifier": "doLD_SP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_SP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_cc(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJP_cc(final int ctx, final int cc)",
"identifier": "doJP_cc",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJP_cc(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP(final int ctx)",
"constructor": false,
"full_signature": "private void doJP(final int ctx)",
"identifier": "doJP",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTnA(final int ctx)",
"constructor": false,
"full_signature": "private void doOUTnA(final int ctx)",
"identifier": "doOUTnA",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUTnA(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_A_n(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_A_n(final int ctx)",
"identifier": "doIN_A_n",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_A_n(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_mSP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doEX_mSP_HL(final int ctx)",
"identifier": "doEX_mSP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doEX_mSP_HL(final int ctx)",
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"modifiers": "private",
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"testcase": false
},
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"constructor": false,
"full_signature": "private void doLD_mNN_RegP(final int ctx, final int p)",
"identifier": "doLD_mNN_RegP",
"modifiers": "private",
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"return": "void",
"signature": "void doLD_mNN_RegP(final int ctx, final int p)",
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},
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"constructor": false,
"full_signature": "private void doLD_RegP_mNN(final int ctx, final int p)",
"identifier": "doLD_RegP_mNN",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_RegP_mNN(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doNEG()",
"constructor": false,
"full_signature": "private void doNEG()",
"identifier": "doNEG",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNEG()",
"testcase": false
},
{
"class_method_signature": "Z80.doRETI(final int ctx)",
"constructor": false,
"full_signature": "private void doRETI(final int ctx)",
"identifier": "doRETI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETN(final int ctx)",
"constructor": false,
"full_signature": "private void doRETN(final int ctx)",
"identifier": "doRETN",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETN(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIM(final int y)",
"constructor": false,
"full_signature": "private void doIM(final int y)",
"identifier": "doIM",
"modifiers": "private",
"parameters": "(final int y)",
"return": "void",
"signature": "void doIM(final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_I_A()",
"constructor": false,
"full_signature": "private void doLD_I_A()",
"identifier": "doLD_I_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_I_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_R_A()",
"constructor": false,
"full_signature": "private void doLD_R_A()",
"identifier": "doLD_R_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_R_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_I()",
"constructor": false,
"full_signature": "private void doLD_A_I()",
"identifier": "doLD_A_I",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_I()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_R()",
"constructor": false,
"full_signature": "private void doLD_A_R()",
"identifier": "doLD_A_R",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_R()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRD(final int ctx)",
"constructor": false,
"full_signature": "private void doRRD(final int ctx)",
"identifier": "doRRD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRRD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLD(final int ctx)",
"constructor": false,
"full_signature": "private void doRLD(final int ctx)",
"identifier": "doRLD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRLD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private boolean doBLI(final int ctx, final int y, final int z)",
"identifier": "doBLI",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "boolean",
"signature": "boolean doBLI(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mBC(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mBC(final int ctx)",
"identifier": "doLD_A_mBC",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mBC(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDIR(final int ctx)",
"identifier": "doLDIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mDE(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mDE(final int ctx)",
"identifier": "doLD_A_mDE",
"modifiers": "private",
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"signature": "void doLD_A_mDE(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPIR(final int ctx)",
"identifier": "doCPIR",
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"return": "boolean",
"signature": "boolean doCPIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINI_IND(final int ctx, final boolean ini)",
"constructor": false,
"full_signature": "private void doINI_IND(final int ctx, final boolean ini)",
"identifier": "doINI_IND",
"modifiers": "private",
"parameters": "(final int ctx, final boolean ini)",
"return": "void",
"signature": "void doINI_IND(final int ctx, final boolean ini)",
"testcase": false
},
{
"class_method_signature": "Z80.doINIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINIR(final int ctx)",
"identifier": "doINIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINDR(final int ctx)",
"identifier": "doINDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDI(final int ctx)",
"constructor": false,
"full_signature": "private void doLDI(final int ctx)",
"identifier": "doLDI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTIR(final int ctx)",
"identifier": "doOTIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPI(final int ctx)",
"constructor": false,
"full_signature": "private void doCPI(final int ctx)",
"identifier": "doCPI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTDR(final int ctx)",
"identifier": "doOTDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDDR(final int ctx)",
"identifier": "doLDDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTI_OUTD(final int ctx, final boolean inc)",
"constructor": false,
"full_signature": "private void doOUTI_OUTD(final int ctx, final boolean inc)",
"identifier": "doOUTI_OUTD",
"modifiers": "private",
"parameters": "(final int ctx, final boolean inc)",
"return": "void",
"signature": "void doOUTI_OUTD(final int ctx, final boolean inc)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPDR(final int ctx)",
"identifier": "doCPDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.getStateAsString()",
"constructor": false,
"full_signature": "public String getStateAsString()",
"identifier": "getStateAsString",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getStateAsString()",
"testcase": false
},
{
"class_method_signature": "Z80.doReset()",
"constructor": false,
"full_signature": "public void doReset()",
"identifier": "doReset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void doReset()",
"testcase": false
},
{
"class_method_signature": "Z80.compareState(final Z80 other, final boolean compareExe)",
"constructor": false,
"full_signature": "public boolean compareState(final Z80 other, final boolean compareExe)",
"identifier": "compareState",
"modifiers": "public",
"parameters": "(final Z80 other, final boolean compareExe)",
"return": "boolean",
"signature": "boolean compareState(final Z80 other, final boolean compareExe)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDD(final int ctx)",
"constructor": false,
"full_signature": "private void doLDD(final int ctx)",
"identifier": "doLDD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPD(final int ctx)",
"constructor": false,
"full_signature": "private void doCPD(final int ctx)",
"identifier": "doCPD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPD(final int ctx)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }",
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"invocations": [
"getRegister"
],
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 5,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 32104835,
"size": 23159,
"stargazer_count": 44,
"stars": null,
"updates": null,
"url": "https://github.com/raydac/zxpoly"
}
|
32104835_23
|
{
"fields": [],
"file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java",
"identifier": "Z80Test",
"interfaces": "",
"superclass": "extends AbstractZ80Test"
}
|
{
"body": "@Test\n public void testCommand_LD_mNN_A() {\n final Z80State state = new Z80State();\n state.A = 0x48;\n state.D = 0x12;\n state.E = 0x34;\n this.memory[0x1234] = 0x33;\n final Pair<Z80, Integer> cpu = executeCommand(state, 0x32, 0x34, 0x12);\n assertEquals(0x48, cpu.getLeft().getRegister(Z80.REG_A));\n assertEquals(0x48, this.memory[0x1234]);\n assertFlagsNotChanged(state, cpu.getLeft());\n assertEquals(13, cpu.getRight().intValue());\n }",
"class_method_signature": "Z80Test.testCommand_LD_mNN_A()",
"constructor": false,
"full_signature": "@Test public void testCommand_LD_mNN_A()",
"identifier": "testCommand_LD_mNN_A",
"invocations": [
"executeCommand",
"assertEquals",
"getRegister",
"getLeft",
"assertEquals",
"assertFlagsNotChanged",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_LD_mNN_A()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
"modifier": "private",
"original_string": "private int q;",
"type": "int",
"var_name": "q"
},
{
"declarator": "lastQ",
"modifier": "private",
"original_string": "private int lastQ;",
"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
"constructor": false,
"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doRETByFlag(final int ctx, final int y)",
"identifier": "doRETByFlag",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doRETByFlag(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRET(final int ctx)",
"constructor": false,
"full_signature": "private void doRET(final int ctx)",
"identifier": "doRET",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRET(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPOPRegPair(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPOPRegPair(final int ctx, final int p)",
"identifier": "doPOPRegPair",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPOPRegPair(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doEXX()",
"constructor": false,
"full_signature": "private void doEXX()",
"identifier": "doEXX",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEXX()",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doJP_HL(final int ctx)",
"identifier": "doJP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_SP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_SP_HL(final int ctx)",
"identifier": "doLD_SP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_SP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_cc(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJP_cc(final int ctx, final int cc)",
"identifier": "doJP_cc",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJP_cc(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP(final int ctx)",
"constructor": false,
"full_signature": "private void doJP(final int ctx)",
"identifier": "doJP",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTnA(final int ctx)",
"constructor": false,
"full_signature": "private void doOUTnA(final int ctx)",
"identifier": "doOUTnA",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUTnA(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_A_n(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_A_n(final int ctx)",
"identifier": "doIN_A_n",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_A_n(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_mSP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doEX_mSP_HL(final int ctx)",
"identifier": "doEX_mSP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doEX_mSP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_DE_HL()",
"constructor": false,
"full_signature": "private void doEX_DE_HL()",
"identifier": "doEX_DE_HL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_DE_HL()",
"testcase": false
},
{
"class_method_signature": "Z80.doDI()",
"constructor": false,
"full_signature": "private void doDI()",
"identifier": "doDI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDI()",
"testcase": false
},
{
"class_method_signature": "Z80.doEI()",
"constructor": false,
"full_signature": "private void doEI()",
"identifier": "doEI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEI()",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx, final int y)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doCALL(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCALL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPUSH(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPUSH(final int ctx, final int p)",
"identifier": "doPUSH",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPUSH(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_Reg(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private void doALU_A_Reg(final int ctx, final int op, final int reg)",
"identifier": "doALU_A_Reg",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "void",
"signature": "void doALU_A_Reg(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_n(final int ctx, final int op)",
"constructor": false,
"full_signature": "private void doALU_A_n(final int ctx, final int op)",
"identifier": "doALU_A_n",
"modifiers": "private",
"parameters": "(final int ctx, final int op)",
"return": "void",
"signature": "void doALU_A_n(final int ctx, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80._aluAccumulatorOp(final int op, final int value)",
"constructor": false,
"full_signature": "private void _aluAccumulatorOp(final int op, final int value)",
"identifier": "_aluAccumulatorOp",
"modifiers": "private",
"parameters": "(final int op, final int value)",
"return": "void",
"signature": "void _aluAccumulatorOp(final int op, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doRST(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void doRST(final int ctx, final int address)",
"identifier": "doRST",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void doRST(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80.doRollShift(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private int doRollShift(final int ctx, final int op, final int reg)",
"identifier": "doRollShift",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "int",
"signature": "int doRollShift(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doROTmem_LDreg(final int ctx, final int reg, final int op)",
"constructor": false,
"full_signature": "private void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"identifier": "doROTmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int op)",
"return": "void",
"signature": "void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80.doBIT(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private void doBIT(final int ctx, final int bit, final int reg)",
"identifier": "doBIT",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "void",
"signature": "void doBIT(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRES(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doRES(final int ctx, final int bit, final int reg)",
"identifier": "doRES",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doRES(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doSET(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doSET(final int ctx, final int bit, final int reg)",
"identifier": "doSET",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doSET(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doRESmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doSETmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx, final int y)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doIN_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUT_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx, final int y)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doOUT_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_RegP(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_mNN_RegP(final int ctx, final int p)",
"identifier": "doLD_mNN_RegP",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_mNN_RegP(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_RegP_mNN(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_RegP_mNN(final int ctx, final int p)",
"identifier": "doLD_RegP_mNN",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_RegP_mNN(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doNEG()",
"constructor": false,
"full_signature": "private void doNEG()",
"identifier": "doNEG",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNEG()",
"testcase": false
},
{
"class_method_signature": "Z80.doRETI(final int ctx)",
"constructor": false,
"full_signature": "private void doRETI(final int ctx)",
"identifier": "doRETI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETN(final int ctx)",
"constructor": false,
"full_signature": "private void doRETN(final int ctx)",
"identifier": "doRETN",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETN(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIM(final int y)",
"constructor": false,
"full_signature": "private void doIM(final int y)",
"identifier": "doIM",
"modifiers": "private",
"parameters": "(final int y)",
"return": "void",
"signature": "void doIM(final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_I_A()",
"constructor": false,
"full_signature": "private void doLD_I_A()",
"identifier": "doLD_I_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_I_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_R_A()",
"constructor": false,
"full_signature": "private void doLD_R_A()",
"identifier": "doLD_R_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_R_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_I()",
"constructor": false,
"full_signature": "private void doLD_A_I()",
"identifier": "doLD_A_I",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_I()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_R()",
"constructor": false,
"full_signature": "private void doLD_A_R()",
"identifier": "doLD_A_R",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_R()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRD(final int ctx)",
"constructor": false,
"full_signature": "private void doRRD(final int ctx)",
"identifier": "doRRD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRRD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLD(final int ctx)",
"constructor": false,
"full_signature": "private void doRLD(final int ctx)",
"identifier": "doRLD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRLD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private boolean doBLI(final int ctx, final int y, final int z)",
"identifier": "doBLI",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "boolean",
"signature": "boolean doBLI(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mBC(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mBC(final int ctx)",
"identifier": "doLD_A_mBC",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mBC(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDIR(final int ctx)",
"identifier": "doLDIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mDE(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mDE(final int ctx)",
"identifier": "doLD_A_mDE",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mDE(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPIR(final int ctx)",
"identifier": "doCPIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINI_IND(final int ctx, final boolean ini)",
"constructor": false,
"full_signature": "private void doINI_IND(final int ctx, final boolean ini)",
"identifier": "doINI_IND",
"modifiers": "private",
"parameters": "(final int ctx, final boolean ini)",
"return": "void",
"signature": "void doINI_IND(final int ctx, final boolean ini)",
"testcase": false
},
{
"class_method_signature": "Z80.doINIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINIR(final int ctx)",
"identifier": "doINIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINDR(final int ctx)",
"identifier": "doINDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDI(final int ctx)",
"constructor": false,
"full_signature": "private void doLDI(final int ctx)",
"identifier": "doLDI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTIR(final int ctx)",
"identifier": "doOTIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPI(final int ctx)",
"constructor": false,
"full_signature": "private void doCPI(final int ctx)",
"identifier": "doCPI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTDR(final int ctx)",
"identifier": "doOTDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDDR(final int ctx)",
"identifier": "doLDDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTI_OUTD(final int ctx, final boolean inc)",
"constructor": false,
"full_signature": "private void doOUTI_OUTD(final int ctx, final boolean inc)",
"identifier": "doOUTI_OUTD",
"modifiers": "private",
"parameters": "(final int ctx, final boolean inc)",
"return": "void",
"signature": "void doOUTI_OUTD(final int ctx, final boolean inc)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPDR(final int ctx)",
"identifier": "doCPDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.getStateAsString()",
"constructor": false,
"full_signature": "public String getStateAsString()",
"identifier": "getStateAsString",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getStateAsString()",
"testcase": false
},
{
"class_method_signature": "Z80.doReset()",
"constructor": false,
"full_signature": "public void doReset()",
"identifier": "doReset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void doReset()",
"testcase": false
},
{
"class_method_signature": "Z80.compareState(final Z80 other, final boolean compareExe)",
"constructor": false,
"full_signature": "public boolean compareState(final Z80 other, final boolean compareExe)",
"identifier": "compareState",
"modifiers": "public",
"parameters": "(final Z80 other, final boolean compareExe)",
"return": "boolean",
"signature": "boolean compareState(final Z80 other, final boolean compareExe)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDD(final int ctx)",
"constructor": false,
"full_signature": "private void doLDD(final int ctx)",
"identifier": "doLDD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPD(final int ctx)",
"constructor": false,
"full_signature": "private void doCPD(final int ctx)",
"identifier": "doCPD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPD(final int ctx)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }",
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"invocations": [
"getRegister"
],
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 5,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 32104835,
"size": 23159,
"stargazer_count": 44,
"stars": null,
"updates": null,
"url": "https://github.com/raydac/zxpoly"
}
|
32104835_54
|
{
"fields": [],
"file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java",
"identifier": "Z80Test",
"interfaces": "",
"superclass": "extends AbstractZ80Test"
}
|
{
"body": "@Test\n public void testCommand_EXX() {\n final Z80State state = new Z80State();\n state.A = 1;\n state.F = 3;\n state.B = 0x10;\n state.C = 0x20;\n state.D = 0x30;\n state.E = 0x40;\n state.H = 0x50;\n state.L = 0x60;\n state.IX = 0x61;\n state.IY = 0x62;\n state.WZ = 0x1234;\n\n state.altA = 2;\n state.altF = 5;\n state.altB = 0x70;\n state.altC = 0x80;\n state.altD = 0x90;\n state.altE = 0xA0;\n state.altH = 0xB0;\n state.altL = 0xC0;\n state.altWZ = 0x4321;\n\n final Pair<Z80, Integer> cpu = executeCommand(state, 0xD9);\n assertEquals(0x70, cpu.getLeft().getRegister(Z80.REG_B));\n assertEquals(0x80, cpu.getLeft().getRegister(Z80.REG_C));\n assertEquals(0x90, cpu.getLeft().getRegister(Z80.REG_D));\n assertEquals(0xA0, cpu.getLeft().getRegister(Z80.REG_E));\n assertEquals(0xB0, cpu.getLeft().getRegister(Z80.REG_H));\n assertEquals(0xC0, cpu.getLeft().getRegister(Z80.REG_L));\n assertEquals(0x61, cpu.getLeft().getRegister(Z80.REG_IX));\n assertEquals(0x62, cpu.getLeft().getRegister(Z80.REG_IY));\n assertEquals(1, cpu.getLeft().getRegister(Z80.REG_A));\n assertEquals(3, cpu.getLeft().getRegister(Z80.REG_F));\n assertEquals(0x10, cpu.getLeft().getRegister(Z80.REG_B, true));\n assertEquals(0x20, cpu.getLeft().getRegister(Z80.REG_C, true));\n assertEquals(0x30, cpu.getLeft().getRegister(Z80.REG_D, true));\n assertEquals(0x40, cpu.getLeft().getRegister(Z80.REG_E, true));\n assertEquals(0x50, cpu.getLeft().getRegister(Z80.REG_H, true));\n assertEquals(0x60, cpu.getLeft().getRegister(Z80.REG_L, true));\n assertEquals(2, cpu.getLeft().getRegister(Z80.REG_A, true));\n assertEquals(5, cpu.getLeft().getRegister(Z80.REG_F, true));\n assertEquals(4, cpu.getRight().intValue());\n }",
"class_method_signature": "Z80Test.testCommand_EXX()",
"constructor": false,
"full_signature": "@Test public void testCommand_EXX()",
"identifier": "testCommand_EXX",
"invocations": [
"executeCommand",
"assertEquals",
"getRegister",
"getLeft",
"assertEquals",
"getRegister",
"getLeft",
"assertEquals",
"getRegister",
"getLeft",
"assertEquals",
"getRegister",
"getLeft",
"assertEquals",
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"getLeft",
"assertEquals",
"getRegister",
"getLeft",
"assertEquals",
"getRegister",
"getLeft",
"assertEquals",
"getRegister",
"getLeft",
"assertEquals",
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"getLeft",
"assertEquals",
"getRegister",
"getLeft",
"assertEquals",
"getRegister",
"getLeft",
"assertEquals",
"getRegister",
"getLeft",
"assertEquals",
"getRegister",
"getLeft",
"assertEquals",
"getRegister",
"getLeft",
"assertEquals",
"getRegister",
"getLeft",
"assertEquals",
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"getLeft",
"assertEquals",
"getRegister",
"getLeft",
"assertEquals",
"getRegister",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_EXX()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
"modifier": "private",
"original_string": "private int q;",
"type": "int",
"var_name": "q"
},
{
"declarator": "lastQ",
"modifier": "private",
"original_string": "private int lastQ;",
"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
"constructor": false,
"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doRETByFlag(final int ctx, final int y)",
"identifier": "doRETByFlag",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doRETByFlag(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRET(final int ctx)",
"constructor": false,
"full_signature": "private void doRET(final int ctx)",
"identifier": "doRET",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRET(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPOPRegPair(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPOPRegPair(final int ctx, final int p)",
"identifier": "doPOPRegPair",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPOPRegPair(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doEXX()",
"constructor": false,
"full_signature": "private void doEXX()",
"identifier": "doEXX",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEXX()",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doJP_HL(final int ctx)",
"identifier": "doJP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_SP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_SP_HL(final int ctx)",
"identifier": "doLD_SP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_SP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_cc(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJP_cc(final int ctx, final int cc)",
"identifier": "doJP_cc",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJP_cc(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP(final int ctx)",
"constructor": false,
"full_signature": "private void doJP(final int ctx)",
"identifier": "doJP",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTnA(final int ctx)",
"constructor": false,
"full_signature": "private void doOUTnA(final int ctx)",
"identifier": "doOUTnA",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUTnA(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_A_n(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_A_n(final int ctx)",
"identifier": "doIN_A_n",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_A_n(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_mSP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doEX_mSP_HL(final int ctx)",
"identifier": "doEX_mSP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doEX_mSP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_DE_HL()",
"constructor": false,
"full_signature": "private void doEX_DE_HL()",
"identifier": "doEX_DE_HL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_DE_HL()",
"testcase": false
},
{
"class_method_signature": "Z80.doDI()",
"constructor": false,
"full_signature": "private void doDI()",
"identifier": "doDI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDI()",
"testcase": false
},
{
"class_method_signature": "Z80.doEI()",
"constructor": false,
"full_signature": "private void doEI()",
"identifier": "doEI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEI()",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx, final int y)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doCALL(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCALL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPUSH(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPUSH(final int ctx, final int p)",
"identifier": "doPUSH",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPUSH(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_Reg(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private void doALU_A_Reg(final int ctx, final int op, final int reg)",
"identifier": "doALU_A_Reg",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "void",
"signature": "void doALU_A_Reg(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_n(final int ctx, final int op)",
"constructor": false,
"full_signature": "private void doALU_A_n(final int ctx, final int op)",
"identifier": "doALU_A_n",
"modifiers": "private",
"parameters": "(final int ctx, final int op)",
"return": "void",
"signature": "void doALU_A_n(final int ctx, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80._aluAccumulatorOp(final int op, final int value)",
"constructor": false,
"full_signature": "private void _aluAccumulatorOp(final int op, final int value)",
"identifier": "_aluAccumulatorOp",
"modifiers": "private",
"parameters": "(final int op, final int value)",
"return": "void",
"signature": "void _aluAccumulatorOp(final int op, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doRST(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void doRST(final int ctx, final int address)",
"identifier": "doRST",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void doRST(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80.doRollShift(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private int doRollShift(final int ctx, final int op, final int reg)",
"identifier": "doRollShift",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "int",
"signature": "int doRollShift(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doROTmem_LDreg(final int ctx, final int reg, final int op)",
"constructor": false,
"full_signature": "private void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"identifier": "doROTmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int op)",
"return": "void",
"signature": "void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80.doBIT(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private void doBIT(final int ctx, final int bit, final int reg)",
"identifier": "doBIT",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "void",
"signature": "void doBIT(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRES(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doRES(final int ctx, final int bit, final int reg)",
"identifier": "doRES",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doRES(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doSET(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doSET(final int ctx, final int bit, final int reg)",
"identifier": "doSET",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doSET(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doRESmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doSETmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx, final int y)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doIN_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUT_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx, final int y)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doOUT_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_RegP(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_mNN_RegP(final int ctx, final int p)",
"identifier": "doLD_mNN_RegP",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_mNN_RegP(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_RegP_mNN(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_RegP_mNN(final int ctx, final int p)",
"identifier": "doLD_RegP_mNN",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_RegP_mNN(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doNEG()",
"constructor": false,
"full_signature": "private void doNEG()",
"identifier": "doNEG",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNEG()",
"testcase": false
},
{
"class_method_signature": "Z80.doRETI(final int ctx)",
"constructor": false,
"full_signature": "private void doRETI(final int ctx)",
"identifier": "doRETI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETN(final int ctx)",
"constructor": false,
"full_signature": "private void doRETN(final int ctx)",
"identifier": "doRETN",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETN(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIM(final int y)",
"constructor": false,
"full_signature": "private void doIM(final int y)",
"identifier": "doIM",
"modifiers": "private",
"parameters": "(final int y)",
"return": "void",
"signature": "void doIM(final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_I_A()",
"constructor": false,
"full_signature": "private void doLD_I_A()",
"identifier": "doLD_I_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_I_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_R_A()",
"constructor": false,
"full_signature": "private void doLD_R_A()",
"identifier": "doLD_R_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_R_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_I()",
"constructor": false,
"full_signature": "private void doLD_A_I()",
"identifier": "doLD_A_I",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_I()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_R()",
"constructor": false,
"full_signature": "private void doLD_A_R()",
"identifier": "doLD_A_R",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_R()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRD(final int ctx)",
"constructor": false,
"full_signature": "private void doRRD(final int ctx)",
"identifier": "doRRD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRRD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLD(final int ctx)",
"constructor": false,
"full_signature": "private void doRLD(final int ctx)",
"identifier": "doRLD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRLD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private boolean doBLI(final int ctx, final int y, final int z)",
"identifier": "doBLI",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "boolean",
"signature": "boolean doBLI(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mBC(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mBC(final int ctx)",
"identifier": "doLD_A_mBC",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mBC(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDIR(final int ctx)",
"identifier": "doLDIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mDE(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mDE(final int ctx)",
"identifier": "doLD_A_mDE",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mDE(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPIR(final int ctx)",
"identifier": "doCPIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINI_IND(final int ctx, final boolean ini)",
"constructor": false,
"full_signature": "private void doINI_IND(final int ctx, final boolean ini)",
"identifier": "doINI_IND",
"modifiers": "private",
"parameters": "(final int ctx, final boolean ini)",
"return": "void",
"signature": "void doINI_IND(final int ctx, final boolean ini)",
"testcase": false
},
{
"class_method_signature": "Z80.doINIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINIR(final int ctx)",
"identifier": "doINIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINDR(final int ctx)",
"identifier": "doINDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDI(final int ctx)",
"constructor": false,
"full_signature": "private void doLDI(final int ctx)",
"identifier": "doLDI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTIR(final int ctx)",
"identifier": "doOTIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPI(final int ctx)",
"constructor": false,
"full_signature": "private void doCPI(final int ctx)",
"identifier": "doCPI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTDR(final int ctx)",
"identifier": "doOTDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDDR(final int ctx)",
"identifier": "doLDDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTI_OUTD(final int ctx, final boolean inc)",
"constructor": false,
"full_signature": "private void doOUTI_OUTD(final int ctx, final boolean inc)",
"identifier": "doOUTI_OUTD",
"modifiers": "private",
"parameters": "(final int ctx, final boolean inc)",
"return": "void",
"signature": "void doOUTI_OUTD(final int ctx, final boolean inc)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPDR(final int ctx)",
"identifier": "doCPDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.getStateAsString()",
"constructor": false,
"full_signature": "public String getStateAsString()",
"identifier": "getStateAsString",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getStateAsString()",
"testcase": false
},
{
"class_method_signature": "Z80.doReset()",
"constructor": false,
"full_signature": "public void doReset()",
"identifier": "doReset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void doReset()",
"testcase": false
},
{
"class_method_signature": "Z80.compareState(final Z80 other, final boolean compareExe)",
"constructor": false,
"full_signature": "public boolean compareState(final Z80 other, final boolean compareExe)",
"identifier": "compareState",
"modifiers": "public",
"parameters": "(final Z80 other, final boolean compareExe)",
"return": "boolean",
"signature": "boolean compareState(final Z80 other, final boolean compareExe)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDD(final int ctx)",
"constructor": false,
"full_signature": "private void doLDD(final int ctx)",
"identifier": "doLDD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPD(final int ctx)",
"constructor": false,
"full_signature": "private void doCPD(final int ctx)",
"identifier": "doCPD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPD(final int ctx)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }",
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"invocations": [
"getRegister"
],
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 5,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 32104835,
"size": 23159,
"stargazer_count": 44,
"stars": null,
"updates": null,
"url": "https://github.com/raydac/zxpoly"
}
|
32104835_210
|
{
"fields": [],
"file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java",
"identifier": "Z80Test",
"interfaces": "",
"superclass": "extends AbstractZ80Test"
}
|
{
"body": "@Test\n public void testCommand_JP_rHL() {\n final Z80State state = new Z80State();\n\n state.H = 0x12;\n state.L = 0x34;\n\n final Pair<Z80, Integer> cpu = executeCommand(state, false, 0xE9);\n\n assertEquals(0x1234, cpu.getLeft().getRegister(Z80.REG_PC));\n assertFlagsNotChanged(state, cpu.getLeft());\n\n assertEquals(4, cpu.getRight().intValue());\n }",
"class_method_signature": "Z80Test.testCommand_JP_rHL()",
"constructor": false,
"full_signature": "@Test public void testCommand_JP_rHL()",
"identifier": "testCommand_JP_rHL",
"invocations": [
"executeCommand",
"assertEquals",
"getRegister",
"getLeft",
"assertFlagsNotChanged",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_JP_rHL()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
"modifier": "private",
"original_string": "private int q;",
"type": "int",
"var_name": "q"
},
{
"declarator": "lastQ",
"modifier": "private",
"original_string": "private int lastQ;",
"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
"constructor": false,
"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doRETByFlag(final int ctx, final int y)",
"identifier": "doRETByFlag",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doRETByFlag(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRET(final int ctx)",
"constructor": false,
"full_signature": "private void doRET(final int ctx)",
"identifier": "doRET",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRET(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPOPRegPair(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPOPRegPair(final int ctx, final int p)",
"identifier": "doPOPRegPair",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPOPRegPair(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doEXX()",
"constructor": false,
"full_signature": "private void doEXX()",
"identifier": "doEXX",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEXX()",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doJP_HL(final int ctx)",
"identifier": "doJP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_SP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_SP_HL(final int ctx)",
"identifier": "doLD_SP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_SP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_cc(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJP_cc(final int ctx, final int cc)",
"identifier": "doJP_cc",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJP_cc(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP(final int ctx)",
"constructor": false,
"full_signature": "private void doJP(final int ctx)",
"identifier": "doJP",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTnA(final int ctx)",
"constructor": false,
"full_signature": "private void doOUTnA(final int ctx)",
"identifier": "doOUTnA",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUTnA(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_A_n(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_A_n(final int ctx)",
"identifier": "doIN_A_n",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_A_n(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_mSP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doEX_mSP_HL(final int ctx)",
"identifier": "doEX_mSP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doEX_mSP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_DE_HL()",
"constructor": false,
"full_signature": "private void doEX_DE_HL()",
"identifier": "doEX_DE_HL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_DE_HL()",
"testcase": false
},
{
"class_method_signature": "Z80.doDI()",
"constructor": false,
"full_signature": "private void doDI()",
"identifier": "doDI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDI()",
"testcase": false
},
{
"class_method_signature": "Z80.doEI()",
"constructor": false,
"full_signature": "private void doEI()",
"identifier": "doEI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEI()",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx, final int y)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doCALL(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx)",
"constructor": false,
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"testcase": false
},
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"class_method_signature": "Z80.doSETmem_LDreg(final int ctx, final int reg, final int bit)",
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"identifier": "doSETmem_LDreg",
"modifiers": "private",
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"return": "void",
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},
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"class_method_signature": "Z80.doIN_C(final int ctx, final int y)",
"constructor": false,
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},
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},
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"class_method_signature": "Z80.doOUT_C(final int ctx, final int y)",
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"modifiers": "private",
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"return": "void",
"signature": "void doOUT_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_RegP(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_mNN_RegP(final int ctx, final int p)",
"identifier": "doLD_mNN_RegP",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_mNN_RegP(final int ctx, final int p)",
"testcase": false
},
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"class_method_signature": "Z80.doLD_RegP_mNN(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_RegP_mNN(final int ctx, final int p)",
"identifier": "doLD_RegP_mNN",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_RegP_mNN(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doNEG()",
"constructor": false,
"full_signature": "private void doNEG()",
"identifier": "doNEG",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNEG()",
"testcase": false
},
{
"class_method_signature": "Z80.doRETI(final int ctx)",
"constructor": false,
"full_signature": "private void doRETI(final int ctx)",
"identifier": "doRETI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETN(final int ctx)",
"constructor": false,
"full_signature": "private void doRETN(final int ctx)",
"identifier": "doRETN",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETN(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIM(final int y)",
"constructor": false,
"full_signature": "private void doIM(final int y)",
"identifier": "doIM",
"modifiers": "private",
"parameters": "(final int y)",
"return": "void",
"signature": "void doIM(final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_I_A()",
"constructor": false,
"full_signature": "private void doLD_I_A()",
"identifier": "doLD_I_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_I_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_R_A()",
"constructor": false,
"full_signature": "private void doLD_R_A()",
"identifier": "doLD_R_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_R_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_I()",
"constructor": false,
"full_signature": "private void doLD_A_I()",
"identifier": "doLD_A_I",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_I()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_R()",
"constructor": false,
"full_signature": "private void doLD_A_R()",
"identifier": "doLD_A_R",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_R()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRD(final int ctx)",
"constructor": false,
"full_signature": "private void doRRD(final int ctx)",
"identifier": "doRRD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRRD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLD(final int ctx)",
"constructor": false,
"full_signature": "private void doRLD(final int ctx)",
"identifier": "doRLD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRLD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private boolean doBLI(final int ctx, final int y, final int z)",
"identifier": "doBLI",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "boolean",
"signature": "boolean doBLI(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mBC(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mBC(final int ctx)",
"identifier": "doLD_A_mBC",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mBC(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDIR(final int ctx)",
"identifier": "doLDIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mDE(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mDE(final int ctx)",
"identifier": "doLD_A_mDE",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mDE(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPIR(final int ctx)",
"identifier": "doCPIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINI_IND(final int ctx, final boolean ini)",
"constructor": false,
"full_signature": "private void doINI_IND(final int ctx, final boolean ini)",
"identifier": "doINI_IND",
"modifiers": "private",
"parameters": "(final int ctx, final boolean ini)",
"return": "void",
"signature": "void doINI_IND(final int ctx, final boolean ini)",
"testcase": false
},
{
"class_method_signature": "Z80.doINIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINIR(final int ctx)",
"identifier": "doINIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINDR(final int ctx)",
"identifier": "doINDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDI(final int ctx)",
"constructor": false,
"full_signature": "private void doLDI(final int ctx)",
"identifier": "doLDI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTIR(final int ctx)",
"identifier": "doOTIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPI(final int ctx)",
"constructor": false,
"full_signature": "private void doCPI(final int ctx)",
"identifier": "doCPI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTDR(final int ctx)",
"identifier": "doOTDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDDR(final int ctx)",
"identifier": "doLDDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTI_OUTD(final int ctx, final boolean inc)",
"constructor": false,
"full_signature": "private void doOUTI_OUTD(final int ctx, final boolean inc)",
"identifier": "doOUTI_OUTD",
"modifiers": "private",
"parameters": "(final int ctx, final boolean inc)",
"return": "void",
"signature": "void doOUTI_OUTD(final int ctx, final boolean inc)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPDR(final int ctx)",
"identifier": "doCPDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.getStateAsString()",
"constructor": false,
"full_signature": "public String getStateAsString()",
"identifier": "getStateAsString",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getStateAsString()",
"testcase": false
},
{
"class_method_signature": "Z80.doReset()",
"constructor": false,
"full_signature": "public void doReset()",
"identifier": "doReset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void doReset()",
"testcase": false
},
{
"class_method_signature": "Z80.compareState(final Z80 other, final boolean compareExe)",
"constructor": false,
"full_signature": "public boolean compareState(final Z80 other, final boolean compareExe)",
"identifier": "compareState",
"modifiers": "public",
"parameters": "(final Z80 other, final boolean compareExe)",
"return": "boolean",
"signature": "boolean compareState(final Z80 other, final boolean compareExe)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDD(final int ctx)",
"constructor": false,
"full_signature": "private void doLDD(final int ctx)",
"identifier": "doLDD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPD(final int ctx)",
"constructor": false,
"full_signature": "private void doCPD(final int ctx)",
"identifier": "doCPD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPD(final int ctx)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }",
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"invocations": [
"getRegister"
],
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 5,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 32104835,
"size": 23159,
"stargazer_count": 44,
"stars": null,
"updates": null,
"url": "https://github.com/raydac/zxpoly"
}
|
32104835_139
|
{
"fields": [],
"file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java",
"identifier": "Z80Test",
"interfaces": "",
"superclass": "extends AbstractZ80Test"
}
|
{
"body": "@Test\n public void testCommand_RLC_r() {\n final int[] codes = new int[] {0x00, 0x01, 0x02, 0x03, 0x04, 0x05, 0x07};\n final int[] regs =\n new int[] {Z80.REG_B, Z80.REG_C, Z80.REG_D, Z80.REG_E, Z80.REG_H, Z80.REG_L, Z80.REG_A};\n for (int i = 0; i < codes.length; i++) {\n final Z80State state = new Z80State();\n state.A = 0x88;\n state.B = 0x88;\n state.C = 0x88;\n state.D = 0x88;\n state.E = 0x88;\n state.H = 0x88;\n state.L = 0x88;\n state.F = 0x00;\n\n final Pair<Z80, Integer> cpu = executeCommand(state, 0xCB, codes[i]);\n\n assertEquals(0x11, cpu.getLeft().getRegister(regs[i]));\n assertEquals(Z80.FLAG_C | Z80.FLAG_PV, cpu.getLeft().getRegister(Z80.REG_F));\n assertEquals(8, cpu.getRight().intValue());\n }\n }",
"class_method_signature": "Z80Test.testCommand_RLC_r()",
"constructor": false,
"full_signature": "@Test public void testCommand_RLC_r()",
"identifier": "testCommand_RLC_r",
"invocations": [
"executeCommand",
"assertEquals",
"getRegister",
"getLeft",
"assertEquals",
"getRegister",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_RLC_r()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
"modifier": "private",
"original_string": "private int q;",
"type": "int",
"var_name": "q"
},
{
"declarator": "lastQ",
"modifier": "private",
"original_string": "private int lastQ;",
"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
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"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
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"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doRETByFlag(final int ctx, final int y)",
"identifier": "doRETByFlag",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doRETByFlag(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRET(final int ctx)",
"constructor": false,
"full_signature": "private void doRET(final int ctx)",
"identifier": "doRET",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRET(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPOPRegPair(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPOPRegPair(final int ctx, final int p)",
"identifier": "doPOPRegPair",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPOPRegPair(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doEXX()",
"constructor": false,
"full_signature": "private void doEXX()",
"identifier": "doEXX",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEXX()",
"testcase": false
},
{
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"constructor": false,
"full_signature": "private void doJP_HL(final int ctx)",
"identifier": "doJP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_SP_HL(final int ctx)",
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"full_signature": "private void doLD_SP_HL(final int ctx)",
"identifier": "doLD_SP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_SP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_cc(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJP_cc(final int ctx, final int cc)",
"identifier": "doJP_cc",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJP_cc(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP(final int ctx)",
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"full_signature": "private void doJP(final int ctx)",
"identifier": "doJP",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTnA(final int ctx)",
"constructor": false,
"full_signature": "private void doOUTnA(final int ctx)",
"identifier": "doOUTnA",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUTnA(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_A_n(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_A_n(final int ctx)",
"identifier": "doIN_A_n",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_A_n(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_mSP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doEX_mSP_HL(final int ctx)",
"identifier": "doEX_mSP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doEX_mSP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_DE_HL()",
"constructor": false,
"full_signature": "private void doEX_DE_HL()",
"identifier": "doEX_DE_HL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_DE_HL()",
"testcase": false
},
{
"class_method_signature": "Z80.doDI()",
"constructor": false,
"full_signature": "private void doDI()",
"identifier": "doDI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDI()",
"testcase": false
},
{
"class_method_signature": "Z80.doEI()",
"constructor": false,
"full_signature": "private void doEI()",
"identifier": "doEI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEI()",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx, final int y)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doCALL(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCALL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPUSH(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPUSH(final int ctx, final int p)",
"identifier": "doPUSH",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPUSH(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_Reg(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private void doALU_A_Reg(final int ctx, final int op, final int reg)",
"identifier": "doALU_A_Reg",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "void",
"signature": "void doALU_A_Reg(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_n(final int ctx, final int op)",
"constructor": false,
"full_signature": "private void doALU_A_n(final int ctx, final int op)",
"identifier": "doALU_A_n",
"modifiers": "private",
"parameters": "(final int ctx, final int op)",
"return": "void",
"signature": "void doALU_A_n(final int ctx, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80._aluAccumulatorOp(final int op, final int value)",
"constructor": false,
"full_signature": "private void _aluAccumulatorOp(final int op, final int value)",
"identifier": "_aluAccumulatorOp",
"modifiers": "private",
"parameters": "(final int op, final int value)",
"return": "void",
"signature": "void _aluAccumulatorOp(final int op, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doRST(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void doRST(final int ctx, final int address)",
"identifier": "doRST",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void doRST(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80.doRollShift(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private int doRollShift(final int ctx, final int op, final int reg)",
"identifier": "doRollShift",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "int",
"signature": "int doRollShift(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doROTmem_LDreg(final int ctx, final int reg, final int op)",
"constructor": false,
"full_signature": "private void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"identifier": "doROTmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int op)",
"return": "void",
"signature": "void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80.doBIT(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private void doBIT(final int ctx, final int bit, final int reg)",
"identifier": "doBIT",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "void",
"signature": "void doBIT(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRES(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doRES(final int ctx, final int bit, final int reg)",
"identifier": "doRES",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doRES(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doSET(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doSET(final int ctx, final int bit, final int reg)",
"identifier": "doSET",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doSET(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doRESmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doSETmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx, final int y)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doIN_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUT_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx, final int y)",
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"full_signature": "private void doOUT_C(final int ctx, final int y)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doOUT_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_RegP(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_mNN_RegP(final int ctx, final int p)",
"identifier": "doLD_mNN_RegP",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_mNN_RegP(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_RegP_mNN(final int ctx, final int p)",
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"full_signature": "private void doLD_RegP_mNN(final int ctx, final int p)",
"identifier": "doLD_RegP_mNN",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_RegP_mNN(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doNEG()",
"constructor": false,
"full_signature": "private void doNEG()",
"identifier": "doNEG",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNEG()",
"testcase": false
},
{
"class_method_signature": "Z80.doRETI(final int ctx)",
"constructor": false,
"full_signature": "private void doRETI(final int ctx)",
"identifier": "doRETI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETN(final int ctx)",
"constructor": false,
"full_signature": "private void doRETN(final int ctx)",
"identifier": "doRETN",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETN(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIM(final int y)",
"constructor": false,
"full_signature": "private void doIM(final int y)",
"identifier": "doIM",
"modifiers": "private",
"parameters": "(final int y)",
"return": "void",
"signature": "void doIM(final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_I_A()",
"constructor": false,
"full_signature": "private void doLD_I_A()",
"identifier": "doLD_I_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_I_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_R_A()",
"constructor": false,
"full_signature": "private void doLD_R_A()",
"identifier": "doLD_R_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_R_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_I()",
"constructor": false,
"full_signature": "private void doLD_A_I()",
"identifier": "doLD_A_I",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_I()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_R()",
"constructor": false,
"full_signature": "private void doLD_A_R()",
"identifier": "doLD_A_R",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_R()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRD(final int ctx)",
"constructor": false,
"full_signature": "private void doRRD(final int ctx)",
"identifier": "doRRD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRRD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLD(final int ctx)",
"constructor": false,
"full_signature": "private void doRLD(final int ctx)",
"identifier": "doRLD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRLD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private boolean doBLI(final int ctx, final int y, final int z)",
"identifier": "doBLI",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "boolean",
"signature": "boolean doBLI(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mBC(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mBC(final int ctx)",
"identifier": "doLD_A_mBC",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mBC(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDIR(final int ctx)",
"identifier": "doLDIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mDE(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mDE(final int ctx)",
"identifier": "doLD_A_mDE",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mDE(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPIR(final int ctx)",
"identifier": "doCPIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINI_IND(final int ctx, final boolean ini)",
"constructor": false,
"full_signature": "private void doINI_IND(final int ctx, final boolean ini)",
"identifier": "doINI_IND",
"modifiers": "private",
"parameters": "(final int ctx, final boolean ini)",
"return": "void",
"signature": "void doINI_IND(final int ctx, final boolean ini)",
"testcase": false
},
{
"class_method_signature": "Z80.doINIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINIR(final int ctx)",
"identifier": "doINIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINDR(final int ctx)",
"identifier": "doINDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDI(final int ctx)",
"constructor": false,
"full_signature": "private void doLDI(final int ctx)",
"identifier": "doLDI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTIR(final int ctx)",
"identifier": "doOTIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPI(final int ctx)",
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"full_signature": "private void doCPI(final int ctx)",
"identifier": "doCPI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTDR(final int ctx)",
"identifier": "doOTDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDDR(final int ctx)",
"identifier": "doLDDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTI_OUTD(final int ctx, final boolean inc)",
"constructor": false,
"full_signature": "private void doOUTI_OUTD(final int ctx, final boolean inc)",
"identifier": "doOUTI_OUTD",
"modifiers": "private",
"parameters": "(final int ctx, final boolean inc)",
"return": "void",
"signature": "void doOUTI_OUTD(final int ctx, final boolean inc)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPDR(final int ctx)",
"identifier": "doCPDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.getStateAsString()",
"constructor": false,
"full_signature": "public String getStateAsString()",
"identifier": "getStateAsString",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getStateAsString()",
"testcase": false
},
{
"class_method_signature": "Z80.doReset()",
"constructor": false,
"full_signature": "public void doReset()",
"identifier": "doReset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void doReset()",
"testcase": false
},
{
"class_method_signature": "Z80.compareState(final Z80 other, final boolean compareExe)",
"constructor": false,
"full_signature": "public boolean compareState(final Z80 other, final boolean compareExe)",
"identifier": "compareState",
"modifiers": "public",
"parameters": "(final Z80 other, final boolean compareExe)",
"return": "boolean",
"signature": "boolean compareState(final Z80 other, final boolean compareExe)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDD(final int ctx)",
"constructor": false,
"full_signature": "private void doLDD(final int ctx)",
"identifier": "doLDD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPD(final int ctx)",
"constructor": false,
"full_signature": "private void doCPD(final int ctx)",
"identifier": "doCPD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPD(final int ctx)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }",
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"invocations": [
"getRegister"
],
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 5,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 32104835,
"size": 23159,
"stargazer_count": 44,
"stars": null,
"updates": null,
"url": "https://github.com/raydac/zxpoly"
}
|
32104835_181
|
{
"fields": [],
"file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java",
"identifier": "Z80Test",
"interfaces": "",
"superclass": "extends AbstractZ80Test"
}
|
{
"body": "@Test\n public void testCommand_IM0() {\n final Z80State state = new Z80State();\n final Pair<Z80, Integer> cpu = executeCommand(state, 0xED, 0x46);\n\n assertEquals(0, cpu.getLeft().getIM());\n\n assertEquals(8, cpu.getRight().intValue());\n assertFlagsNotChanged(state, cpu.getLeft());\n }",
"class_method_signature": "Z80Test.testCommand_IM0()",
"constructor": false,
"full_signature": "@Test public void testCommand_IM0()",
"identifier": "testCommand_IM0",
"invocations": [
"executeCommand",
"assertEquals",
"getIM",
"getLeft",
"assertEquals",
"intValue",
"getRight",
"assertFlagsNotChanged",
"getLeft"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_IM0()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
"modifier": "private",
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"type": "int",
"var_name": "q"
},
{
"declarator": "lastQ",
"modifier": "private",
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"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
"constructor": false,
"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doRETByFlag(final int ctx, final int y)",
"identifier": "doRETByFlag",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doRETByFlag(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRET(final int ctx)",
"constructor": false,
"full_signature": "private void doRET(final int ctx)",
"identifier": "doRET",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRET(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPOPRegPair(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPOPRegPair(final int ctx, final int p)",
"identifier": "doPOPRegPair",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPOPRegPair(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doEXX()",
"constructor": false,
"full_signature": "private void doEXX()",
"identifier": "doEXX",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEXX()",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doJP_HL(final int ctx)",
"identifier": "doJP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_SP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_SP_HL(final int ctx)",
"identifier": "doLD_SP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_SP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_cc(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJP_cc(final int ctx, final int cc)",
"identifier": "doJP_cc",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJP_cc(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP(final int ctx)",
"constructor": false,
"full_signature": "private void doJP(final int ctx)",
"identifier": "doJP",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTnA(final int ctx)",
"constructor": false,
"full_signature": "private void doOUTnA(final int ctx)",
"identifier": "doOUTnA",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUTnA(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_A_n(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_A_n(final int ctx)",
"identifier": "doIN_A_n",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_A_n(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_mSP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doEX_mSP_HL(final int ctx)",
"identifier": "doEX_mSP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doEX_mSP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_DE_HL()",
"constructor": false,
"full_signature": "private void doEX_DE_HL()",
"identifier": "doEX_DE_HL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_DE_HL()",
"testcase": false
},
{
"class_method_signature": "Z80.doDI()",
"constructor": false,
"full_signature": "private void doDI()",
"identifier": "doDI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDI()",
"testcase": false
},
{
"class_method_signature": "Z80.doEI()",
"constructor": false,
"full_signature": "private void doEI()",
"identifier": "doEI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEI()",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx, final int y)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doCALL(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCALL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPUSH(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPUSH(final int ctx, final int p)",
"identifier": "doPUSH",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPUSH(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_Reg(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private void doALU_A_Reg(final int ctx, final int op, final int reg)",
"identifier": "doALU_A_Reg",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "void",
"signature": "void doALU_A_Reg(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_n(final int ctx, final int op)",
"constructor": false,
"full_signature": "private void doALU_A_n(final int ctx, final int op)",
"identifier": "doALU_A_n",
"modifiers": "private",
"parameters": "(final int ctx, final int op)",
"return": "void",
"signature": "void doALU_A_n(final int ctx, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80._aluAccumulatorOp(final int op, final int value)",
"constructor": false,
"full_signature": "private void _aluAccumulatorOp(final int op, final int value)",
"identifier": "_aluAccumulatorOp",
"modifiers": "private",
"parameters": "(final int op, final int value)",
"return": "void",
"signature": "void _aluAccumulatorOp(final int op, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doRST(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void doRST(final int ctx, final int address)",
"identifier": "doRST",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void doRST(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80.doRollShift(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private int doRollShift(final int ctx, final int op, final int reg)",
"identifier": "doRollShift",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "int",
"signature": "int doRollShift(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doROTmem_LDreg(final int ctx, final int reg, final int op)",
"constructor": false,
"full_signature": "private void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"identifier": "doROTmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int op)",
"return": "void",
"signature": "void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80.doBIT(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private void doBIT(final int ctx, final int bit, final int reg)",
"identifier": "doBIT",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "void",
"signature": "void doBIT(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRES(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doRES(final int ctx, final int bit, final int reg)",
"identifier": "doRES",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doRES(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doSET(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doSET(final int ctx, final int bit, final int reg)",
"identifier": "doSET",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doSET(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doRESmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doSETmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx, final int y)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doIN_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUT_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx, final int y)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doOUT_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_RegP(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_mNN_RegP(final int ctx, final int p)",
"identifier": "doLD_mNN_RegP",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_mNN_RegP(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_RegP_mNN(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_RegP_mNN(final int ctx, final int p)",
"identifier": "doLD_RegP_mNN",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_RegP_mNN(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doNEG()",
"constructor": false,
"full_signature": "private void doNEG()",
"identifier": "doNEG",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNEG()",
"testcase": false
},
{
"class_method_signature": "Z80.doRETI(final int ctx)",
"constructor": false,
"full_signature": "private void doRETI(final int ctx)",
"identifier": "doRETI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETN(final int ctx)",
"constructor": false,
"full_signature": "private void doRETN(final int ctx)",
"identifier": "doRETN",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETN(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIM(final int y)",
"constructor": false,
"full_signature": "private void doIM(final int y)",
"identifier": "doIM",
"modifiers": "private",
"parameters": "(final int y)",
"return": "void",
"signature": "void doIM(final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_I_A()",
"constructor": false,
"full_signature": "private void doLD_I_A()",
"identifier": "doLD_I_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_I_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_R_A()",
"constructor": false,
"full_signature": "private void doLD_R_A()",
"identifier": "doLD_R_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_R_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_I()",
"constructor": false,
"full_signature": "private void doLD_A_I()",
"identifier": "doLD_A_I",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_I()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_R()",
"constructor": false,
"full_signature": "private void doLD_A_R()",
"identifier": "doLD_A_R",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_R()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRD(final int ctx)",
"constructor": false,
"full_signature": "private void doRRD(final int ctx)",
"identifier": "doRRD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRRD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLD(final int ctx)",
"constructor": false,
"full_signature": "private void doRLD(final int ctx)",
"identifier": "doRLD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRLD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private boolean doBLI(final int ctx, final int y, final int z)",
"identifier": "doBLI",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "boolean",
"signature": "boolean doBLI(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mBC(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mBC(final int ctx)",
"identifier": "doLD_A_mBC",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mBC(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDIR(final int ctx)",
"identifier": "doLDIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mDE(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mDE(final int ctx)",
"identifier": "doLD_A_mDE",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mDE(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPIR(final int ctx)",
"identifier": "doCPIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINI_IND(final int ctx, final boolean ini)",
"constructor": false,
"full_signature": "private void doINI_IND(final int ctx, final boolean ini)",
"identifier": "doINI_IND",
"modifiers": "private",
"parameters": "(final int ctx, final boolean ini)",
"return": "void",
"signature": "void doINI_IND(final int ctx, final boolean ini)",
"testcase": false
},
{
"class_method_signature": "Z80.doINIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINIR(final int ctx)",
"identifier": "doINIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINDR(final int ctx)",
"identifier": "doINDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDI(final int ctx)",
"constructor": false,
"full_signature": "private void doLDI(final int ctx)",
"identifier": "doLDI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTIR(final int ctx)",
"identifier": "doOTIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPI(final int ctx)",
"constructor": false,
"full_signature": "private void doCPI(final int ctx)",
"identifier": "doCPI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTDR(final int ctx)",
"identifier": "doOTDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDDR(final int ctx)",
"identifier": "doLDDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTI_OUTD(final int ctx, final boolean inc)",
"constructor": false,
"full_signature": "private void doOUTI_OUTD(final int ctx, final boolean inc)",
"identifier": "doOUTI_OUTD",
"modifiers": "private",
"parameters": "(final int ctx, final boolean inc)",
"return": "void",
"signature": "void doOUTI_OUTD(final int ctx, final boolean inc)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPDR(final int ctx)",
"identifier": "doCPDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.getStateAsString()",
"constructor": false,
"full_signature": "public String getStateAsString()",
"identifier": "getStateAsString",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getStateAsString()",
"testcase": false
},
{
"class_method_signature": "Z80.doReset()",
"constructor": false,
"full_signature": "public void doReset()",
"identifier": "doReset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void doReset()",
"testcase": false
},
{
"class_method_signature": "Z80.compareState(final Z80 other, final boolean compareExe)",
"constructor": false,
"full_signature": "public boolean compareState(final Z80 other, final boolean compareExe)",
"identifier": "compareState",
"modifiers": "public",
"parameters": "(final Z80 other, final boolean compareExe)",
"return": "boolean",
"signature": "boolean compareState(final Z80 other, final boolean compareExe)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDD(final int ctx)",
"constructor": false,
"full_signature": "private void doLDD(final int ctx)",
"identifier": "doLDD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPD(final int ctx)",
"constructor": false,
"full_signature": "private void doCPD(final int ctx)",
"identifier": "doCPD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPD(final int ctx)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public int getIM() {\n return this.im;\n }",
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"invocations": [],
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 5,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 32104835,
"size": 23159,
"stargazer_count": 44,
"stars": null,
"updates": null,
"url": "https://github.com/raydac/zxpoly"
}
|
32104835_15
|
{
"fields": [],
"file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java",
"identifier": "Z80Test",
"interfaces": "",
"superclass": "extends AbstractZ80Test"
}
|
{
"body": "@Test\n public void testCommand_LD_mIXd_A() {\n final Z80State state = new Z80State();\n state.A = 0x48;\n state.IX = 0x1234;\n this.memory[0x1239] = 0x33;\n final Pair<Z80, Integer> cpu = executeCommand(state, 0xDD, 0x77, 5);\n assertEquals(0x48, cpu.getLeft().getRegister(Z80.REG_A));\n assertEquals(0x48, this.memory[0x1239]);\n assertFlagsNotChanged(state, cpu.getLeft());\n assertEquals(19, cpu.getRight().intValue());\n }",
"class_method_signature": "Z80Test.testCommand_LD_mIXd_A()",
"constructor": false,
"full_signature": "@Test public void testCommand_LD_mIXd_A()",
"identifier": "testCommand_LD_mIXd_A",
"invocations": [
"executeCommand",
"assertEquals",
"getRegister",
"getLeft",
"assertEquals",
"assertFlagsNotChanged",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_LD_mIXd_A()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
"modifier": "private",
"original_string": "private int q;",
"type": "int",
"var_name": "q"
},
{
"declarator": "lastQ",
"modifier": "private",
"original_string": "private int lastQ;",
"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
"constructor": false,
"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doRETByFlag(final int ctx, final int y)",
"identifier": "doRETByFlag",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doRETByFlag(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRET(final int ctx)",
"constructor": false,
"full_signature": "private void doRET(final int ctx)",
"identifier": "doRET",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRET(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPOPRegPair(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPOPRegPair(final int ctx, final int p)",
"identifier": "doPOPRegPair",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPOPRegPair(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doEXX()",
"constructor": false,
"full_signature": "private void doEXX()",
"identifier": "doEXX",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEXX()",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doJP_HL(final int ctx)",
"identifier": "doJP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_SP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_SP_HL(final int ctx)",
"identifier": "doLD_SP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_SP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_cc(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJP_cc(final int ctx, final int cc)",
"identifier": "doJP_cc",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJP_cc(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP(final int ctx)",
"constructor": false,
"full_signature": "private void doJP(final int ctx)",
"identifier": "doJP",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTnA(final int ctx)",
"constructor": false,
"full_signature": "private void doOUTnA(final int ctx)",
"identifier": "doOUTnA",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUTnA(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_A_n(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_A_n(final int ctx)",
"identifier": "doIN_A_n",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_A_n(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_mSP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doEX_mSP_HL(final int ctx)",
"identifier": "doEX_mSP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doEX_mSP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_DE_HL()",
"constructor": false,
"full_signature": "private void doEX_DE_HL()",
"identifier": "doEX_DE_HL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_DE_HL()",
"testcase": false
},
{
"class_method_signature": "Z80.doDI()",
"constructor": false,
"full_signature": "private void doDI()",
"identifier": "doDI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDI()",
"testcase": false
},
{
"class_method_signature": "Z80.doEI()",
"constructor": false,
"full_signature": "private void doEI()",
"identifier": "doEI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEI()",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx, final int y)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doCALL(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCALL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPUSH(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPUSH(final int ctx, final int p)",
"identifier": "doPUSH",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPUSH(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_Reg(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private void doALU_A_Reg(final int ctx, final int op, final int reg)",
"identifier": "doALU_A_Reg",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "void",
"signature": "void doALU_A_Reg(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_n(final int ctx, final int op)",
"constructor": false,
"full_signature": "private void doALU_A_n(final int ctx, final int op)",
"identifier": "doALU_A_n",
"modifiers": "private",
"parameters": "(final int ctx, final int op)",
"return": "void",
"signature": "void doALU_A_n(final int ctx, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80._aluAccumulatorOp(final int op, final int value)",
"constructor": false,
"full_signature": "private void _aluAccumulatorOp(final int op, final int value)",
"identifier": "_aluAccumulatorOp",
"modifiers": "private",
"parameters": "(final int op, final int value)",
"return": "void",
"signature": "void _aluAccumulatorOp(final int op, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doRST(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void doRST(final int ctx, final int address)",
"identifier": "doRST",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void doRST(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80.doRollShift(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private int doRollShift(final int ctx, final int op, final int reg)",
"identifier": "doRollShift",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "int",
"signature": "int doRollShift(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doROTmem_LDreg(final int ctx, final int reg, final int op)",
"constructor": false,
"full_signature": "private void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"identifier": "doROTmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int op)",
"return": "void",
"signature": "void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80.doBIT(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private void doBIT(final int ctx, final int bit, final int reg)",
"identifier": "doBIT",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "void",
"signature": "void doBIT(final int ctx, final int bit, final int reg)",
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},
{
"class_method_signature": "Z80.doRES(final int ctx, final int bit, final int reg)",
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"full_signature": "private int doRES(final int ctx, final int bit, final int reg)",
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"testcase": false
},
{
"class_method_signature": "Z80.doSET(final int ctx, final int bit, final int reg)",
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"identifier": "doSET",
"modifiers": "private",
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"signature": "int doSET(final int ctx, final int bit, final int reg)",
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},
{
"class_method_signature": "Z80.doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doRESmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doSETmem_LDreg",
"modifiers": "private",
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"return": "void",
"signature": "void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx)",
"constructor": false,
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"modifiers": "private",
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"return": "void",
"signature": "void doIN_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx, final int y)",
"identifier": "doIN_C",
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"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doIN_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx)",
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"parameters": "(final int ctx)",
"return": "void",
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},
{
"class_method_signature": "Z80.doOUT_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx, final int y)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doOUT_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_RegP(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_mNN_RegP(final int ctx, final int p)",
"identifier": "doLD_mNN_RegP",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_mNN_RegP(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_RegP_mNN(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_RegP_mNN(final int ctx, final int p)",
"identifier": "doLD_RegP_mNN",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_RegP_mNN(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doNEG()",
"constructor": false,
"full_signature": "private void doNEG()",
"identifier": "doNEG",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNEG()",
"testcase": false
},
{
"class_method_signature": "Z80.doRETI(final int ctx)",
"constructor": false,
"full_signature": "private void doRETI(final int ctx)",
"identifier": "doRETI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETN(final int ctx)",
"constructor": false,
"full_signature": "private void doRETN(final int ctx)",
"identifier": "doRETN",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETN(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIM(final int y)",
"constructor": false,
"full_signature": "private void doIM(final int y)",
"identifier": "doIM",
"modifiers": "private",
"parameters": "(final int y)",
"return": "void",
"signature": "void doIM(final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_I_A()",
"constructor": false,
"full_signature": "private void doLD_I_A()",
"identifier": "doLD_I_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_I_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_R_A()",
"constructor": false,
"full_signature": "private void doLD_R_A()",
"identifier": "doLD_R_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_R_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_I()",
"constructor": false,
"full_signature": "private void doLD_A_I()",
"identifier": "doLD_A_I",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_I()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_R()",
"constructor": false,
"full_signature": "private void doLD_A_R()",
"identifier": "doLD_A_R",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_R()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRD(final int ctx)",
"constructor": false,
"full_signature": "private void doRRD(final int ctx)",
"identifier": "doRRD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRRD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLD(final int ctx)",
"constructor": false,
"full_signature": "private void doRLD(final int ctx)",
"identifier": "doRLD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRLD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private boolean doBLI(final int ctx, final int y, final int z)",
"identifier": "doBLI",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "boolean",
"signature": "boolean doBLI(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mBC(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mBC(final int ctx)",
"identifier": "doLD_A_mBC",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mBC(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDIR(final int ctx)",
"identifier": "doLDIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mDE(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mDE(final int ctx)",
"identifier": "doLD_A_mDE",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mDE(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPIR(final int ctx)",
"identifier": "doCPIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINI_IND(final int ctx, final boolean ini)",
"constructor": false,
"full_signature": "private void doINI_IND(final int ctx, final boolean ini)",
"identifier": "doINI_IND",
"modifiers": "private",
"parameters": "(final int ctx, final boolean ini)",
"return": "void",
"signature": "void doINI_IND(final int ctx, final boolean ini)",
"testcase": false
},
{
"class_method_signature": "Z80.doINIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINIR(final int ctx)",
"identifier": "doINIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINDR(final int ctx)",
"identifier": "doINDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDI(final int ctx)",
"constructor": false,
"full_signature": "private void doLDI(final int ctx)",
"identifier": "doLDI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTIR(final int ctx)",
"identifier": "doOTIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPI(final int ctx)",
"constructor": false,
"full_signature": "private void doCPI(final int ctx)",
"identifier": "doCPI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTDR(final int ctx)",
"identifier": "doOTDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDDR(final int ctx)",
"identifier": "doLDDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTI_OUTD(final int ctx, final boolean inc)",
"constructor": false,
"full_signature": "private void doOUTI_OUTD(final int ctx, final boolean inc)",
"identifier": "doOUTI_OUTD",
"modifiers": "private",
"parameters": "(final int ctx, final boolean inc)",
"return": "void",
"signature": "void doOUTI_OUTD(final int ctx, final boolean inc)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPDR(final int ctx)",
"identifier": "doCPDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.getStateAsString()",
"constructor": false,
"full_signature": "public String getStateAsString()",
"identifier": "getStateAsString",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getStateAsString()",
"testcase": false
},
{
"class_method_signature": "Z80.doReset()",
"constructor": false,
"full_signature": "public void doReset()",
"identifier": "doReset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void doReset()",
"testcase": false
},
{
"class_method_signature": "Z80.compareState(final Z80 other, final boolean compareExe)",
"constructor": false,
"full_signature": "public boolean compareState(final Z80 other, final boolean compareExe)",
"identifier": "compareState",
"modifiers": "public",
"parameters": "(final Z80 other, final boolean compareExe)",
"return": "boolean",
"signature": "boolean compareState(final Z80 other, final boolean compareExe)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDD(final int ctx)",
"constructor": false,
"full_signature": "private void doLDD(final int ctx)",
"identifier": "doLDD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPD(final int ctx)",
"constructor": false,
"full_signature": "private void doCPD(final int ctx)",
"identifier": "doCPD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPD(final int ctx)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }",
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"invocations": [
"getRegister"
],
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 5,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 32104835,
"size": 23159,
"stargazer_count": 44,
"stars": null,
"updates": null,
"url": "https://github.com/raydac/zxpoly"
}
|
32104835_197
|
{
"fields": [],
"file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java",
"identifier": "Z80Test",
"interfaces": "",
"superclass": "extends AbstractZ80Test"
}
|
{
"body": "@Test\n public void testCommand_JP_P_nn_false() {\n final Z80State state = new Z80State();\n state.F = Z80.FLAG_S;\n\n final Pair<Z80, Integer> cpu = executeCommand(state, false, 0xF2, 0x34, 0x12);\n\n assertEquals(0x0003, cpu.getLeft().getRegister(Z80.REG_PC));\n assertFlagsNotChanged(state, cpu.getLeft());\n\n assertEquals(10, cpu.getRight().intValue());\n }",
"class_method_signature": "Z80Test.testCommand_JP_P_nn_false()",
"constructor": false,
"full_signature": "@Test public void testCommand_JP_P_nn_false()",
"identifier": "testCommand_JP_P_nn_false",
"invocations": [
"executeCommand",
"assertEquals",
"getRegister",
"getLeft",
"assertFlagsNotChanged",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_JP_P_nn_false()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
"modifier": "private",
"original_string": "private int q;",
"type": "int",
"var_name": "q"
},
{
"declarator": "lastQ",
"modifier": "private",
"original_string": "private int lastQ;",
"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
"constructor": false,
"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doRETByFlag(final int ctx, final int y)",
"identifier": "doRETByFlag",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doRETByFlag(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRET(final int ctx)",
"constructor": false,
"full_signature": "private void doRET(final int ctx)",
"identifier": "doRET",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRET(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPOPRegPair(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPOPRegPair(final int ctx, final int p)",
"identifier": "doPOPRegPair",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPOPRegPair(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doEXX()",
"constructor": false,
"full_signature": "private void doEXX()",
"identifier": "doEXX",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEXX()",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doJP_HL(final int ctx)",
"identifier": "doJP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_SP_HL(final int ctx)",
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"full_signature": "private void doLD_SP_HL(final int ctx)",
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},
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"full_signature": "private void doOUT_C(final int ctx, final int y)",
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"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doOUT_C(final int ctx, final int y)",
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},
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"class_method_signature": "Z80.doLD_mNN_RegP(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_mNN_RegP(final int ctx, final int p)",
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"modifiers": "private",
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"return": "void",
"signature": "void doLD_mNN_RegP(final int ctx, final int p)",
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},
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"constructor": false,
"full_signature": "private void doLD_RegP_mNN(final int ctx, final int p)",
"identifier": "doLD_RegP_mNN",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_RegP_mNN(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doNEG()",
"constructor": false,
"full_signature": "private void doNEG()",
"identifier": "doNEG",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNEG()",
"testcase": false
},
{
"class_method_signature": "Z80.doRETI(final int ctx)",
"constructor": false,
"full_signature": "private void doRETI(final int ctx)",
"identifier": "doRETI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETI(final int ctx)",
"testcase": false
},
{
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"constructor": false,
"full_signature": "private void doRETN(final int ctx)",
"identifier": "doRETN",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETN(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIM(final int y)",
"constructor": false,
"full_signature": "private void doIM(final int y)",
"identifier": "doIM",
"modifiers": "private",
"parameters": "(final int y)",
"return": "void",
"signature": "void doIM(final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_I_A()",
"constructor": false,
"full_signature": "private void doLD_I_A()",
"identifier": "doLD_I_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_I_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_R_A()",
"constructor": false,
"full_signature": "private void doLD_R_A()",
"identifier": "doLD_R_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_R_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_I()",
"constructor": false,
"full_signature": "private void doLD_A_I()",
"identifier": "doLD_A_I",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_I()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_R()",
"constructor": false,
"full_signature": "private void doLD_A_R()",
"identifier": "doLD_A_R",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_R()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRD(final int ctx)",
"constructor": false,
"full_signature": "private void doRRD(final int ctx)",
"identifier": "doRRD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRRD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLD(final int ctx)",
"constructor": false,
"full_signature": "private void doRLD(final int ctx)",
"identifier": "doRLD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRLD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private boolean doBLI(final int ctx, final int y, final int z)",
"identifier": "doBLI",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "boolean",
"signature": "boolean doBLI(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mBC(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mBC(final int ctx)",
"identifier": "doLD_A_mBC",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mBC(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDIR(final int ctx)",
"identifier": "doLDIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mDE(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mDE(final int ctx)",
"identifier": "doLD_A_mDE",
"modifiers": "private",
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"signature": "void doLD_A_mDE(final int ctx)",
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},
{
"class_method_signature": "Z80.doCPIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPIR(final int ctx)",
"identifier": "doCPIR",
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"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINI_IND(final int ctx, final boolean ini)",
"constructor": false,
"full_signature": "private void doINI_IND(final int ctx, final boolean ini)",
"identifier": "doINI_IND",
"modifiers": "private",
"parameters": "(final int ctx, final boolean ini)",
"return": "void",
"signature": "void doINI_IND(final int ctx, final boolean ini)",
"testcase": false
},
{
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"constructor": false,
"full_signature": "private boolean doINIR(final int ctx)",
"identifier": "doINIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINDR(final int ctx)",
"identifier": "doINDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDI(final int ctx)",
"constructor": false,
"full_signature": "private void doLDI(final int ctx)",
"identifier": "doLDI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTIR(final int ctx)",
"identifier": "doOTIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPI(final int ctx)",
"constructor": false,
"full_signature": "private void doCPI(final int ctx)",
"identifier": "doCPI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTDR(final int ctx)",
"identifier": "doOTDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDDR(final int ctx)",
"identifier": "doLDDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTI_OUTD(final int ctx, final boolean inc)",
"constructor": false,
"full_signature": "private void doOUTI_OUTD(final int ctx, final boolean inc)",
"identifier": "doOUTI_OUTD",
"modifiers": "private",
"parameters": "(final int ctx, final boolean inc)",
"return": "void",
"signature": "void doOUTI_OUTD(final int ctx, final boolean inc)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPDR(final int ctx)",
"identifier": "doCPDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.getStateAsString()",
"constructor": false,
"full_signature": "public String getStateAsString()",
"identifier": "getStateAsString",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getStateAsString()",
"testcase": false
},
{
"class_method_signature": "Z80.doReset()",
"constructor": false,
"full_signature": "public void doReset()",
"identifier": "doReset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void doReset()",
"testcase": false
},
{
"class_method_signature": "Z80.compareState(final Z80 other, final boolean compareExe)",
"constructor": false,
"full_signature": "public boolean compareState(final Z80 other, final boolean compareExe)",
"identifier": "compareState",
"modifiers": "public",
"parameters": "(final Z80 other, final boolean compareExe)",
"return": "boolean",
"signature": "boolean compareState(final Z80 other, final boolean compareExe)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDD(final int ctx)",
"constructor": false,
"full_signature": "private void doLDD(final int ctx)",
"identifier": "doLDD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPD(final int ctx)",
"constructor": false,
"full_signature": "private void doCPD(final int ctx)",
"identifier": "doCPD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPD(final int ctx)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }",
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"invocations": [
"getRegister"
],
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 5,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 32104835,
"size": 23159,
"stargazer_count": 44,
"stars": null,
"updates": null,
"url": "https://github.com/raydac/zxpoly"
}
|
32104835_178
|
{
"fields": [],
"file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java",
"identifier": "Z80Test",
"interfaces": "",
"superclass": "extends AbstractZ80Test"
}
|
{
"body": "@Test\n public void testCommand_BIT_2_mIYd() {\n final Z80State state = new Z80State();\n state.IY = 0x5000;\n\n this.memory[0x5010] = (byte) 4;\n\n state.F = 0x00;\n\n final Pair<Z80, Integer> cpu = executeCommand(state, 0xFD, 0xCB, 0x10, 0x56);\n\n assertEquals(Z80.FLAG_H, cpu.getLeft().getRegister(Z80.REG_F));\n assertEquals(20, cpu.getRight().intValue());\n }",
"class_method_signature": "Z80Test.testCommand_BIT_2_mIYd()",
"constructor": false,
"full_signature": "@Test public void testCommand_BIT_2_mIYd()",
"identifier": "testCommand_BIT_2_mIYd",
"invocations": [
"executeCommand",
"assertEquals",
"getRegister",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_BIT_2_mIYd()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
"modifier": "private",
"original_string": "private int q;",
"type": "int",
"var_name": "q"
},
{
"declarator": "lastQ",
"modifier": "private",
"original_string": "private int lastQ;",
"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
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"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
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},
{
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"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
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},
{
"class_method_signature": "Z80.doCPL()",
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"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
"constructor": false,
"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)",
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"full_signature": "private void doRETByFlag(final int ctx, final int y)",
"identifier": "doRETByFlag",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doRETByFlag(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRET(final int ctx)",
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"full_signature": "private void doRET(final int ctx)",
"identifier": "doRET",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRET(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPOPRegPair(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPOPRegPair(final int ctx, final int p)",
"identifier": "doPOPRegPair",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPOPRegPair(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doEXX()",
"constructor": false,
"full_signature": "private void doEXX()",
"identifier": "doEXX",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEXX()",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doJP_HL(final int ctx)",
"identifier": "doJP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_SP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_SP_HL(final int ctx)",
"identifier": "doLD_SP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_SP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_cc(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJP_cc(final int ctx, final int cc)",
"identifier": "doJP_cc",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJP_cc(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP(final int ctx)",
"constructor": false,
"full_signature": "private void doJP(final int ctx)",
"identifier": "doJP",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTnA(final int ctx)",
"constructor": false,
"full_signature": "private void doOUTnA(final int ctx)",
"identifier": "doOUTnA",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUTnA(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_A_n(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_A_n(final int ctx)",
"identifier": "doIN_A_n",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_A_n(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_mSP_HL(final int ctx)",
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"full_signature": "private void doEX_mSP_HL(final int ctx)",
"identifier": "doEX_mSP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doEX_mSP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_DE_HL()",
"constructor": false,
"full_signature": "private void doEX_DE_HL()",
"identifier": "doEX_DE_HL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_DE_HL()",
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},
{
"class_method_signature": "Z80.doDI()",
"constructor": false,
"full_signature": "private void doDI()",
"identifier": "doDI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDI()",
"testcase": false
},
{
"class_method_signature": "Z80.doEI()",
"constructor": false,
"full_signature": "private void doEI()",
"identifier": "doEI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEI()",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx, final int y)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doCALL(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCALL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPUSH(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPUSH(final int ctx, final int p)",
"identifier": "doPUSH",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPUSH(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_Reg(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private void doALU_A_Reg(final int ctx, final int op, final int reg)",
"identifier": "doALU_A_Reg",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "void",
"signature": "void doALU_A_Reg(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_n(final int ctx, final int op)",
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"full_signature": "private void doALU_A_n(final int ctx, final int op)",
"identifier": "doALU_A_n",
"modifiers": "private",
"parameters": "(final int ctx, final int op)",
"return": "void",
"signature": "void doALU_A_n(final int ctx, final int op)",
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},
{
"class_method_signature": "Z80._aluAccumulatorOp(final int op, final int value)",
"constructor": false,
"full_signature": "private void _aluAccumulatorOp(final int op, final int value)",
"identifier": "_aluAccumulatorOp",
"modifiers": "private",
"parameters": "(final int op, final int value)",
"return": "void",
"signature": "void _aluAccumulatorOp(final int op, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doRST(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void doRST(final int ctx, final int address)",
"identifier": "doRST",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void doRST(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80.doRollShift(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private int doRollShift(final int ctx, final int op, final int reg)",
"identifier": "doRollShift",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "int",
"signature": "int doRollShift(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doROTmem_LDreg(final int ctx, final int reg, final int op)",
"constructor": false,
"full_signature": "private void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"identifier": "doROTmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int op)",
"return": "void",
"signature": "void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80.doBIT(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private void doBIT(final int ctx, final int bit, final int reg)",
"identifier": "doBIT",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "void",
"signature": "void doBIT(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRES(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doRES(final int ctx, final int bit, final int reg)",
"identifier": "doRES",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doRES(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doSET(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doSET(final int ctx, final int bit, final int reg)",
"identifier": "doSET",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doSET(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doRESmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doSETmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx, final int y)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doIN_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUT_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx, final int y)",
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"full_signature": "private void doOUT_C(final int ctx, final int y)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doOUT_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_RegP(final int ctx, final int p)",
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"full_signature": "private void doLD_mNN_RegP(final int ctx, final int p)",
"identifier": "doLD_mNN_RegP",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_mNN_RegP(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_RegP_mNN(final int ctx, final int p)",
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"full_signature": "private void doLD_RegP_mNN(final int ctx, final int p)",
"identifier": "doLD_RegP_mNN",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_RegP_mNN(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doNEG()",
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"full_signature": "private void doNEG()",
"identifier": "doNEG",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNEG()",
"testcase": false
},
{
"class_method_signature": "Z80.doRETI(final int ctx)",
"constructor": false,
"full_signature": "private void doRETI(final int ctx)",
"identifier": "doRETI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETN(final int ctx)",
"constructor": false,
"full_signature": "private void doRETN(final int ctx)",
"identifier": "doRETN",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETN(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIM(final int y)",
"constructor": false,
"full_signature": "private void doIM(final int y)",
"identifier": "doIM",
"modifiers": "private",
"parameters": "(final int y)",
"return": "void",
"signature": "void doIM(final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_I_A()",
"constructor": false,
"full_signature": "private void doLD_I_A()",
"identifier": "doLD_I_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_I_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_R_A()",
"constructor": false,
"full_signature": "private void doLD_R_A()",
"identifier": "doLD_R_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_R_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_I()",
"constructor": false,
"full_signature": "private void doLD_A_I()",
"identifier": "doLD_A_I",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_I()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_R()",
"constructor": false,
"full_signature": "private void doLD_A_R()",
"identifier": "doLD_A_R",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_R()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRD(final int ctx)",
"constructor": false,
"full_signature": "private void doRRD(final int ctx)",
"identifier": "doRRD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRRD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLD(final int ctx)",
"constructor": false,
"full_signature": "private void doRLD(final int ctx)",
"identifier": "doRLD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRLD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private boolean doBLI(final int ctx, final int y, final int z)",
"identifier": "doBLI",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "boolean",
"signature": "boolean doBLI(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mBC(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mBC(final int ctx)",
"identifier": "doLD_A_mBC",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mBC(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDIR(final int ctx)",
"identifier": "doLDIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mDE(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mDE(final int ctx)",
"identifier": "doLD_A_mDE",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mDE(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPIR(final int ctx)",
"identifier": "doCPIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINI_IND(final int ctx, final boolean ini)",
"constructor": false,
"full_signature": "private void doINI_IND(final int ctx, final boolean ini)",
"identifier": "doINI_IND",
"modifiers": "private",
"parameters": "(final int ctx, final boolean ini)",
"return": "void",
"signature": "void doINI_IND(final int ctx, final boolean ini)",
"testcase": false
},
{
"class_method_signature": "Z80.doINIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINIR(final int ctx)",
"identifier": "doINIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINDR(final int ctx)",
"identifier": "doINDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDI(final int ctx)",
"constructor": false,
"full_signature": "private void doLDI(final int ctx)",
"identifier": "doLDI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTIR(final int ctx)",
"identifier": "doOTIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPI(final int ctx)",
"constructor": false,
"full_signature": "private void doCPI(final int ctx)",
"identifier": "doCPI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTDR(final int ctx)",
"identifier": "doOTDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDDR(final int ctx)",
"identifier": "doLDDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTI_OUTD(final int ctx, final boolean inc)",
"constructor": false,
"full_signature": "private void doOUTI_OUTD(final int ctx, final boolean inc)",
"identifier": "doOUTI_OUTD",
"modifiers": "private",
"parameters": "(final int ctx, final boolean inc)",
"return": "void",
"signature": "void doOUTI_OUTD(final int ctx, final boolean inc)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPDR(final int ctx)",
"identifier": "doCPDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.getStateAsString()",
"constructor": false,
"full_signature": "public String getStateAsString()",
"identifier": "getStateAsString",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getStateAsString()",
"testcase": false
},
{
"class_method_signature": "Z80.doReset()",
"constructor": false,
"full_signature": "public void doReset()",
"identifier": "doReset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void doReset()",
"testcase": false
},
{
"class_method_signature": "Z80.compareState(final Z80 other, final boolean compareExe)",
"constructor": false,
"full_signature": "public boolean compareState(final Z80 other, final boolean compareExe)",
"identifier": "compareState",
"modifiers": "public",
"parameters": "(final Z80 other, final boolean compareExe)",
"return": "boolean",
"signature": "boolean compareState(final Z80 other, final boolean compareExe)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDD(final int ctx)",
"constructor": false,
"full_signature": "private void doLDD(final int ctx)",
"identifier": "doLDD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPD(final int ctx)",
"constructor": false,
"full_signature": "private void doCPD(final int ctx)",
"identifier": "doCPD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPD(final int ctx)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }",
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"invocations": [
"getRegister"
],
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 5,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 32104835,
"size": 23159,
"stargazer_count": 44,
"stars": null,
"updates": null,
"url": "https://github.com/raydac/zxpoly"
}
|
32104835_206
|
{
"fields": [],
"file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java",
"identifier": "Z80Test",
"interfaces": "",
"superclass": "extends AbstractZ80Test"
}
|
{
"body": "@Test\n public void testCommand_JR_NC_nn_false() {\n final Z80State state = new Z80State();\n state.F = Z80.FLAG_C;\n\n final Pair<Z80, Integer> cpu = executeCommand(state, false, 0x30, 0x03);\n\n assertEquals(0x0002, cpu.getLeft().getRegister(Z80.REG_PC));\n assertFlagsNotChanged(state, cpu.getLeft());\n\n assertEquals(7, cpu.getRight().intValue());\n }",
"class_method_signature": "Z80Test.testCommand_JR_NC_nn_false()",
"constructor": false,
"full_signature": "@Test public void testCommand_JR_NC_nn_false()",
"identifier": "testCommand_JR_NC_nn_false",
"invocations": [
"executeCommand",
"assertEquals",
"getRegister",
"getLeft",
"assertFlagsNotChanged",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_JR_NC_nn_false()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
"modifier": "private",
"original_string": "private int q;",
"type": "int",
"var_name": "q"
},
{
"declarator": "lastQ",
"modifier": "private",
"original_string": "private int lastQ;",
"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
"constructor": false,
"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doRETByFlag(final int ctx, final int y)",
"identifier": "doRETByFlag",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doRETByFlag(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRET(final int ctx)",
"constructor": false,
"full_signature": "private void doRET(final int ctx)",
"identifier": "doRET",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRET(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPOPRegPair(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPOPRegPair(final int ctx, final int p)",
"identifier": "doPOPRegPair",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPOPRegPair(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doEXX()",
"constructor": false,
"full_signature": "private void doEXX()",
"identifier": "doEXX",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEXX()",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doJP_HL(final int ctx)",
"identifier": "doJP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_SP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_SP_HL(final int ctx)",
"identifier": "doLD_SP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_SP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_cc(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJP_cc(final int ctx, final int cc)",
"identifier": "doJP_cc",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJP_cc(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP(final int ctx)",
"constructor": false,
"full_signature": "private void doJP(final int ctx)",
"identifier": "doJP",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTnA(final int ctx)",
"constructor": false,
"full_signature": "private void doOUTnA(final int ctx)",
"identifier": "doOUTnA",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUTnA(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_A_n(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_A_n(final int ctx)",
"identifier": "doIN_A_n",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_A_n(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_mSP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doEX_mSP_HL(final int ctx)",
"identifier": "doEX_mSP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doEX_mSP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_DE_HL()",
"constructor": false,
"full_signature": "private void doEX_DE_HL()",
"identifier": "doEX_DE_HL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_DE_HL()",
"testcase": false
},
{
"class_method_signature": "Z80.doDI()",
"constructor": false,
"full_signature": "private void doDI()",
"identifier": "doDI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDI()",
"testcase": false
},
{
"class_method_signature": "Z80.doEI()",
"constructor": false,
"full_signature": "private void doEI()",
"identifier": "doEI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEI()",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx, final int y)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doCALL(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCALL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPUSH(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPUSH(final int ctx, final int p)",
"identifier": "doPUSH",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPUSH(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_Reg(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private void doALU_A_Reg(final int ctx, final int op, final int reg)",
"identifier": "doALU_A_Reg",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "void",
"signature": "void doALU_A_Reg(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_n(final int ctx, final int op)",
"constructor": false,
"full_signature": "private void doALU_A_n(final int ctx, final int op)",
"identifier": "doALU_A_n",
"modifiers": "private",
"parameters": "(final int ctx, final int op)",
"return": "void",
"signature": "void doALU_A_n(final int ctx, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80._aluAccumulatorOp(final int op, final int value)",
"constructor": false,
"full_signature": "private void _aluAccumulatorOp(final int op, final int value)",
"identifier": "_aluAccumulatorOp",
"modifiers": "private",
"parameters": "(final int op, final int value)",
"return": "void",
"signature": "void _aluAccumulatorOp(final int op, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doRST(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void doRST(final int ctx, final int address)",
"identifier": "doRST",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void doRST(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80.doRollShift(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private int doRollShift(final int ctx, final int op, final int reg)",
"identifier": "doRollShift",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "int",
"signature": "int doRollShift(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doROTmem_LDreg(final int ctx, final int reg, final int op)",
"constructor": false,
"full_signature": "private void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"identifier": "doROTmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int op)",
"return": "void",
"signature": "void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80.doBIT(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private void doBIT(final int ctx, final int bit, final int reg)",
"identifier": "doBIT",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "void",
"signature": "void doBIT(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRES(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doRES(final int ctx, final int bit, final int reg)",
"identifier": "doRES",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doRES(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doSET(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doSET(final int ctx, final int bit, final int reg)",
"identifier": "doSET",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doSET(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doRESmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doSETmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx, final int y)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doIN_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUT_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx, final int y)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doOUT_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_RegP(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_mNN_RegP(final int ctx, final int p)",
"identifier": "doLD_mNN_RegP",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_mNN_RegP(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_RegP_mNN(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_RegP_mNN(final int ctx, final int p)",
"identifier": "doLD_RegP_mNN",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_RegP_mNN(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doNEG()",
"constructor": false,
"full_signature": "private void doNEG()",
"identifier": "doNEG",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNEG()",
"testcase": false
},
{
"class_method_signature": "Z80.doRETI(final int ctx)",
"constructor": false,
"full_signature": "private void doRETI(final int ctx)",
"identifier": "doRETI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETN(final int ctx)",
"constructor": false,
"full_signature": "private void doRETN(final int ctx)",
"identifier": "doRETN",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETN(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIM(final int y)",
"constructor": false,
"full_signature": "private void doIM(final int y)",
"identifier": "doIM",
"modifiers": "private",
"parameters": "(final int y)",
"return": "void",
"signature": "void doIM(final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_I_A()",
"constructor": false,
"full_signature": "private void doLD_I_A()",
"identifier": "doLD_I_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_I_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_R_A()",
"constructor": false,
"full_signature": "private void doLD_R_A()",
"identifier": "doLD_R_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_R_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_I()",
"constructor": false,
"full_signature": "private void doLD_A_I()",
"identifier": "doLD_A_I",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_I()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_R()",
"constructor": false,
"full_signature": "private void doLD_A_R()",
"identifier": "doLD_A_R",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_R()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRD(final int ctx)",
"constructor": false,
"full_signature": "private void doRRD(final int ctx)",
"identifier": "doRRD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRRD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLD(final int ctx)",
"constructor": false,
"full_signature": "private void doRLD(final int ctx)",
"identifier": "doRLD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRLD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private boolean doBLI(final int ctx, final int y, final int z)",
"identifier": "doBLI",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "boolean",
"signature": "boolean doBLI(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mBC(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mBC(final int ctx)",
"identifier": "doLD_A_mBC",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mBC(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDIR(final int ctx)",
"identifier": "doLDIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mDE(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mDE(final int ctx)",
"identifier": "doLD_A_mDE",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mDE(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPIR(final int ctx)",
"identifier": "doCPIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINI_IND(final int ctx, final boolean ini)",
"constructor": false,
"full_signature": "private void doINI_IND(final int ctx, final boolean ini)",
"identifier": "doINI_IND",
"modifiers": "private",
"parameters": "(final int ctx, final boolean ini)",
"return": "void",
"signature": "void doINI_IND(final int ctx, final boolean ini)",
"testcase": false
},
{
"class_method_signature": "Z80.doINIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINIR(final int ctx)",
"identifier": "doINIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINDR(final int ctx)",
"identifier": "doINDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDI(final int ctx)",
"constructor": false,
"full_signature": "private void doLDI(final int ctx)",
"identifier": "doLDI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTIR(final int ctx)",
"identifier": "doOTIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPI(final int ctx)",
"constructor": false,
"full_signature": "private void doCPI(final int ctx)",
"identifier": "doCPI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTDR(final int ctx)",
"identifier": "doOTDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDDR(final int ctx)",
"identifier": "doLDDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTI_OUTD(final int ctx, final boolean inc)",
"constructor": false,
"full_signature": "private void doOUTI_OUTD(final int ctx, final boolean inc)",
"identifier": "doOUTI_OUTD",
"modifiers": "private",
"parameters": "(final int ctx, final boolean inc)",
"return": "void",
"signature": "void doOUTI_OUTD(final int ctx, final boolean inc)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPDR(final int ctx)",
"identifier": "doCPDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.getStateAsString()",
"constructor": false,
"full_signature": "public String getStateAsString()",
"identifier": "getStateAsString",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getStateAsString()",
"testcase": false
},
{
"class_method_signature": "Z80.doReset()",
"constructor": false,
"full_signature": "public void doReset()",
"identifier": "doReset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void doReset()",
"testcase": false
},
{
"class_method_signature": "Z80.compareState(final Z80 other, final boolean compareExe)",
"constructor": false,
"full_signature": "public boolean compareState(final Z80 other, final boolean compareExe)",
"identifier": "compareState",
"modifiers": "public",
"parameters": "(final Z80 other, final boolean compareExe)",
"return": "boolean",
"signature": "boolean compareState(final Z80 other, final boolean compareExe)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDD(final int ctx)",
"constructor": false,
"full_signature": "private void doLDD(final int ctx)",
"identifier": "doLDD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPD(final int ctx)",
"constructor": false,
"full_signature": "private void doCPD(final int ctx)",
"identifier": "doCPD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPD(final int ctx)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }",
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"invocations": [
"getRegister"
],
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 5,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 32104835,
"size": 23159,
"stargazer_count": 44,
"stars": null,
"updates": null,
"url": "https://github.com/raydac/zxpoly"
}
|
32104835_42
|
{
"fields": [],
"file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java",
"identifier": "Z80Test",
"interfaces": "",
"superclass": "extends AbstractZ80Test"
}
|
{
"body": "@Test\n public void testCommand_PUSH_BC() {\n final Z80State state = new Z80State();\n state.B = 0x22;\n state.C = 0x33;\n state.SP = 0x1007;\n final Pair<Z80, Integer> cpu = executeCommand(state, 0xC5);\n assertEquals(0x1005, cpu.getLeft().getRegister(Z80.REG_SP));\n assertMemory(0x1006, 0x22);\n assertMemory(0x1005, 0x33);\n assertFlagsNotChanged(state, cpu.getLeft());\n assertEquals(11, cpu.getRight().intValue());\n }",
"class_method_signature": "Z80Test.testCommand_PUSH_BC()",
"constructor": false,
"full_signature": "@Test public void testCommand_PUSH_BC()",
"identifier": "testCommand_PUSH_BC",
"invocations": [
"executeCommand",
"assertEquals",
"getRegister",
"getLeft",
"assertMemory",
"assertMemory",
"assertFlagsNotChanged",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_PUSH_BC()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
"modifier": "private",
"original_string": "private int q;",
"type": "int",
"var_name": "q"
},
{
"declarator": "lastQ",
"modifier": "private",
"original_string": "private int lastQ;",
"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
"constructor": false,
"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doRETByFlag(final int ctx, final int y)",
"identifier": "doRETByFlag",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doRETByFlag(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRET(final int ctx)",
"constructor": false,
"full_signature": "private void doRET(final int ctx)",
"identifier": "doRET",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRET(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPOPRegPair(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPOPRegPair(final int ctx, final int p)",
"identifier": "doPOPRegPair",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPOPRegPair(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doEXX()",
"constructor": false,
"full_signature": "private void doEXX()",
"identifier": "doEXX",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEXX()",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doJP_HL(final int ctx)",
"identifier": "doJP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_SP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_SP_HL(final int ctx)",
"identifier": "doLD_SP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_SP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_cc(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJP_cc(final int ctx, final int cc)",
"identifier": "doJP_cc",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJP_cc(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP(final int ctx)",
"constructor": false,
"full_signature": "private void doJP(final int ctx)",
"identifier": "doJP",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTnA(final int ctx)",
"constructor": false,
"full_signature": "private void doOUTnA(final int ctx)",
"identifier": "doOUTnA",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUTnA(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_A_n(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_A_n(final int ctx)",
"identifier": "doIN_A_n",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_A_n(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_mSP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doEX_mSP_HL(final int ctx)",
"identifier": "doEX_mSP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doEX_mSP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_DE_HL()",
"constructor": false,
"full_signature": "private void doEX_DE_HL()",
"identifier": "doEX_DE_HL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_DE_HL()",
"testcase": false
},
{
"class_method_signature": "Z80.doDI()",
"constructor": false,
"full_signature": "private void doDI()",
"identifier": "doDI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDI()",
"testcase": false
},
{
"class_method_signature": "Z80.doEI()",
"constructor": false,
"full_signature": "private void doEI()",
"identifier": "doEI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEI()",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx, final int y)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doCALL(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCALL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPUSH(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPUSH(final int ctx, final int p)",
"identifier": "doPUSH",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
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},
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"identifier": "doSETmem_LDreg",
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},
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"class_method_signature": "Z80.doIN_C(final int ctx, final int y)",
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},
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},
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"constructor": false,
"full_signature": "private void doOUT_C(final int ctx, final int y)",
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"modifiers": "private",
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"return": "void",
"signature": "void doOUT_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_RegP(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_mNN_RegP(final int ctx, final int p)",
"identifier": "doLD_mNN_RegP",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_mNN_RegP(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_RegP_mNN(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_RegP_mNN(final int ctx, final int p)",
"identifier": "doLD_RegP_mNN",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_RegP_mNN(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doNEG()",
"constructor": false,
"full_signature": "private void doNEG()",
"identifier": "doNEG",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNEG()",
"testcase": false
},
{
"class_method_signature": "Z80.doRETI(final int ctx)",
"constructor": false,
"full_signature": "private void doRETI(final int ctx)",
"identifier": "doRETI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETN(final int ctx)",
"constructor": false,
"full_signature": "private void doRETN(final int ctx)",
"identifier": "doRETN",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETN(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIM(final int y)",
"constructor": false,
"full_signature": "private void doIM(final int y)",
"identifier": "doIM",
"modifiers": "private",
"parameters": "(final int y)",
"return": "void",
"signature": "void doIM(final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_I_A()",
"constructor": false,
"full_signature": "private void doLD_I_A()",
"identifier": "doLD_I_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_I_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_R_A()",
"constructor": false,
"full_signature": "private void doLD_R_A()",
"identifier": "doLD_R_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_R_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_I()",
"constructor": false,
"full_signature": "private void doLD_A_I()",
"identifier": "doLD_A_I",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_I()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_R()",
"constructor": false,
"full_signature": "private void doLD_A_R()",
"identifier": "doLD_A_R",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_R()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRD(final int ctx)",
"constructor": false,
"full_signature": "private void doRRD(final int ctx)",
"identifier": "doRRD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRRD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLD(final int ctx)",
"constructor": false,
"full_signature": "private void doRLD(final int ctx)",
"identifier": "doRLD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRLD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private boolean doBLI(final int ctx, final int y, final int z)",
"identifier": "doBLI",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "boolean",
"signature": "boolean doBLI(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mBC(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mBC(final int ctx)",
"identifier": "doLD_A_mBC",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mBC(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDIR(final int ctx)",
"identifier": "doLDIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mDE(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mDE(final int ctx)",
"identifier": "doLD_A_mDE",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mDE(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPIR(final int ctx)",
"identifier": "doCPIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINI_IND(final int ctx, final boolean ini)",
"constructor": false,
"full_signature": "private void doINI_IND(final int ctx, final boolean ini)",
"identifier": "doINI_IND",
"modifiers": "private",
"parameters": "(final int ctx, final boolean ini)",
"return": "void",
"signature": "void doINI_IND(final int ctx, final boolean ini)",
"testcase": false
},
{
"class_method_signature": "Z80.doINIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINIR(final int ctx)",
"identifier": "doINIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINDR(final int ctx)",
"identifier": "doINDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDI(final int ctx)",
"constructor": false,
"full_signature": "private void doLDI(final int ctx)",
"identifier": "doLDI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTIR(final int ctx)",
"identifier": "doOTIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPI(final int ctx)",
"constructor": false,
"full_signature": "private void doCPI(final int ctx)",
"identifier": "doCPI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTDR(final int ctx)",
"identifier": "doOTDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDDR(final int ctx)",
"identifier": "doLDDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTI_OUTD(final int ctx, final boolean inc)",
"constructor": false,
"full_signature": "private void doOUTI_OUTD(final int ctx, final boolean inc)",
"identifier": "doOUTI_OUTD",
"modifiers": "private",
"parameters": "(final int ctx, final boolean inc)",
"return": "void",
"signature": "void doOUTI_OUTD(final int ctx, final boolean inc)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPDR(final int ctx)",
"identifier": "doCPDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.getStateAsString()",
"constructor": false,
"full_signature": "public String getStateAsString()",
"identifier": "getStateAsString",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getStateAsString()",
"testcase": false
},
{
"class_method_signature": "Z80.doReset()",
"constructor": false,
"full_signature": "public void doReset()",
"identifier": "doReset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void doReset()",
"testcase": false
},
{
"class_method_signature": "Z80.compareState(final Z80 other, final boolean compareExe)",
"constructor": false,
"full_signature": "public boolean compareState(final Z80 other, final boolean compareExe)",
"identifier": "compareState",
"modifiers": "public",
"parameters": "(final Z80 other, final boolean compareExe)",
"return": "boolean",
"signature": "boolean compareState(final Z80 other, final boolean compareExe)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDD(final int ctx)",
"constructor": false,
"full_signature": "private void doLDD(final int ctx)",
"identifier": "doLDD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPD(final int ctx)",
"constructor": false,
"full_signature": "private void doCPD(final int ctx)",
"identifier": "doCPD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPD(final int ctx)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }",
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"invocations": [
"getRegister"
],
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 5,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 32104835,
"size": 23159,
"stargazer_count": 44,
"stars": null,
"updates": null,
"url": "https://github.com/raydac/zxpoly"
}
|
32104835_39
|
{
"fields": [],
"file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java",
"identifier": "Z80Test",
"interfaces": "",
"superclass": "extends AbstractZ80Test"
}
|
{
"body": "@Test\n public void testCommand_LD_HL_mNN() {\n final Z80State state = new Z80State();\n this.memory[0x1234] = (byte) 0xAA;\n this.memory[0x1235] = (byte) 0xBB;\n final Pair<Z80, Integer> cpu = executeCommand(state, 0xED, 0x6B, 0x34, 0x12);\n assertEquals(0xBBAA, cpu.getLeft().getRegisterPair(Z80.REGPAIR_HL));\n assertFlagsNotChanged(state, cpu.getLeft());\n assertEquals(20, cpu.getRight().intValue());\n }",
"class_method_signature": "Z80Test.testCommand_LD_HL_mNN()",
"constructor": false,
"full_signature": "@Test public void testCommand_LD_HL_mNN()",
"identifier": "testCommand_LD_HL_mNN",
"invocations": [
"executeCommand",
"assertEquals",
"getRegisterPair",
"getLeft",
"assertFlagsNotChanged",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_LD_HL_mNN()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
"modifier": "private",
"original_string": "private int q;",
"type": "int",
"var_name": "q"
},
{
"declarator": "lastQ",
"modifier": "private",
"original_string": "private int lastQ;",
"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
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"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
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},
{
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"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
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},
{
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"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
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},
{
"class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)",
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"full_signature": "private void doRETByFlag(final int ctx, final int y)",
"identifier": "doRETByFlag",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doRETByFlag(final int ctx, final int y)",
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},
{
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"full_signature": "private void doRET(final int ctx)",
"identifier": "doRET",
"modifiers": "private",
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"return": "void",
"signature": "void doRET(final int ctx)",
"testcase": false
},
{
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"full_signature": "private void doPOPRegPair(final int ctx, final int p)",
"identifier": "doPOPRegPair",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPOPRegPair(final int ctx, final int p)",
"testcase": false
},
{
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"full_signature": "private void doEXX()",
"identifier": "doEXX",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEXX()",
"testcase": false
},
{
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"full_signature": "private void doJP_HL(final int ctx)",
"identifier": "doJP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP_HL(final int ctx)",
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},
{
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"full_signature": "private void doLD_SP_HL(final int ctx)",
"identifier": "doLD_SP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_SP_HL(final int ctx)",
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},
{
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"full_signature": "private void doJP_cc(final int ctx, final int cc)",
"identifier": "doJP_cc",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
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},
{
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"full_signature": "private void doJP(final int ctx)",
"identifier": "doJP",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP(final int ctx)",
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},
{
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"full_signature": "private void doOUTnA(final int ctx)",
"identifier": "doOUTnA",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUTnA(final int ctx)",
"testcase": false
},
{
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"full_signature": "private void doIN_A_n(final int ctx)",
"identifier": "doIN_A_n",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_A_n(final int ctx)",
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},
{
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"full_signature": "private void doEX_mSP_HL(final int ctx)",
"identifier": "doEX_mSP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doEX_mSP_HL(final int ctx)",
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},
{
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"constructor": false,
"full_signature": "private void doEX_DE_HL()",
"identifier": "doEX_DE_HL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_DE_HL()",
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},
{
"class_method_signature": "Z80.doDI()",
"constructor": false,
"full_signature": "private void doDI()",
"identifier": "doDI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDI()",
"testcase": false
},
{
"class_method_signature": "Z80.doEI()",
"constructor": false,
"full_signature": "private void doEI()",
"identifier": "doEI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEI()",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx, final int y)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doCALL(final int ctx, final int y)",
"testcase": false
},
{
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"constructor": false,
"full_signature": "private void doCALL(final int ctx)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCALL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPUSH(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPUSH(final int ctx, final int p)",
"identifier": "doPUSH",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPUSH(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_Reg(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private void doALU_A_Reg(final int ctx, final int op, final int reg)",
"identifier": "doALU_A_Reg",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "void",
"signature": "void doALU_A_Reg(final int ctx, final int op, final int reg)",
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},
{
"class_method_signature": "Z80.doALU_A_n(final int ctx, final int op)",
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"full_signature": "private void doALU_A_n(final int ctx, final int op)",
"identifier": "doALU_A_n",
"modifiers": "private",
"parameters": "(final int ctx, final int op)",
"return": "void",
"signature": "void doALU_A_n(final int ctx, final int op)",
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},
{
"class_method_signature": "Z80._aluAccumulatorOp(final int op, final int value)",
"constructor": false,
"full_signature": "private void _aluAccumulatorOp(final int op, final int value)",
"identifier": "_aluAccumulatorOp",
"modifiers": "private",
"parameters": "(final int op, final int value)",
"return": "void",
"signature": "void _aluAccumulatorOp(final int op, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doRST(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void doRST(final int ctx, final int address)",
"identifier": "doRST",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void doRST(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80.doRollShift(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private int doRollShift(final int ctx, final int op, final int reg)",
"identifier": "doRollShift",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "int",
"signature": "int doRollShift(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doROTmem_LDreg(final int ctx, final int reg, final int op)",
"constructor": false,
"full_signature": "private void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"identifier": "doROTmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int op)",
"return": "void",
"signature": "void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80.doBIT(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private void doBIT(final int ctx, final int bit, final int reg)",
"identifier": "doBIT",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "void",
"signature": "void doBIT(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRES(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doRES(final int ctx, final int bit, final int reg)",
"identifier": "doRES",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doRES(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doSET(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doSET(final int ctx, final int bit, final int reg)",
"identifier": "doSET",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doSET(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doRESmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
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},
{
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"full_signature": "private void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doSETmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
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},
{
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"full_signature": "private void doIN_C(final int ctx)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_C(final int ctx)",
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},
{
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"full_signature": "private void doIN_C(final int ctx, final int y)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doIN_C(final int ctx, final int y)",
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},
{
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"full_signature": "private void doOUT_C(final int ctx)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUT_C(final int ctx)",
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},
{
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"full_signature": "private void doOUT_C(final int ctx, final int y)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doOUT_C(final int ctx, final int y)",
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},
{
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"full_signature": "private void doLD_mNN_RegP(final int ctx, final int p)",
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"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_mNN_RegP(final int ctx, final int p)",
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},
{
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"full_signature": "private void doLD_RegP_mNN(final int ctx, final int p)",
"identifier": "doLD_RegP_mNN",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_RegP_mNN(final int ctx, final int p)",
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},
{
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"full_signature": "private void doNEG()",
"identifier": "doNEG",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNEG()",
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},
{
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"full_signature": "private void doRETI(final int ctx)",
"identifier": "doRETI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETI(final int ctx)",
"testcase": false
},
{
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"full_signature": "private void doRETN(final int ctx)",
"identifier": "doRETN",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETN(final int ctx)",
"testcase": false
},
{
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"full_signature": "private void doIM(final int y)",
"identifier": "doIM",
"modifiers": "private",
"parameters": "(final int y)",
"return": "void",
"signature": "void doIM(final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_I_A()",
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"full_signature": "private void doLD_I_A()",
"identifier": "doLD_I_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_I_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_R_A()",
"constructor": false,
"full_signature": "private void doLD_R_A()",
"identifier": "doLD_R_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_R_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_I()",
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"full_signature": "private void doLD_A_I()",
"identifier": "doLD_A_I",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_I()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_R()",
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"full_signature": "private void doLD_A_R()",
"identifier": "doLD_A_R",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_R()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRD(final int ctx)",
"constructor": false,
"full_signature": "private void doRRD(final int ctx)",
"identifier": "doRRD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRRD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLD(final int ctx)",
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"full_signature": "private void doRLD(final int ctx)",
"identifier": "doRLD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRLD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private boolean doBLI(final int ctx, final int y, final int z)",
"identifier": "doBLI",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "boolean",
"signature": "boolean doBLI(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mBC(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mBC(final int ctx)",
"identifier": "doLD_A_mBC",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mBC(final int ctx)",
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},
{
"class_method_signature": "Z80.doLDIR(final int ctx)",
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"full_signature": "private boolean doLDIR(final int ctx)",
"identifier": "doLDIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mDE(final int ctx)",
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"full_signature": "private void doLD_A_mDE(final int ctx)",
"identifier": "doLD_A_mDE",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mDE(final int ctx)",
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},
{
"class_method_signature": "Z80.doCPIR(final int ctx)",
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"full_signature": "private boolean doCPIR(final int ctx)",
"identifier": "doCPIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINI_IND(final int ctx, final boolean ini)",
"constructor": false,
"full_signature": "private void doINI_IND(final int ctx, final boolean ini)",
"identifier": "doINI_IND",
"modifiers": "private",
"parameters": "(final int ctx, final boolean ini)",
"return": "void",
"signature": "void doINI_IND(final int ctx, final boolean ini)",
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},
{
"class_method_signature": "Z80.doINIR(final int ctx)",
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"full_signature": "private boolean doINIR(final int ctx)",
"identifier": "doINIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINIR(final int ctx)",
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},
{
"class_method_signature": "Z80.doINDR(final int ctx)",
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"full_signature": "private boolean doINDR(final int ctx)",
"identifier": "doINDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINDR(final int ctx)",
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},
{
"class_method_signature": "Z80.doLDI(final int ctx)",
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"full_signature": "private void doLDI(final int ctx)",
"identifier": "doLDI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDI(final int ctx)",
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},
{
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"full_signature": "private boolean doOTIR(final int ctx)",
"identifier": "doOTIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTIR(final int ctx)",
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},
{
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"identifier": "doCPI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPI(final int ctx)",
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},
{
"class_method_signature": "Z80.doOTDR(final int ctx)",
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"full_signature": "private boolean doOTDR(final int ctx)",
"identifier": "doOTDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTDR(final int ctx)",
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},
{
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"full_signature": "private boolean doLDDR(final int ctx)",
"identifier": "doLDDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDDR(final int ctx)",
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},
{
"class_method_signature": "Z80.doOUTI_OUTD(final int ctx, final boolean inc)",
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"full_signature": "private void doOUTI_OUTD(final int ctx, final boolean inc)",
"identifier": "doOUTI_OUTD",
"modifiers": "private",
"parameters": "(final int ctx, final boolean inc)",
"return": "void",
"signature": "void doOUTI_OUTD(final int ctx, final boolean inc)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPDR(final int ctx)",
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"full_signature": "private boolean doCPDR(final int ctx)",
"identifier": "doCPDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.getStateAsString()",
"constructor": false,
"full_signature": "public String getStateAsString()",
"identifier": "getStateAsString",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getStateAsString()",
"testcase": false
},
{
"class_method_signature": "Z80.doReset()",
"constructor": false,
"full_signature": "public void doReset()",
"identifier": "doReset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void doReset()",
"testcase": false
},
{
"class_method_signature": "Z80.compareState(final Z80 other, final boolean compareExe)",
"constructor": false,
"full_signature": "public boolean compareState(final Z80 other, final boolean compareExe)",
"identifier": "compareState",
"modifiers": "public",
"parameters": "(final Z80 other, final boolean compareExe)",
"return": "boolean",
"signature": "boolean compareState(final Z80 other, final boolean compareExe)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDD(final int ctx)",
"constructor": false,
"full_signature": "private void doLDD(final int ctx)",
"identifier": "doLDD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPD(final int ctx)",
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"full_signature": "private void doCPD(final int ctx)",
"identifier": "doCPD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPD(final int ctx)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public int getRegisterPair(final int regPair) {\n return this.getRegisterPair(regPair, false);\n }",
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"invocations": [
"getRegisterPair"
],
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 5,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 32104835,
"size": 23159,
"stargazer_count": 44,
"stars": null,
"updates": null,
"url": "https://github.com/raydac/zxpoly"
}
|
32104835_154
|
{
"fields": [],
"file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java",
"identifier": "Z80Test",
"interfaces": "",
"superclass": "extends AbstractZ80Test"
}
|
{
"body": "@Test\n public void testCommand_RR_mIYd() {\n final Z80State state = new Z80State();\n state.IY = 0x1234;\n state.F = 0x00;\n\n memory[0x1239] = (byte) 0xDD;\n\n final Pair<Z80, Integer> cpu = executeCommand(state, 0xFD, 0xCB, 0x05, 0x1E);\n\n assertMemory(0x1239, 0x6E);\n assertFlagsExcludeReserved(Z80.FLAG_C, cpu.getLeft().getRegister(Z80.REG_F));\n assertEquals(23, cpu.getRight().intValue());\n }",
"class_method_signature": "Z80Test.testCommand_RR_mIYd()",
"constructor": false,
"full_signature": "@Test public void testCommand_RR_mIYd()",
"identifier": "testCommand_RR_mIYd",
"invocations": [
"executeCommand",
"assertMemory",
"assertFlagsExcludeReserved",
"getRegister",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_RR_mIYd()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
"modifier": "private",
"original_string": "private int q;",
"type": "int",
"var_name": "q"
},
{
"declarator": "lastQ",
"modifier": "private",
"original_string": "private int lastQ;",
"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
"constructor": false,
"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doRETByFlag(final int ctx, final int y)",
"identifier": "doRETByFlag",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doRETByFlag(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRET(final int ctx)",
"constructor": false,
"full_signature": "private void doRET(final int ctx)",
"identifier": "doRET",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRET(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPOPRegPair(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPOPRegPair(final int ctx, final int p)",
"identifier": "doPOPRegPair",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPOPRegPair(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doEXX()",
"constructor": false,
"full_signature": "private void doEXX()",
"identifier": "doEXX",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEXX()",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doJP_HL(final int ctx)",
"identifier": "doJP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_SP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_SP_HL(final int ctx)",
"identifier": "doLD_SP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_SP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_cc(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJP_cc(final int ctx, final int cc)",
"identifier": "doJP_cc",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJP_cc(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP(final int ctx)",
"constructor": false,
"full_signature": "private void doJP(final int ctx)",
"identifier": "doJP",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTnA(final int ctx)",
"constructor": false,
"full_signature": "private void doOUTnA(final int ctx)",
"identifier": "doOUTnA",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUTnA(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_A_n(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_A_n(final int ctx)",
"identifier": "doIN_A_n",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_A_n(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_mSP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doEX_mSP_HL(final int ctx)",
"identifier": "doEX_mSP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doEX_mSP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_DE_HL()",
"constructor": false,
"full_signature": "private void doEX_DE_HL()",
"identifier": "doEX_DE_HL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_DE_HL()",
"testcase": false
},
{
"class_method_signature": "Z80.doDI()",
"constructor": false,
"full_signature": "private void doDI()",
"identifier": "doDI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDI()",
"testcase": false
},
{
"class_method_signature": "Z80.doEI()",
"constructor": false,
"full_signature": "private void doEI()",
"identifier": "doEI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEI()",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx, final int y)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doCALL(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCALL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPUSH(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPUSH(final int ctx, final int p)",
"identifier": "doPUSH",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPUSH(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_Reg(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private void doALU_A_Reg(final int ctx, final int op, final int reg)",
"identifier": "doALU_A_Reg",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "void",
"signature": "void doALU_A_Reg(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_n(final int ctx, final int op)",
"constructor": false,
"full_signature": "private void doALU_A_n(final int ctx, final int op)",
"identifier": "doALU_A_n",
"modifiers": "private",
"parameters": "(final int ctx, final int op)",
"return": "void",
"signature": "void doALU_A_n(final int ctx, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80._aluAccumulatorOp(final int op, final int value)",
"constructor": false,
"full_signature": "private void _aluAccumulatorOp(final int op, final int value)",
"identifier": "_aluAccumulatorOp",
"modifiers": "private",
"parameters": "(final int op, final int value)",
"return": "void",
"signature": "void _aluAccumulatorOp(final int op, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doRST(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void doRST(final int ctx, final int address)",
"identifier": "doRST",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void doRST(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80.doRollShift(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private int doRollShift(final int ctx, final int op, final int reg)",
"identifier": "doRollShift",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "int",
"signature": "int doRollShift(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doROTmem_LDreg(final int ctx, final int reg, final int op)",
"constructor": false,
"full_signature": "private void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"identifier": "doROTmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int op)",
"return": "void",
"signature": "void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80.doBIT(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private void doBIT(final int ctx, final int bit, final int reg)",
"identifier": "doBIT",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "void",
"signature": "void doBIT(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRES(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doRES(final int ctx, final int bit, final int reg)",
"identifier": "doRES",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doRES(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doSET(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doSET(final int ctx, final int bit, final int reg)",
"identifier": "doSET",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doSET(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doRESmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doSETmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx, final int y)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doIN_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUT_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx, final int y)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doOUT_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_RegP(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_mNN_RegP(final int ctx, final int p)",
"identifier": "doLD_mNN_RegP",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_mNN_RegP(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_RegP_mNN(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_RegP_mNN(final int ctx, final int p)",
"identifier": "doLD_RegP_mNN",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_RegP_mNN(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doNEG()",
"constructor": false,
"full_signature": "private void doNEG()",
"identifier": "doNEG",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNEG()",
"testcase": false
},
{
"class_method_signature": "Z80.doRETI(final int ctx)",
"constructor": false,
"full_signature": "private void doRETI(final int ctx)",
"identifier": "doRETI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETN(final int ctx)",
"constructor": false,
"full_signature": "private void doRETN(final int ctx)",
"identifier": "doRETN",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETN(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIM(final int y)",
"constructor": false,
"full_signature": "private void doIM(final int y)",
"identifier": "doIM",
"modifiers": "private",
"parameters": "(final int y)",
"return": "void",
"signature": "void doIM(final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_I_A()",
"constructor": false,
"full_signature": "private void doLD_I_A()",
"identifier": "doLD_I_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_I_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_R_A()",
"constructor": false,
"full_signature": "private void doLD_R_A()",
"identifier": "doLD_R_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_R_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_I()",
"constructor": false,
"full_signature": "private void doLD_A_I()",
"identifier": "doLD_A_I",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_I()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_R()",
"constructor": false,
"full_signature": "private void doLD_A_R()",
"identifier": "doLD_A_R",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_R()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRD(final int ctx)",
"constructor": false,
"full_signature": "private void doRRD(final int ctx)",
"identifier": "doRRD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRRD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLD(final int ctx)",
"constructor": false,
"full_signature": "private void doRLD(final int ctx)",
"identifier": "doRLD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRLD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private boolean doBLI(final int ctx, final int y, final int z)",
"identifier": "doBLI",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "boolean",
"signature": "boolean doBLI(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mBC(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mBC(final int ctx)",
"identifier": "doLD_A_mBC",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mBC(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDIR(final int ctx)",
"identifier": "doLDIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mDE(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mDE(final int ctx)",
"identifier": "doLD_A_mDE",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mDE(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPIR(final int ctx)",
"identifier": "doCPIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINI_IND(final int ctx, final boolean ini)",
"constructor": false,
"full_signature": "private void doINI_IND(final int ctx, final boolean ini)",
"identifier": "doINI_IND",
"modifiers": "private",
"parameters": "(final int ctx, final boolean ini)",
"return": "void",
"signature": "void doINI_IND(final int ctx, final boolean ini)",
"testcase": false
},
{
"class_method_signature": "Z80.doINIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINIR(final int ctx)",
"identifier": "doINIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINDR(final int ctx)",
"identifier": "doINDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDI(final int ctx)",
"constructor": false,
"full_signature": "private void doLDI(final int ctx)",
"identifier": "doLDI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTIR(final int ctx)",
"identifier": "doOTIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPI(final int ctx)",
"constructor": false,
"full_signature": "private void doCPI(final int ctx)",
"identifier": "doCPI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTDR(final int ctx)",
"identifier": "doOTDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDDR(final int ctx)",
"identifier": "doLDDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTI_OUTD(final int ctx, final boolean inc)",
"constructor": false,
"full_signature": "private void doOUTI_OUTD(final int ctx, final boolean inc)",
"identifier": "doOUTI_OUTD",
"modifiers": "private",
"parameters": "(final int ctx, final boolean inc)",
"return": "void",
"signature": "void doOUTI_OUTD(final int ctx, final boolean inc)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPDR(final int ctx)",
"identifier": "doCPDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.getStateAsString()",
"constructor": false,
"full_signature": "public String getStateAsString()",
"identifier": "getStateAsString",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getStateAsString()",
"testcase": false
},
{
"class_method_signature": "Z80.doReset()",
"constructor": false,
"full_signature": "public void doReset()",
"identifier": "doReset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void doReset()",
"testcase": false
},
{
"class_method_signature": "Z80.compareState(final Z80 other, final boolean compareExe)",
"constructor": false,
"full_signature": "public boolean compareState(final Z80 other, final boolean compareExe)",
"identifier": "compareState",
"modifiers": "public",
"parameters": "(final Z80 other, final boolean compareExe)",
"return": "boolean",
"signature": "boolean compareState(final Z80 other, final boolean compareExe)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDD(final int ctx)",
"constructor": false,
"full_signature": "private void doLDD(final int ctx)",
"identifier": "doLDD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPD(final int ctx)",
"constructor": false,
"full_signature": "private void doCPD(final int ctx)",
"identifier": "doCPD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPD(final int ctx)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }",
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"invocations": [
"getRegister"
],
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 5,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 32104835,
"size": 23159,
"stargazer_count": 44,
"stars": null,
"updates": null,
"url": "https://github.com/raydac/zxpoly"
}
|
32104835_81
|
{
"fields": [],
"file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java",
"identifier": "Z80Test",
"interfaces": "",
"superclass": "extends AbstractZ80Test"
}
|
{
"body": "@Test\n public void testCommand_AND_C_ParityFalse() {\n final Z80State state = new Z80State();\n state.A = 0x07;\n state.C = 0x09;\n\n state.F = 0xFF;\n\n final Pair<Z80, Integer> cpu = executeCommand(state, 0xA1);\n\n assertEquals(0x09, cpu.getLeft().getRegister(Z80.REG_C));\n assertEquals(0x01, cpu.getLeft().getRegister(Z80.REG_A));\n assertFlagsExcludeReserved(Z80.FLAG_H, cpu.getLeft().getRegister(Z80.REG_F) & 0xFF);\n\n assertEquals(4, cpu.getRight().intValue());\n }",
"class_method_signature": "Z80Test.testCommand_AND_C_ParityFalse()",
"constructor": false,
"full_signature": "@Test public void testCommand_AND_C_ParityFalse()",
"identifier": "testCommand_AND_C_ParityFalse",
"invocations": [
"executeCommand",
"assertEquals",
"getRegister",
"getLeft",
"assertEquals",
"getRegister",
"getLeft",
"assertFlagsExcludeReserved",
"getRegister",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_AND_C_ParityFalse()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
"modifier": "private",
"original_string": "private int q;",
"type": "int",
"var_name": "q"
},
{
"declarator": "lastQ",
"modifier": "private",
"original_string": "private int lastQ;",
"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
"constructor": false,
"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doRETByFlag(final int ctx, final int y)",
"identifier": "doRETByFlag",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doRETByFlag(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRET(final int ctx)",
"constructor": false,
"full_signature": "private void doRET(final int ctx)",
"identifier": "doRET",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRET(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPOPRegPair(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPOPRegPair(final int ctx, final int p)",
"identifier": "doPOPRegPair",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPOPRegPair(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doEXX()",
"constructor": false,
"full_signature": "private void doEXX()",
"identifier": "doEXX",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEXX()",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doJP_HL(final int ctx)",
"identifier": "doJP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_SP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_SP_HL(final int ctx)",
"identifier": "doLD_SP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_SP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_cc(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJP_cc(final int ctx, final int cc)",
"identifier": "doJP_cc",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJP_cc(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP(final int ctx)",
"constructor": false,
"full_signature": "private void doJP(final int ctx)",
"identifier": "doJP",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTnA(final int ctx)",
"constructor": false,
"full_signature": "private void doOUTnA(final int ctx)",
"identifier": "doOUTnA",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUTnA(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_A_n(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_A_n(final int ctx)",
"identifier": "doIN_A_n",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_A_n(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_mSP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doEX_mSP_HL(final int ctx)",
"identifier": "doEX_mSP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doEX_mSP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_DE_HL()",
"constructor": false,
"full_signature": "private void doEX_DE_HL()",
"identifier": "doEX_DE_HL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_DE_HL()",
"testcase": false
},
{
"class_method_signature": "Z80.doDI()",
"constructor": false,
"full_signature": "private void doDI()",
"identifier": "doDI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDI()",
"testcase": false
},
{
"class_method_signature": "Z80.doEI()",
"constructor": false,
"full_signature": "private void doEI()",
"identifier": "doEI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEI()",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx, final int y)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doCALL(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCALL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPUSH(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPUSH(final int ctx, final int p)",
"identifier": "doPUSH",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPUSH(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_Reg(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private void doALU_A_Reg(final int ctx, final int op, final int reg)",
"identifier": "doALU_A_Reg",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "void",
"signature": "void doALU_A_Reg(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_n(final int ctx, final int op)",
"constructor": false,
"full_signature": "private void doALU_A_n(final int ctx, final int op)",
"identifier": "doALU_A_n",
"modifiers": "private",
"parameters": "(final int ctx, final int op)",
"return": "void",
"signature": "void doALU_A_n(final int ctx, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80._aluAccumulatorOp(final int op, final int value)",
"constructor": false,
"full_signature": "private void _aluAccumulatorOp(final int op, final int value)",
"identifier": "_aluAccumulatorOp",
"modifiers": "private",
"parameters": "(final int op, final int value)",
"return": "void",
"signature": "void _aluAccumulatorOp(final int op, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doRST(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void doRST(final int ctx, final int address)",
"identifier": "doRST",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void doRST(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80.doRollShift(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private int doRollShift(final int ctx, final int op, final int reg)",
"identifier": "doRollShift",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "int",
"signature": "int doRollShift(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doROTmem_LDreg(final int ctx, final int reg, final int op)",
"constructor": false,
"full_signature": "private void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"identifier": "doROTmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int op)",
"return": "void",
"signature": "void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80.doBIT(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private void doBIT(final int ctx, final int bit, final int reg)",
"identifier": "doBIT",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "void",
"signature": "void doBIT(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRES(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doRES(final int ctx, final int bit, final int reg)",
"identifier": "doRES",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doRES(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doSET(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doSET(final int ctx, final int bit, final int reg)",
"identifier": "doSET",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doSET(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doRESmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doSETmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx, final int y)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doIN_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUT_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx, final int y)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doOUT_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_RegP(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_mNN_RegP(final int ctx, final int p)",
"identifier": "doLD_mNN_RegP",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_mNN_RegP(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_RegP_mNN(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_RegP_mNN(final int ctx, final int p)",
"identifier": "doLD_RegP_mNN",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_RegP_mNN(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doNEG()",
"constructor": false,
"full_signature": "private void doNEG()",
"identifier": "doNEG",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNEG()",
"testcase": false
},
{
"class_method_signature": "Z80.doRETI(final int ctx)",
"constructor": false,
"full_signature": "private void doRETI(final int ctx)",
"identifier": "doRETI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETN(final int ctx)",
"constructor": false,
"full_signature": "private void doRETN(final int ctx)",
"identifier": "doRETN",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETN(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIM(final int y)",
"constructor": false,
"full_signature": "private void doIM(final int y)",
"identifier": "doIM",
"modifiers": "private",
"parameters": "(final int y)",
"return": "void",
"signature": "void doIM(final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_I_A()",
"constructor": false,
"full_signature": "private void doLD_I_A()",
"identifier": "doLD_I_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_I_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_R_A()",
"constructor": false,
"full_signature": "private void doLD_R_A()",
"identifier": "doLD_R_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_R_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_I()",
"constructor": false,
"full_signature": "private void doLD_A_I()",
"identifier": "doLD_A_I",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_I()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_R()",
"constructor": false,
"full_signature": "private void doLD_A_R()",
"identifier": "doLD_A_R",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_R()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRD(final int ctx)",
"constructor": false,
"full_signature": "private void doRRD(final int ctx)",
"identifier": "doRRD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRRD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLD(final int ctx)",
"constructor": false,
"full_signature": "private void doRLD(final int ctx)",
"identifier": "doRLD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRLD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private boolean doBLI(final int ctx, final int y, final int z)",
"identifier": "doBLI",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "boolean",
"signature": "boolean doBLI(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mBC(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mBC(final int ctx)",
"identifier": "doLD_A_mBC",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mBC(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDIR(final int ctx)",
"identifier": "doLDIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mDE(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mDE(final int ctx)",
"identifier": "doLD_A_mDE",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mDE(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPIR(final int ctx)",
"identifier": "doCPIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINI_IND(final int ctx, final boolean ini)",
"constructor": false,
"full_signature": "private void doINI_IND(final int ctx, final boolean ini)",
"identifier": "doINI_IND",
"modifiers": "private",
"parameters": "(final int ctx, final boolean ini)",
"return": "void",
"signature": "void doINI_IND(final int ctx, final boolean ini)",
"testcase": false
},
{
"class_method_signature": "Z80.doINIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINIR(final int ctx)",
"identifier": "doINIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINDR(final int ctx)",
"identifier": "doINDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDI(final int ctx)",
"constructor": false,
"full_signature": "private void doLDI(final int ctx)",
"identifier": "doLDI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTIR(final int ctx)",
"identifier": "doOTIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPI(final int ctx)",
"constructor": false,
"full_signature": "private void doCPI(final int ctx)",
"identifier": "doCPI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTDR(final int ctx)",
"identifier": "doOTDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDDR(final int ctx)",
"identifier": "doLDDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTI_OUTD(final int ctx, final boolean inc)",
"constructor": false,
"full_signature": "private void doOUTI_OUTD(final int ctx, final boolean inc)",
"identifier": "doOUTI_OUTD",
"modifiers": "private",
"parameters": "(final int ctx, final boolean inc)",
"return": "void",
"signature": "void doOUTI_OUTD(final int ctx, final boolean inc)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPDR(final int ctx)",
"identifier": "doCPDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.getStateAsString()",
"constructor": false,
"full_signature": "public String getStateAsString()",
"identifier": "getStateAsString",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getStateAsString()",
"testcase": false
},
{
"class_method_signature": "Z80.doReset()",
"constructor": false,
"full_signature": "public void doReset()",
"identifier": "doReset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void doReset()",
"testcase": false
},
{
"class_method_signature": "Z80.compareState(final Z80 other, final boolean compareExe)",
"constructor": false,
"full_signature": "public boolean compareState(final Z80 other, final boolean compareExe)",
"identifier": "compareState",
"modifiers": "public",
"parameters": "(final Z80 other, final boolean compareExe)",
"return": "boolean",
"signature": "boolean compareState(final Z80 other, final boolean compareExe)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDD(final int ctx)",
"constructor": false,
"full_signature": "private void doLDD(final int ctx)",
"identifier": "doLDD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPD(final int ctx)",
"constructor": false,
"full_signature": "private void doCPD(final int ctx)",
"identifier": "doCPD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPD(final int ctx)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }",
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"invocations": [
"getRegister"
],
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 5,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 32104835,
"size": 23159,
"stargazer_count": 44,
"stars": null,
"updates": null,
"url": "https://github.com/raydac/zxpoly"
}
|
32104835_103
|
{
"fields": [],
"file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java",
"identifier": "Z80Test",
"interfaces": "",
"superclass": "extends AbstractZ80Test"
}
|
{
"body": "@Test\n public void testCommand_CP_mHL() {\n final Z80State state = new Z80State();\n state.A = 0x29;\n\n state.L = 0x34;\n state.H = 0x12;\n memory[0x1234] = 0x11;\n\n state.F = 0xFF;\n\n final Pair<Z80, Integer> cpu = executeCommand(state, 0xBE);\n\n assertEquals(0x29, cpu.getLeft().getRegister(Z80.REG_A));\n assertFlagsExcludeReserved(FLAG_N, cpu.getLeft().getRegister(Z80.REG_F) & 0xFF);\n\n assertEquals(7, cpu.getRight().intValue());\n }",
"class_method_signature": "Z80Test.testCommand_CP_mHL()",
"constructor": false,
"full_signature": "@Test public void testCommand_CP_mHL()",
"identifier": "testCommand_CP_mHL",
"invocations": [
"executeCommand",
"assertEquals",
"getRegister",
"getLeft",
"assertFlagsExcludeReserved",
"getRegister",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_CP_mHL()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
"modifier": "private",
"original_string": "private int q;",
"type": "int",
"var_name": "q"
},
{
"declarator": "lastQ",
"modifier": "private",
"original_string": "private int lastQ;",
"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
"constructor": false,
"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doRETByFlag(final int ctx, final int y)",
"identifier": "doRETByFlag",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doRETByFlag(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRET(final int ctx)",
"constructor": false,
"full_signature": "private void doRET(final int ctx)",
"identifier": "doRET",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRET(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPOPRegPair(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPOPRegPair(final int ctx, final int p)",
"identifier": "doPOPRegPair",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPOPRegPair(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doEXX()",
"constructor": false,
"full_signature": "private void doEXX()",
"identifier": "doEXX",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEXX()",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doJP_HL(final int ctx)",
"identifier": "doJP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_SP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_SP_HL(final int ctx)",
"identifier": "doLD_SP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_SP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_cc(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJP_cc(final int ctx, final int cc)",
"identifier": "doJP_cc",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJP_cc(final int ctx, final int cc)",
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},
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},
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"full_signature": "private void doLD_RegP_mNN(final int ctx, final int p)",
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"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_RegP_mNN(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doNEG()",
"constructor": false,
"full_signature": "private void doNEG()",
"identifier": "doNEG",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNEG()",
"testcase": false
},
{
"class_method_signature": "Z80.doRETI(final int ctx)",
"constructor": false,
"full_signature": "private void doRETI(final int ctx)",
"identifier": "doRETI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETI(final int ctx)",
"testcase": false
},
{
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"constructor": false,
"full_signature": "private void doRETN(final int ctx)",
"identifier": "doRETN",
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"testcase": false
},
{
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"constructor": false,
"full_signature": "private void doIM(final int y)",
"identifier": "doIM",
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"return": "void",
"signature": "void doIM(final int y)",
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},
{
"class_method_signature": "Z80.doLD_I_A()",
"constructor": false,
"full_signature": "private void doLD_I_A()",
"identifier": "doLD_I_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_I_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_R_A()",
"constructor": false,
"full_signature": "private void doLD_R_A()",
"identifier": "doLD_R_A",
"modifiers": "private",
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"return": "void",
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},
{
"class_method_signature": "Z80.doLD_A_I()",
"constructor": false,
"full_signature": "private void doLD_A_I()",
"identifier": "doLD_A_I",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_I()",
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},
{
"class_method_signature": "Z80.doLD_A_R()",
"constructor": false,
"full_signature": "private void doLD_A_R()",
"identifier": "doLD_A_R",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_R()",
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},
{
"class_method_signature": "Z80.doRRD(final int ctx)",
"constructor": false,
"full_signature": "private void doRRD(final int ctx)",
"identifier": "doRRD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRRD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLD(final int ctx)",
"constructor": false,
"full_signature": "private void doRLD(final int ctx)",
"identifier": "doRLD",
"modifiers": "private",
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"return": "void",
"signature": "void doRLD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private boolean doBLI(final int ctx, final int y, final int z)",
"identifier": "doBLI",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "boolean",
"signature": "boolean doBLI(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mBC(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mBC(final int ctx)",
"identifier": "doLD_A_mBC",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mBC(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDIR(final int ctx)",
"identifier": "doLDIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mDE(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mDE(final int ctx)",
"identifier": "doLD_A_mDE",
"modifiers": "private",
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},
{
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"constructor": false,
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},
{
"class_method_signature": "Z80.doINI_IND(final int ctx, final boolean ini)",
"constructor": false,
"full_signature": "private void doINI_IND(final int ctx, final boolean ini)",
"identifier": "doINI_IND",
"modifiers": "private",
"parameters": "(final int ctx, final boolean ini)",
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},
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"identifier": "doINIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINDR(final int ctx)",
"identifier": "doINDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDI(final int ctx)",
"constructor": false,
"full_signature": "private void doLDI(final int ctx)",
"identifier": "doLDI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTIR(final int ctx)",
"identifier": "doOTIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPI(final int ctx)",
"constructor": false,
"full_signature": "private void doCPI(final int ctx)",
"identifier": "doCPI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTDR(final int ctx)",
"identifier": "doOTDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDDR(final int ctx)",
"identifier": "doLDDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTI_OUTD(final int ctx, final boolean inc)",
"constructor": false,
"full_signature": "private void doOUTI_OUTD(final int ctx, final boolean inc)",
"identifier": "doOUTI_OUTD",
"modifiers": "private",
"parameters": "(final int ctx, final boolean inc)",
"return": "void",
"signature": "void doOUTI_OUTD(final int ctx, final boolean inc)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPDR(final int ctx)",
"identifier": "doCPDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.getStateAsString()",
"constructor": false,
"full_signature": "public String getStateAsString()",
"identifier": "getStateAsString",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getStateAsString()",
"testcase": false
},
{
"class_method_signature": "Z80.doReset()",
"constructor": false,
"full_signature": "public void doReset()",
"identifier": "doReset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void doReset()",
"testcase": false
},
{
"class_method_signature": "Z80.compareState(final Z80 other, final boolean compareExe)",
"constructor": false,
"full_signature": "public boolean compareState(final Z80 other, final boolean compareExe)",
"identifier": "compareState",
"modifiers": "public",
"parameters": "(final Z80 other, final boolean compareExe)",
"return": "boolean",
"signature": "boolean compareState(final Z80 other, final boolean compareExe)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDD(final int ctx)",
"constructor": false,
"full_signature": "private void doLDD(final int ctx)",
"identifier": "doLDD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPD(final int ctx)",
"constructor": false,
"full_signature": "private void doCPD(final int ctx)",
"identifier": "doCPD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPD(final int ctx)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }",
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"invocations": [
"getRegister"
],
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 5,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 32104835,
"size": 23159,
"stargazer_count": 44,
"stars": null,
"updates": null,
"url": "https://github.com/raydac/zxpoly"
}
|
32104835_6
|
{
"fields": [],
"file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java",
"identifier": "Z80Test",
"interfaces": "",
"superclass": "extends AbstractZ80Test"
}
|
{
"body": "@Test\n public void testCommand_LD_A_IXh() {\n final Z80State state = new Z80State();\n state.A = 0xFF;\n state.IX = 0x1234;\n final Pair<Z80, Integer> cpu = executeCommand(state, 0xDD, 0x7C);\n assertEquals(0x12, cpu.getLeft().getRegister(Z80.REG_A));\n assertEquals(0x1234, cpu.getLeft().getRegister(Z80.REG_IX));\n assertFlagsNotChanged(state, cpu.getLeft());\n assertEquals(8, cpu.getRight().intValue());\n }",
"class_method_signature": "Z80Test.testCommand_LD_A_IXh()",
"constructor": false,
"full_signature": "@Test public void testCommand_LD_A_IXh()",
"identifier": "testCommand_LD_A_IXh",
"invocations": [
"executeCommand",
"assertEquals",
"getRegister",
"getLeft",
"assertEquals",
"getRegister",
"getLeft",
"assertFlagsNotChanged",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_LD_A_IXh()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
"modifier": "private",
"original_string": "private int q;",
"type": "int",
"var_name": "q"
},
{
"declarator": "lastQ",
"modifier": "private",
"original_string": "private int lastQ;",
"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
"constructor": false,
"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doRETByFlag(final int ctx, final int y)",
"identifier": "doRETByFlag",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doRETByFlag(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRET(final int ctx)",
"constructor": false,
"full_signature": "private void doRET(final int ctx)",
"identifier": "doRET",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRET(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPOPRegPair(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPOPRegPair(final int ctx, final int p)",
"identifier": "doPOPRegPair",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPOPRegPair(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doEXX()",
"constructor": false,
"full_signature": "private void doEXX()",
"identifier": "doEXX",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEXX()",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doJP_HL(final int ctx)",
"identifier": "doJP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_SP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_SP_HL(final int ctx)",
"identifier": "doLD_SP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_SP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_cc(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJP_cc(final int ctx, final int cc)",
"identifier": "doJP_cc",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJP_cc(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP(final int ctx)",
"constructor": false,
"full_signature": "private void doJP(final int ctx)",
"identifier": "doJP",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTnA(final int ctx)",
"constructor": false,
"full_signature": "private void doOUTnA(final int ctx)",
"identifier": "doOUTnA",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUTnA(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_A_n(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_A_n(final int ctx)",
"identifier": "doIN_A_n",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_A_n(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_mSP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doEX_mSP_HL(final int ctx)",
"identifier": "doEX_mSP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doEX_mSP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_DE_HL()",
"constructor": false,
"full_signature": "private void doEX_DE_HL()",
"identifier": "doEX_DE_HL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_DE_HL()",
"testcase": false
},
{
"class_method_signature": "Z80.doDI()",
"constructor": false,
"full_signature": "private void doDI()",
"identifier": "doDI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDI()",
"testcase": false
},
{
"class_method_signature": "Z80.doEI()",
"constructor": false,
"full_signature": "private void doEI()",
"identifier": "doEI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEI()",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx, final int y)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doCALL(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCALL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPUSH(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPUSH(final int ctx, final int p)",
"identifier": "doPUSH",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPUSH(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_Reg(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private void doALU_A_Reg(final int ctx, final int op, final int reg)",
"identifier": "doALU_A_Reg",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "void",
"signature": "void doALU_A_Reg(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_n(final int ctx, final int op)",
"constructor": false,
"full_signature": "private void doALU_A_n(final int ctx, final int op)",
"identifier": "doALU_A_n",
"modifiers": "private",
"parameters": "(final int ctx, final int op)",
"return": "void",
"signature": "void doALU_A_n(final int ctx, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80._aluAccumulatorOp(final int op, final int value)",
"constructor": false,
"full_signature": "private void _aluAccumulatorOp(final int op, final int value)",
"identifier": "_aluAccumulatorOp",
"modifiers": "private",
"parameters": "(final int op, final int value)",
"return": "void",
"signature": "void _aluAccumulatorOp(final int op, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doRST(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void doRST(final int ctx, final int address)",
"identifier": "doRST",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void doRST(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80.doRollShift(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private int doRollShift(final int ctx, final int op, final int reg)",
"identifier": "doRollShift",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "int",
"signature": "int doRollShift(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doROTmem_LDreg(final int ctx, final int reg, final int op)",
"constructor": false,
"full_signature": "private void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"identifier": "doROTmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int op)",
"return": "void",
"signature": "void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80.doBIT(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private void doBIT(final int ctx, final int bit, final int reg)",
"identifier": "doBIT",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "void",
"signature": "void doBIT(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRES(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doRES(final int ctx, final int bit, final int reg)",
"identifier": "doRES",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doRES(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doSET(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doSET(final int ctx, final int bit, final int reg)",
"identifier": "doSET",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doSET(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doRESmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doSETmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx, final int y)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doIN_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUT_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx, final int y)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doOUT_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_RegP(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_mNN_RegP(final int ctx, final int p)",
"identifier": "doLD_mNN_RegP",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_mNN_RegP(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_RegP_mNN(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_RegP_mNN(final int ctx, final int p)",
"identifier": "doLD_RegP_mNN",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_RegP_mNN(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doNEG()",
"constructor": false,
"full_signature": "private void doNEG()",
"identifier": "doNEG",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNEG()",
"testcase": false
},
{
"class_method_signature": "Z80.doRETI(final int ctx)",
"constructor": false,
"full_signature": "private void doRETI(final int ctx)",
"identifier": "doRETI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETN(final int ctx)",
"constructor": false,
"full_signature": "private void doRETN(final int ctx)",
"identifier": "doRETN",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETN(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIM(final int y)",
"constructor": false,
"full_signature": "private void doIM(final int y)",
"identifier": "doIM",
"modifiers": "private",
"parameters": "(final int y)",
"return": "void",
"signature": "void doIM(final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_I_A()",
"constructor": false,
"full_signature": "private void doLD_I_A()",
"identifier": "doLD_I_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_I_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_R_A()",
"constructor": false,
"full_signature": "private void doLD_R_A()",
"identifier": "doLD_R_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_R_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_I()",
"constructor": false,
"full_signature": "private void doLD_A_I()",
"identifier": "doLD_A_I",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_I()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_R()",
"constructor": false,
"full_signature": "private void doLD_A_R()",
"identifier": "doLD_A_R",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_R()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRD(final int ctx)",
"constructor": false,
"full_signature": "private void doRRD(final int ctx)",
"identifier": "doRRD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRRD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLD(final int ctx)",
"constructor": false,
"full_signature": "private void doRLD(final int ctx)",
"identifier": "doRLD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRLD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private boolean doBLI(final int ctx, final int y, final int z)",
"identifier": "doBLI",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "boolean",
"signature": "boolean doBLI(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mBC(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mBC(final int ctx)",
"identifier": "doLD_A_mBC",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mBC(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDIR(final int ctx)",
"identifier": "doLDIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mDE(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mDE(final int ctx)",
"identifier": "doLD_A_mDE",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mDE(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPIR(final int ctx)",
"identifier": "doCPIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINI_IND(final int ctx, final boolean ini)",
"constructor": false,
"full_signature": "private void doINI_IND(final int ctx, final boolean ini)",
"identifier": "doINI_IND",
"modifiers": "private",
"parameters": "(final int ctx, final boolean ini)",
"return": "void",
"signature": "void doINI_IND(final int ctx, final boolean ini)",
"testcase": false
},
{
"class_method_signature": "Z80.doINIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINIR(final int ctx)",
"identifier": "doINIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINDR(final int ctx)",
"identifier": "doINDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDI(final int ctx)",
"constructor": false,
"full_signature": "private void doLDI(final int ctx)",
"identifier": "doLDI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTIR(final int ctx)",
"identifier": "doOTIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPI(final int ctx)",
"constructor": false,
"full_signature": "private void doCPI(final int ctx)",
"identifier": "doCPI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTDR(final int ctx)",
"identifier": "doOTDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDDR(final int ctx)",
"identifier": "doLDDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTI_OUTD(final int ctx, final boolean inc)",
"constructor": false,
"full_signature": "private void doOUTI_OUTD(final int ctx, final boolean inc)",
"identifier": "doOUTI_OUTD",
"modifiers": "private",
"parameters": "(final int ctx, final boolean inc)",
"return": "void",
"signature": "void doOUTI_OUTD(final int ctx, final boolean inc)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPDR(final int ctx)",
"identifier": "doCPDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.getStateAsString()",
"constructor": false,
"full_signature": "public String getStateAsString()",
"identifier": "getStateAsString",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getStateAsString()",
"testcase": false
},
{
"class_method_signature": "Z80.doReset()",
"constructor": false,
"full_signature": "public void doReset()",
"identifier": "doReset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void doReset()",
"testcase": false
},
{
"class_method_signature": "Z80.compareState(final Z80 other, final boolean compareExe)",
"constructor": false,
"full_signature": "public boolean compareState(final Z80 other, final boolean compareExe)",
"identifier": "compareState",
"modifiers": "public",
"parameters": "(final Z80 other, final boolean compareExe)",
"return": "boolean",
"signature": "boolean compareState(final Z80 other, final boolean compareExe)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDD(final int ctx)",
"constructor": false,
"full_signature": "private void doLDD(final int ctx)",
"identifier": "doLDD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPD(final int ctx)",
"constructor": false,
"full_signature": "private void doCPD(final int ctx)",
"identifier": "doCPD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPD(final int ctx)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }",
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"invocations": [
"getRegister"
],
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 5,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 32104835,
"size": 23159,
"stargazer_count": 44,
"stars": null,
"updates": null,
"url": "https://github.com/raydac/zxpoly"
}
|
32104835_97
|
{
"fields": [],
"file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java",
"identifier": "Z80Test",
"interfaces": "",
"superclass": "extends AbstractZ80Test"
}
|
{
"body": "@Test\n public void testCommand_CP_C_More() {\n final Z80State state = new Z80State();\n state.A = 0xF7;\n state.C = 0xF8;\n\n state.F = 0xFF;\n\n final Pair<Z80, Integer> cpu = executeCommand(state, 0xB9);\n\n assertEquals(0xF8, cpu.getLeft().getRegister(Z80.REG_C));\n assertEquals(0xF7, cpu.getLeft().getRegister(Z80.REG_A));\n assertFlagsExcludeReserved(FLAG_N | Z80.FLAG_C | Z80.FLAG_S | Z80.FLAG_H,\n cpu.getLeft().getRegister(Z80.REG_F) & 0xFF);\n\n assertEquals(4, cpu.getRight().intValue());\n }",
"class_method_signature": "Z80Test.testCommand_CP_C_More()",
"constructor": false,
"full_signature": "@Test public void testCommand_CP_C_More()",
"identifier": "testCommand_CP_C_More",
"invocations": [
"executeCommand",
"assertEquals",
"getRegister",
"getLeft",
"assertEquals",
"getRegister",
"getLeft",
"assertFlagsExcludeReserved",
"getRegister",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_CP_C_More()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
"modifier": "private",
"original_string": "private int q;",
"type": "int",
"var_name": "q"
},
{
"declarator": "lastQ",
"modifier": "private",
"original_string": "private int lastQ;",
"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
"constructor": false,
"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doRETByFlag(final int ctx, final int y)",
"identifier": "doRETByFlag",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doRETByFlag(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRET(final int ctx)",
"constructor": false,
"full_signature": "private void doRET(final int ctx)",
"identifier": "doRET",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRET(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPOPRegPair(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPOPRegPair(final int ctx, final int p)",
"identifier": "doPOPRegPair",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPOPRegPair(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doEXX()",
"constructor": false,
"full_signature": "private void doEXX()",
"identifier": "doEXX",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEXX()",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doJP_HL(final int ctx)",
"identifier": "doJP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_SP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_SP_HL(final int ctx)",
"identifier": "doLD_SP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_SP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_cc(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJP_cc(final int ctx, final int cc)",
"identifier": "doJP_cc",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJP_cc(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP(final int ctx)",
"constructor": false,
"full_signature": "private void doJP(final int ctx)",
"identifier": "doJP",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTnA(final int ctx)",
"constructor": false,
"full_signature": "private void doOUTnA(final int ctx)",
"identifier": "doOUTnA",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUTnA(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_A_n(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_A_n(final int ctx)",
"identifier": "doIN_A_n",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_A_n(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_mSP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doEX_mSP_HL(final int ctx)",
"identifier": "doEX_mSP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doEX_mSP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_DE_HL()",
"constructor": false,
"full_signature": "private void doEX_DE_HL()",
"identifier": "doEX_DE_HL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_DE_HL()",
"testcase": false
},
{
"class_method_signature": "Z80.doDI()",
"constructor": false,
"full_signature": "private void doDI()",
"identifier": "doDI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDI()",
"testcase": false
},
{
"class_method_signature": "Z80.doEI()",
"constructor": false,
"full_signature": "private void doEI()",
"identifier": "doEI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEI()",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx, final int y)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doCALL(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCALL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPUSH(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPUSH(final int ctx, final int p)",
"identifier": "doPUSH",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPUSH(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_Reg(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private void doALU_A_Reg(final int ctx, final int op, final int reg)",
"identifier": "doALU_A_Reg",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "void",
"signature": "void doALU_A_Reg(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_n(final int ctx, final int op)",
"constructor": false,
"full_signature": "private void doALU_A_n(final int ctx, final int op)",
"identifier": "doALU_A_n",
"modifiers": "private",
"parameters": "(final int ctx, final int op)",
"return": "void",
"signature": "void doALU_A_n(final int ctx, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80._aluAccumulatorOp(final int op, final int value)",
"constructor": false,
"full_signature": "private void _aluAccumulatorOp(final int op, final int value)",
"identifier": "_aluAccumulatorOp",
"modifiers": "private",
"parameters": "(final int op, final int value)",
"return": "void",
"signature": "void _aluAccumulatorOp(final int op, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doRST(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void doRST(final int ctx, final int address)",
"identifier": "doRST",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void doRST(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80.doRollShift(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private int doRollShift(final int ctx, final int op, final int reg)",
"identifier": "doRollShift",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "int",
"signature": "int doRollShift(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doROTmem_LDreg(final int ctx, final int reg, final int op)",
"constructor": false,
"full_signature": "private void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"identifier": "doROTmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int op)",
"return": "void",
"signature": "void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80.doBIT(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private void doBIT(final int ctx, final int bit, final int reg)",
"identifier": "doBIT",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "void",
"signature": "void doBIT(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRES(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doRES(final int ctx, final int bit, final int reg)",
"identifier": "doRES",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doRES(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doSET(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doSET(final int ctx, final int bit, final int reg)",
"identifier": "doSET",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doSET(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doRESmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doSETmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx, final int y)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doIN_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUT_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx, final int y)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doOUT_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_RegP(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_mNN_RegP(final int ctx, final int p)",
"identifier": "doLD_mNN_RegP",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_mNN_RegP(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_RegP_mNN(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_RegP_mNN(final int ctx, final int p)",
"identifier": "doLD_RegP_mNN",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_RegP_mNN(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doNEG()",
"constructor": false,
"full_signature": "private void doNEG()",
"identifier": "doNEG",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNEG()",
"testcase": false
},
{
"class_method_signature": "Z80.doRETI(final int ctx)",
"constructor": false,
"full_signature": "private void doRETI(final int ctx)",
"identifier": "doRETI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETN(final int ctx)",
"constructor": false,
"full_signature": "private void doRETN(final int ctx)",
"identifier": "doRETN",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETN(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIM(final int y)",
"constructor": false,
"full_signature": "private void doIM(final int y)",
"identifier": "doIM",
"modifiers": "private",
"parameters": "(final int y)",
"return": "void",
"signature": "void doIM(final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_I_A()",
"constructor": false,
"full_signature": "private void doLD_I_A()",
"identifier": "doLD_I_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_I_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_R_A()",
"constructor": false,
"full_signature": "private void doLD_R_A()",
"identifier": "doLD_R_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_R_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_I()",
"constructor": false,
"full_signature": "private void doLD_A_I()",
"identifier": "doLD_A_I",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_I()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_R()",
"constructor": false,
"full_signature": "private void doLD_A_R()",
"identifier": "doLD_A_R",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_R()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRD(final int ctx)",
"constructor": false,
"full_signature": "private void doRRD(final int ctx)",
"identifier": "doRRD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRRD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLD(final int ctx)",
"constructor": false,
"full_signature": "private void doRLD(final int ctx)",
"identifier": "doRLD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRLD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private boolean doBLI(final int ctx, final int y, final int z)",
"identifier": "doBLI",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "boolean",
"signature": "boolean doBLI(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mBC(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mBC(final int ctx)",
"identifier": "doLD_A_mBC",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mBC(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDIR(final int ctx)",
"identifier": "doLDIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mDE(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mDE(final int ctx)",
"identifier": "doLD_A_mDE",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mDE(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPIR(final int ctx)",
"identifier": "doCPIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINI_IND(final int ctx, final boolean ini)",
"constructor": false,
"full_signature": "private void doINI_IND(final int ctx, final boolean ini)",
"identifier": "doINI_IND",
"modifiers": "private",
"parameters": "(final int ctx, final boolean ini)",
"return": "void",
"signature": "void doINI_IND(final int ctx, final boolean ini)",
"testcase": false
},
{
"class_method_signature": "Z80.doINIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINIR(final int ctx)",
"identifier": "doINIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINDR(final int ctx)",
"identifier": "doINDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDI(final int ctx)",
"constructor": false,
"full_signature": "private void doLDI(final int ctx)",
"identifier": "doLDI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTIR(final int ctx)",
"identifier": "doOTIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPI(final int ctx)",
"constructor": false,
"full_signature": "private void doCPI(final int ctx)",
"identifier": "doCPI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTDR(final int ctx)",
"identifier": "doOTDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDDR(final int ctx)",
"identifier": "doLDDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTI_OUTD(final int ctx, final boolean inc)",
"constructor": false,
"full_signature": "private void doOUTI_OUTD(final int ctx, final boolean inc)",
"identifier": "doOUTI_OUTD",
"modifiers": "private",
"parameters": "(final int ctx, final boolean inc)",
"return": "void",
"signature": "void doOUTI_OUTD(final int ctx, final boolean inc)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPDR(final int ctx)",
"identifier": "doCPDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.getStateAsString()",
"constructor": false,
"full_signature": "public String getStateAsString()",
"identifier": "getStateAsString",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getStateAsString()",
"testcase": false
},
{
"class_method_signature": "Z80.doReset()",
"constructor": false,
"full_signature": "public void doReset()",
"identifier": "doReset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void doReset()",
"testcase": false
},
{
"class_method_signature": "Z80.compareState(final Z80 other, final boolean compareExe)",
"constructor": false,
"full_signature": "public boolean compareState(final Z80 other, final boolean compareExe)",
"identifier": "compareState",
"modifiers": "public",
"parameters": "(final Z80 other, final boolean compareExe)",
"return": "boolean",
"signature": "boolean compareState(final Z80 other, final boolean compareExe)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDD(final int ctx)",
"constructor": false,
"full_signature": "private void doLDD(final int ctx)",
"identifier": "doLDD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPD(final int ctx)",
"constructor": false,
"full_signature": "private void doCPD(final int ctx)",
"identifier": "doCPD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPD(final int ctx)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }",
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"invocations": [
"getRegister"
],
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 5,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 32104835,
"size": 23159,
"stargazer_count": 44,
"stars": null,
"updates": null,
"url": "https://github.com/raydac/zxpoly"
}
|
32104835_78
|
{
"fields": [],
"file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java",
"identifier": "Z80Test",
"interfaces": "",
"superclass": "extends AbstractZ80Test"
}
|
{
"body": "@Test\n public void testCommand_SBC_mIYd() {\n final Z80State state = new Z80State();\n state.A = 0x29;\n state.F = 0xFF;\n\n state.IY = 0x1234;\n\n memory[0x1237] = 0x11;\n\n final Pair<Z80, Integer> cpu = executeCommand(state, 0xFD, 0x9E, 0x03);\n\n assertEquals(0x17, cpu.getLeft().getRegister(Z80.REG_A));\n assertFlagsExcludeReserved(FLAG_N, cpu.getLeft().getRegister(Z80.REG_F) & 0xFF);\n\n assertEquals(19, cpu.getRight().intValue());\n }",
"class_method_signature": "Z80Test.testCommand_SBC_mIYd()",
"constructor": false,
"full_signature": "@Test public void testCommand_SBC_mIYd()",
"identifier": "testCommand_SBC_mIYd",
"invocations": [
"executeCommand",
"assertEquals",
"getRegister",
"getLeft",
"assertFlagsExcludeReserved",
"getRegister",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_SBC_mIYd()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
"modifier": "private",
"original_string": "private int q;",
"type": "int",
"var_name": "q"
},
{
"declarator": "lastQ",
"modifier": "private",
"original_string": "private int lastQ;",
"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
"constructor": false,
"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doRETByFlag(final int ctx, final int y)",
"identifier": "doRETByFlag",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doRETByFlag(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRET(final int ctx)",
"constructor": false,
"full_signature": "private void doRET(final int ctx)",
"identifier": "doRET",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRET(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPOPRegPair(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPOPRegPair(final int ctx, final int p)",
"identifier": "doPOPRegPair",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPOPRegPair(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doEXX()",
"constructor": false,
"full_signature": "private void doEXX()",
"identifier": "doEXX",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEXX()",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doJP_HL(final int ctx)",
"identifier": "doJP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_SP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_SP_HL(final int ctx)",
"identifier": "doLD_SP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_SP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_cc(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJP_cc(final int ctx, final int cc)",
"identifier": "doJP_cc",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJP_cc(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP(final int ctx)",
"constructor": false,
"full_signature": "private void doJP(final int ctx)",
"identifier": "doJP",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTnA(final int ctx)",
"constructor": false,
"full_signature": "private void doOUTnA(final int ctx)",
"identifier": "doOUTnA",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUTnA(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_A_n(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_A_n(final int ctx)",
"identifier": "doIN_A_n",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_A_n(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_mSP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doEX_mSP_HL(final int ctx)",
"identifier": "doEX_mSP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doEX_mSP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_DE_HL()",
"constructor": false,
"full_signature": "private void doEX_DE_HL()",
"identifier": "doEX_DE_HL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_DE_HL()",
"testcase": false
},
{
"class_method_signature": "Z80.doDI()",
"constructor": false,
"full_signature": "private void doDI()",
"identifier": "doDI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDI()",
"testcase": false
},
{
"class_method_signature": "Z80.doEI()",
"constructor": false,
"full_signature": "private void doEI()",
"identifier": "doEI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEI()",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx, final int y)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doCALL(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCALL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPUSH(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPUSH(final int ctx, final int p)",
"identifier": "doPUSH",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPUSH(final int ctx, final int p)",
"testcase": false
},
{
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"constructor": false,
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},
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{
"class_method_signature": "Z80.doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
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"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doSETmem_LDreg",
"modifiers": "private",
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"return": "void",
"signature": "void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
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},
{
"class_method_signature": "Z80.doIN_C(final int ctx)",
"constructor": false,
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"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx, final int y)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doIN_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx)",
"constructor": false,
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"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUT_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx, final int y)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doOUT_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_RegP(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_mNN_RegP(final int ctx, final int p)",
"identifier": "doLD_mNN_RegP",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_mNN_RegP(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_RegP_mNN(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_RegP_mNN(final int ctx, final int p)",
"identifier": "doLD_RegP_mNN",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_RegP_mNN(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doNEG()",
"constructor": false,
"full_signature": "private void doNEG()",
"identifier": "doNEG",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNEG()",
"testcase": false
},
{
"class_method_signature": "Z80.doRETI(final int ctx)",
"constructor": false,
"full_signature": "private void doRETI(final int ctx)",
"identifier": "doRETI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETN(final int ctx)",
"constructor": false,
"full_signature": "private void doRETN(final int ctx)",
"identifier": "doRETN",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETN(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIM(final int y)",
"constructor": false,
"full_signature": "private void doIM(final int y)",
"identifier": "doIM",
"modifiers": "private",
"parameters": "(final int y)",
"return": "void",
"signature": "void doIM(final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_I_A()",
"constructor": false,
"full_signature": "private void doLD_I_A()",
"identifier": "doLD_I_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_I_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_R_A()",
"constructor": false,
"full_signature": "private void doLD_R_A()",
"identifier": "doLD_R_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_R_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_I()",
"constructor": false,
"full_signature": "private void doLD_A_I()",
"identifier": "doLD_A_I",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_I()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_R()",
"constructor": false,
"full_signature": "private void doLD_A_R()",
"identifier": "doLD_A_R",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_R()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRD(final int ctx)",
"constructor": false,
"full_signature": "private void doRRD(final int ctx)",
"identifier": "doRRD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRRD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLD(final int ctx)",
"constructor": false,
"full_signature": "private void doRLD(final int ctx)",
"identifier": "doRLD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRLD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private boolean doBLI(final int ctx, final int y, final int z)",
"identifier": "doBLI",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "boolean",
"signature": "boolean doBLI(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mBC(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mBC(final int ctx)",
"identifier": "doLD_A_mBC",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mBC(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDIR(final int ctx)",
"identifier": "doLDIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mDE(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mDE(final int ctx)",
"identifier": "doLD_A_mDE",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mDE(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPIR(final int ctx)",
"identifier": "doCPIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINI_IND(final int ctx, final boolean ini)",
"constructor": false,
"full_signature": "private void doINI_IND(final int ctx, final boolean ini)",
"identifier": "doINI_IND",
"modifiers": "private",
"parameters": "(final int ctx, final boolean ini)",
"return": "void",
"signature": "void doINI_IND(final int ctx, final boolean ini)",
"testcase": false
},
{
"class_method_signature": "Z80.doINIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINIR(final int ctx)",
"identifier": "doINIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINDR(final int ctx)",
"identifier": "doINDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDI(final int ctx)",
"constructor": false,
"full_signature": "private void doLDI(final int ctx)",
"identifier": "doLDI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTIR(final int ctx)",
"identifier": "doOTIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPI(final int ctx)",
"constructor": false,
"full_signature": "private void doCPI(final int ctx)",
"identifier": "doCPI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTDR(final int ctx)",
"identifier": "doOTDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDDR(final int ctx)",
"identifier": "doLDDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTI_OUTD(final int ctx, final boolean inc)",
"constructor": false,
"full_signature": "private void doOUTI_OUTD(final int ctx, final boolean inc)",
"identifier": "doOUTI_OUTD",
"modifiers": "private",
"parameters": "(final int ctx, final boolean inc)",
"return": "void",
"signature": "void doOUTI_OUTD(final int ctx, final boolean inc)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPDR(final int ctx)",
"identifier": "doCPDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.getStateAsString()",
"constructor": false,
"full_signature": "public String getStateAsString()",
"identifier": "getStateAsString",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getStateAsString()",
"testcase": false
},
{
"class_method_signature": "Z80.doReset()",
"constructor": false,
"full_signature": "public void doReset()",
"identifier": "doReset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void doReset()",
"testcase": false
},
{
"class_method_signature": "Z80.compareState(final Z80 other, final boolean compareExe)",
"constructor": false,
"full_signature": "public boolean compareState(final Z80 other, final boolean compareExe)",
"identifier": "compareState",
"modifiers": "public",
"parameters": "(final Z80 other, final boolean compareExe)",
"return": "boolean",
"signature": "boolean compareState(final Z80 other, final boolean compareExe)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDD(final int ctx)",
"constructor": false,
"full_signature": "private void doLDD(final int ctx)",
"identifier": "doLDD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPD(final int ctx)",
"constructor": false,
"full_signature": "private void doCPD(final int ctx)",
"identifier": "doCPD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPD(final int ctx)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }",
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"invocations": [
"getRegister"
],
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 5,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 32104835,
"size": 23159,
"stargazer_count": 44,
"stars": null,
"updates": null,
"url": "https://github.com/raydac/zxpoly"
}
|
32104835_115
|
{
"fields": [],
"file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java",
"identifier": "Z80Test",
"interfaces": "",
"superclass": "extends AbstractZ80Test"
}
|
{
"body": "@Test\n public void testCommand_INC_mIXd() {\n final Z80State state = new Z80State();\n state.IX = 0x2020;\n state.F = 0xFF;\n\n this.memory[0x2030] = 0x34;\n\n final Pair<Z80, Integer> cpu = executeCommand(state, 0xDD, 0x34, 0x10);\n\n assertEquals(0x2020, cpu.getLeft().getRegister(Z80.REG_IX));\n assertMemory(0x2030, 0x35);\n assertFlagsExcludeReserved(Z80.FLAG_C, cpu.getLeft().getRegister(Z80.REG_F) & 0xFF);\n\n assertEquals(23, cpu.getRight().intValue());\n }",
"class_method_signature": "Z80Test.testCommand_INC_mIXd()",
"constructor": false,
"full_signature": "@Test public void testCommand_INC_mIXd()",
"identifier": "testCommand_INC_mIXd",
"invocations": [
"executeCommand",
"assertEquals",
"getRegister",
"getLeft",
"assertMemory",
"assertFlagsExcludeReserved",
"getRegister",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_INC_mIXd()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
"modifier": "private",
"original_string": "private int q;",
"type": "int",
"var_name": "q"
},
{
"declarator": "lastQ",
"modifier": "private",
"original_string": "private int lastQ;",
"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
"constructor": false,
"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doRETByFlag(final int ctx, final int y)",
"identifier": "doRETByFlag",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doRETByFlag(final int ctx, final int y)",
"testcase": false
},
{
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"full_signature": "private void doRET(final int ctx)",
"identifier": "doRET",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRET(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPOPRegPair(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPOPRegPair(final int ctx, final int p)",
"identifier": "doPOPRegPair",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPOPRegPair(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doEXX()",
"constructor": false,
"full_signature": "private void doEXX()",
"identifier": "doEXX",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEXX()",
"testcase": false
},
{
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"constructor": false,
"full_signature": "private void doJP_HL(final int ctx)",
"identifier": "doJP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP_HL(final int ctx)",
"testcase": false
},
{
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"full_signature": "private void doLD_SP_HL(final int ctx)",
"identifier": "doLD_SP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_SP_HL(final int ctx)",
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},
{
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"constructor": false,
"full_signature": "private void doJP_cc(final int ctx, final int cc)",
"identifier": "doJP_cc",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJP_cc(final int ctx, final int cc)",
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},
{
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"constructor": false,
"full_signature": "private void doJP(final int ctx)",
"identifier": "doJP",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP(final int ctx)",
"testcase": false
},
{
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"constructor": false,
"full_signature": "private void doOUTnA(final int ctx)",
"identifier": "doOUTnA",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUTnA(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_A_n(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_A_n(final int ctx)",
"identifier": "doIN_A_n",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_A_n(final int ctx)",
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},
{
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"full_signature": "private void doEX_mSP_HL(final int ctx)",
"identifier": "doEX_mSP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doEX_mSP_HL(final int ctx)",
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},
{
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"constructor": false,
"full_signature": "private void doEX_DE_HL()",
"identifier": "doEX_DE_HL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_DE_HL()",
"testcase": false
},
{
"class_method_signature": "Z80.doDI()",
"constructor": false,
"full_signature": "private void doDI()",
"identifier": "doDI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDI()",
"testcase": false
},
{
"class_method_signature": "Z80.doEI()",
"constructor": false,
"full_signature": "private void doEI()",
"identifier": "doEI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEI()",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx, final int y)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doCALL(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCALL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPUSH(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPUSH(final int ctx, final int p)",
"identifier": "doPUSH",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPUSH(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_Reg(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private void doALU_A_Reg(final int ctx, final int op, final int reg)",
"identifier": "doALU_A_Reg",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "void",
"signature": "void doALU_A_Reg(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_n(final int ctx, final int op)",
"constructor": false,
"full_signature": "private void doALU_A_n(final int ctx, final int op)",
"identifier": "doALU_A_n",
"modifiers": "private",
"parameters": "(final int ctx, final int op)",
"return": "void",
"signature": "void doALU_A_n(final int ctx, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80._aluAccumulatorOp(final int op, final int value)",
"constructor": false,
"full_signature": "private void _aluAccumulatorOp(final int op, final int value)",
"identifier": "_aluAccumulatorOp",
"modifiers": "private",
"parameters": "(final int op, final int value)",
"return": "void",
"signature": "void _aluAccumulatorOp(final int op, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doRST(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void doRST(final int ctx, final int address)",
"identifier": "doRST",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void doRST(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80.doRollShift(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private int doRollShift(final int ctx, final int op, final int reg)",
"identifier": "doRollShift",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "int",
"signature": "int doRollShift(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doROTmem_LDreg(final int ctx, final int reg, final int op)",
"constructor": false,
"full_signature": "private void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"identifier": "doROTmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int op)",
"return": "void",
"signature": "void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80.doBIT(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private void doBIT(final int ctx, final int bit, final int reg)",
"identifier": "doBIT",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "void",
"signature": "void doBIT(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRES(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doRES(final int ctx, final int bit, final int reg)",
"identifier": "doRES",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doRES(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doSET(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doSET(final int ctx, final int bit, final int reg)",
"identifier": "doSET",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doSET(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doRESmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
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},
{
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"full_signature": "private void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doSETmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
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},
{
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"full_signature": "private void doIN_C(final int ctx)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_C(final int ctx)",
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},
{
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"full_signature": "private void doIN_C(final int ctx, final int y)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doIN_C(final int ctx, final int y)",
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},
{
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"full_signature": "private void doOUT_C(final int ctx)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUT_C(final int ctx)",
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},
{
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"full_signature": "private void doOUT_C(final int ctx, final int y)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doOUT_C(final int ctx, final int y)",
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},
{
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"full_signature": "private void doLD_mNN_RegP(final int ctx, final int p)",
"identifier": "doLD_mNN_RegP",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_mNN_RegP(final int ctx, final int p)",
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},
{
"class_method_signature": "Z80.doLD_RegP_mNN(final int ctx, final int p)",
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"full_signature": "private void doLD_RegP_mNN(final int ctx, final int p)",
"identifier": "doLD_RegP_mNN",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_RegP_mNN(final int ctx, final int p)",
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},
{
"class_method_signature": "Z80.doNEG()",
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"full_signature": "private void doNEG()",
"identifier": "doNEG",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNEG()",
"testcase": false
},
{
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"full_signature": "private void doRETI(final int ctx)",
"identifier": "doRETI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETN(final int ctx)",
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"full_signature": "private void doRETN(final int ctx)",
"identifier": "doRETN",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETN(final int ctx)",
"testcase": false
},
{
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"full_signature": "private void doIM(final int y)",
"identifier": "doIM",
"modifiers": "private",
"parameters": "(final int y)",
"return": "void",
"signature": "void doIM(final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_I_A()",
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"full_signature": "private void doLD_I_A()",
"identifier": "doLD_I_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_I_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_R_A()",
"constructor": false,
"full_signature": "private void doLD_R_A()",
"identifier": "doLD_R_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_R_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_I()",
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"full_signature": "private void doLD_A_I()",
"identifier": "doLD_A_I",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_I()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_R()",
"constructor": false,
"full_signature": "private void doLD_A_R()",
"identifier": "doLD_A_R",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_R()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRD(final int ctx)",
"constructor": false,
"full_signature": "private void doRRD(final int ctx)",
"identifier": "doRRD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRRD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLD(final int ctx)",
"constructor": false,
"full_signature": "private void doRLD(final int ctx)",
"identifier": "doRLD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRLD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private boolean doBLI(final int ctx, final int y, final int z)",
"identifier": "doBLI",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "boolean",
"signature": "boolean doBLI(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mBC(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mBC(final int ctx)",
"identifier": "doLD_A_mBC",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mBC(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDIR(final int ctx)",
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"full_signature": "private boolean doLDIR(final int ctx)",
"identifier": "doLDIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mDE(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mDE(final int ctx)",
"identifier": "doLD_A_mDE",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mDE(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPIR(final int ctx)",
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"full_signature": "private boolean doCPIR(final int ctx)",
"identifier": "doCPIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINI_IND(final int ctx, final boolean ini)",
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"full_signature": "private void doINI_IND(final int ctx, final boolean ini)",
"identifier": "doINI_IND",
"modifiers": "private",
"parameters": "(final int ctx, final boolean ini)",
"return": "void",
"signature": "void doINI_IND(final int ctx, final boolean ini)",
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},
{
"class_method_signature": "Z80.doINIR(final int ctx)",
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"full_signature": "private boolean doINIR(final int ctx)",
"identifier": "doINIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINIR(final int ctx)",
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},
{
"class_method_signature": "Z80.doINDR(final int ctx)",
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"full_signature": "private boolean doINDR(final int ctx)",
"identifier": "doINDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDI(final int ctx)",
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"full_signature": "private void doLDI(final int ctx)",
"identifier": "doLDI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDI(final int ctx)",
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},
{
"class_method_signature": "Z80.doOTIR(final int ctx)",
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"full_signature": "private boolean doOTIR(final int ctx)",
"identifier": "doOTIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTIR(final int ctx)",
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},
{
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"full_signature": "private void doCPI(final int ctx)",
"identifier": "doCPI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPI(final int ctx)",
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},
{
"class_method_signature": "Z80.doOTDR(final int ctx)",
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"full_signature": "private boolean doOTDR(final int ctx)",
"identifier": "doOTDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTDR(final int ctx)",
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},
{
"class_method_signature": "Z80.doLDDR(final int ctx)",
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"full_signature": "private boolean doLDDR(final int ctx)",
"identifier": "doLDDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDDR(final int ctx)",
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},
{
"class_method_signature": "Z80.doOUTI_OUTD(final int ctx, final boolean inc)",
"constructor": false,
"full_signature": "private void doOUTI_OUTD(final int ctx, final boolean inc)",
"identifier": "doOUTI_OUTD",
"modifiers": "private",
"parameters": "(final int ctx, final boolean inc)",
"return": "void",
"signature": "void doOUTI_OUTD(final int ctx, final boolean inc)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPDR(final int ctx)",
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"full_signature": "private boolean doCPDR(final int ctx)",
"identifier": "doCPDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.getStateAsString()",
"constructor": false,
"full_signature": "public String getStateAsString()",
"identifier": "getStateAsString",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getStateAsString()",
"testcase": false
},
{
"class_method_signature": "Z80.doReset()",
"constructor": false,
"full_signature": "public void doReset()",
"identifier": "doReset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void doReset()",
"testcase": false
},
{
"class_method_signature": "Z80.compareState(final Z80 other, final boolean compareExe)",
"constructor": false,
"full_signature": "public boolean compareState(final Z80 other, final boolean compareExe)",
"identifier": "compareState",
"modifiers": "public",
"parameters": "(final Z80 other, final boolean compareExe)",
"return": "boolean",
"signature": "boolean compareState(final Z80 other, final boolean compareExe)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDD(final int ctx)",
"constructor": false,
"full_signature": "private void doLDD(final int ctx)",
"identifier": "doLDD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPD(final int ctx)",
"constructor": false,
"full_signature": "private void doCPD(final int ctx)",
"identifier": "doCPD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPD(final int ctx)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }",
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"invocations": [
"getRegister"
],
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 5,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 32104835,
"size": 23159,
"stargazer_count": 44,
"stars": null,
"updates": null,
"url": "https://github.com/raydac/zxpoly"
}
|
32104835_142
|
{
"fields": [],
"file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java",
"identifier": "Z80Test",
"interfaces": "",
"superclass": "extends AbstractZ80Test"
}
|
{
"body": "@Test\n public void testCommand_RLC_mIYd() {\n final Z80State state = new Z80State();\n state.IY = 0x1234;\n state.F = 0x00;\n\n memory[0x1239] = (byte) 0x88;\n\n final Pair<Z80, Integer> cpu = executeCommand(state, 0xFD, 0xCB, 0x05, 0x06);\n\n assertMemory(0x1239, 0x11);\n assertEquals(Z80.FLAG_C | Z80.FLAG_PV, cpu.getLeft().getRegister(Z80.REG_F));\n assertEquals(23, cpu.getRight().intValue());\n }",
"class_method_signature": "Z80Test.testCommand_RLC_mIYd()",
"constructor": false,
"full_signature": "@Test public void testCommand_RLC_mIYd()",
"identifier": "testCommand_RLC_mIYd",
"invocations": [
"executeCommand",
"assertMemory",
"assertEquals",
"getRegister",
"getLeft",
"assertEquals",
"intValue",
"getRight"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCommand_RLC_mIYd()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "REG_A = 0",
"modifier": "public static final",
"original_string": "public static final int REG_A = 0;",
"type": "int",
"var_name": "REG_A"
},
{
"declarator": "REG_F = 1",
"modifier": "public static final",
"original_string": "public static final int REG_F = 1;",
"type": "int",
"var_name": "REG_F"
},
{
"declarator": "REG_B = 2",
"modifier": "public static final",
"original_string": "public static final int REG_B = 2;",
"type": "int",
"var_name": "REG_B"
},
{
"declarator": "REG_C = 3",
"modifier": "public static final",
"original_string": "public static final int REG_C = 3;",
"type": "int",
"var_name": "REG_C"
},
{
"declarator": "REG_D = 4",
"modifier": "public static final",
"original_string": "public static final int REG_D = 4;",
"type": "int",
"var_name": "REG_D"
},
{
"declarator": "REG_E = 5",
"modifier": "public static final",
"original_string": "public static final int REG_E = 5;",
"type": "int",
"var_name": "REG_E"
},
{
"declarator": "REG_H = 6",
"modifier": "public static final",
"original_string": "public static final int REG_H = 6;",
"type": "int",
"var_name": "REG_H"
},
{
"declarator": "REG_L = 7",
"modifier": "public static final",
"original_string": "public static final int REG_L = 7;",
"type": "int",
"var_name": "REG_L"
},
{
"declarator": "REG_IX = 8",
"modifier": "public static final",
"original_string": "public static final int REG_IX = 8;",
"type": "int",
"var_name": "REG_IX"
},
{
"declarator": "REG_IY = 9",
"modifier": "public static final",
"original_string": "public static final int REG_IY = 9;",
"type": "int",
"var_name": "REG_IY"
},
{
"declarator": "REG_SP = 10",
"modifier": "public static final",
"original_string": "public static final int REG_SP = 10;",
"type": "int",
"var_name": "REG_SP"
},
{
"declarator": "REG_PC = 11",
"modifier": "public static final",
"original_string": "public static final int REG_PC = 11;",
"type": "int",
"var_name": "REG_PC"
},
{
"declarator": "REG_I = 12",
"modifier": "public static final",
"original_string": "public static final int REG_I = 12;",
"type": "int",
"var_name": "REG_I"
},
{
"declarator": "REG_R = 13",
"modifier": "public static final",
"original_string": "public static final int REG_R = 13;",
"type": "int",
"var_name": "REG_R"
},
{
"declarator": "REGPAIR_AF = REG_A",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_AF = REG_A;",
"type": "int",
"var_name": "REGPAIR_AF"
},
{
"declarator": "REGPAIR_BC = REG_B",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_BC = REG_B;",
"type": "int",
"var_name": "REGPAIR_BC"
},
{
"declarator": "REGPAIR_DE = REG_D",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_DE = REG_D;",
"type": "int",
"var_name": "REGPAIR_DE"
},
{
"declarator": "REGPAIR_HL = REG_H",
"modifier": "public static final",
"original_string": "public static final int REGPAIR_HL = REG_H;",
"type": "int",
"var_name": "REGPAIR_HL"
},
{
"declarator": "SIGNAL_IN_nINT = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nINT = 1;",
"type": "int",
"var_name": "SIGNAL_IN_nINT"
},
{
"declarator": "SIGNAL_IN_nNMI = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nNMI = 2;",
"type": "int",
"var_name": "SIGNAL_IN_nNMI"
},
{
"declarator": "SIGNAL_IN_nRESET = 4",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nRESET = 4;",
"type": "int",
"var_name": "SIGNAL_IN_nRESET"
},
{
"declarator": "SIGNAL_IN_nWAIT = 8",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_nWAIT = 8;",
"type": "int",
"var_name": "SIGNAL_IN_nWAIT"
},
{
"declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;",
"type": "int",
"var_name": "SIGNAL_IN_ALL_INACTIVE"
},
{
"declarator": "SIGNAL_OUT_nM1 = 1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nM1 = 1;",
"type": "int",
"var_name": "SIGNAL_OUT_nM1"
},
{
"declarator": "SIGNAL_OUT_nHALT = 2",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_nHALT = 2;",
"type": "int",
"var_name": "SIGNAL_OUT_nHALT"
},
{
"declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1",
"modifier": "public static final",
"original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;",
"type": "int",
"var_name": "SIGNAL_OUT_ALL_INACTIVE"
},
{
"declarator": "FTABLE_SZYX",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYX;",
"type": "byte[]",
"var_name": "FTABLE_SZYX"
},
{
"declarator": "FTABLE_SZYXP",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_SZYXP;",
"type": "byte[]",
"var_name": "FTABLE_SZYXP"
},
{
"declarator": "FLAG_S_SHIFT = 7",
"modifier": "private static final",
"original_string": "private static final int FLAG_S_SHIFT = 7;",
"type": "int",
"var_name": "FLAG_S_SHIFT"
},
{
"declarator": "FLAG_S = 1 << FLAG_S_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;",
"type": "int",
"var_name": "FLAG_S"
},
{
"declarator": "FLAG_Z_SHIFT = 6",
"modifier": "private static final",
"original_string": "private static final int FLAG_Z_SHIFT = 6;",
"type": "int",
"var_name": "FLAG_Z_SHIFT"
},
{
"declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;",
"type": "int",
"var_name": "FLAG_Z"
},
{
"declarator": "FLAG_Y_SHIFT = 5",
"modifier": "private static final",
"original_string": "private static final int FLAG_Y_SHIFT = 5;",
"type": "int",
"var_name": "FLAG_Y_SHIFT"
},
{
"declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;",
"type": "int",
"var_name": "FLAG_Y"
},
{
"declarator": "FLAG_H_SHIFT = 4",
"modifier": "private static final",
"original_string": "private static final int FLAG_H_SHIFT = 4;",
"type": "int",
"var_name": "FLAG_H_SHIFT"
},
{
"declarator": "FLAG_H = 1 << FLAG_H_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;",
"type": "int",
"var_name": "FLAG_H"
},
{
"declarator": "FLAG_X_SHIFT = 3",
"modifier": "private static final",
"original_string": "private static final int FLAG_X_SHIFT = 3;",
"type": "int",
"var_name": "FLAG_X_SHIFT"
},
{
"declarator": "FLAG_X = 1 << FLAG_X_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;",
"type": "int",
"var_name": "FLAG_X"
},
{
"declarator": "FLAG_PV_SHIFT = 2",
"modifier": "private static final",
"original_string": "private static final int FLAG_PV_SHIFT = 2;",
"type": "int",
"var_name": "FLAG_PV_SHIFT"
},
{
"declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;",
"type": "int",
"var_name": "FLAG_PV"
},
{
"declarator": "FLAG_N_SHIFT = 1",
"modifier": "private static final",
"original_string": "private static final int FLAG_N_SHIFT = 1;",
"type": "int",
"var_name": "FLAG_N_SHIFT"
},
{
"declarator": "FLAG_N = 1 << FLAG_N_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;",
"type": "int",
"var_name": "FLAG_N"
},
{
"declarator": "FLAG_C_SHIFT = 0",
"modifier": "private static final",
"original_string": "private static final int FLAG_C_SHIFT = 0;",
"type": "int",
"var_name": "FLAG_C_SHIFT"
},
{
"declarator": "FLAG_C = 1 << FLAG_C_SHIFT",
"modifier": "public static final",
"original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;",
"type": "int",
"var_name": "FLAG_C"
},
{
"declarator": "FLAG_XY = FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_XY"
},
{
"declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;",
"type": "int",
"var_name": "FLAG_SZPV"
},
{
"declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y",
"modifier": "private static final",
"original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;",
"type": "int",
"var_name": "FLAG_SYX"
},
{
"declarator": "FLAG_SZ = FLAG_S | FLAG_Z",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;",
"type": "int",
"var_name": "FLAG_SZ"
},
{
"declarator": "FLAG_SZC = FLAG_SZ | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;",
"type": "int",
"var_name": "FLAG_SZC"
},
{
"declarator": "FLAG_HC = FLAG_H | FLAG_C",
"modifier": "private static final",
"original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;",
"type": "int",
"var_name": "FLAG_HC"
},
{
"declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }",
"modifier": "private static final",
"original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };",
"type": "byte[]",
"var_name": "FTABLE_OVERFLOW"
},
{
"declarator": "lastReadReg8MemPtr",
"modifier": "private",
"original_string": "private int lastReadReg8MemPtr;",
"type": "int",
"var_name": "lastReadReg8MemPtr"
},
{
"declarator": "bus",
"modifier": "private final",
"original_string": "private final Z80CPUBus bus;",
"type": "Z80CPUBus",
"var_name": "bus"
},
{
"declarator": "regSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] regSet = new byte[8];",
"type": "byte[]",
"var_name": "regSet"
},
{
"declarator": "altRegSet = new byte[8]",
"modifier": "private final",
"original_string": "private final byte[] altRegSet = new byte[8];",
"type": "byte[]",
"var_name": "altRegSet"
},
{
"declarator": "iff1",
"modifier": "private",
"original_string": "private boolean iff1;",
"type": "boolean",
"var_name": "iff1"
},
{
"declarator": "iff2",
"modifier": "private",
"original_string": "private boolean iff2;",
"type": "boolean",
"var_name": "iff2"
},
{
"declarator": "im",
"modifier": "private",
"original_string": "private int im;",
"type": "int",
"var_name": "im"
},
{
"declarator": "regIX",
"modifier": "private",
"original_string": "private int regIX;",
"type": "int",
"var_name": "regIX"
},
{
"declarator": "regIY",
"modifier": "private",
"original_string": "private int regIY;",
"type": "int",
"var_name": "regIY"
},
{
"declarator": "regSP",
"modifier": "private",
"original_string": "private int regSP;",
"type": "int",
"var_name": "regSP"
},
{
"declarator": "regPC",
"modifier": "private",
"original_string": "private int regPC;",
"type": "int",
"var_name": "regPC"
},
{
"declarator": "regI",
"modifier": "private",
"original_string": "private int regI;",
"type": "int",
"var_name": "regI"
},
{
"declarator": "regR",
"modifier": "private",
"original_string": "private int regR;",
"type": "int",
"var_name": "regR"
},
{
"declarator": "tstates",
"modifier": "private",
"original_string": "private int tstates;",
"type": "int",
"var_name": "tstates"
},
{
"declarator": "lastM1InstructionByte = -1",
"modifier": "private",
"original_string": "private int lastM1InstructionByte = -1;",
"type": "int",
"var_name": "lastM1InstructionByte"
},
{
"declarator": "lastInstructionByte = -1",
"modifier": "private",
"original_string": "private int lastInstructionByte = -1;",
"type": "int",
"var_name": "lastInstructionByte"
},
{
"declarator": "cbDisplacementByte = -1",
"modifier": "private",
"original_string": "private int cbDisplacementByte = -1;",
"type": "int",
"var_name": "cbDisplacementByte"
},
{
"declarator": "prefix",
"modifier": "private",
"original_string": "private int prefix;",
"type": "int",
"var_name": "prefix"
},
{
"declarator": "outSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int outSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "outSignals"
},
{
"declarator": "prevINSignals = 0xFFFFFFFF",
"modifier": "private",
"original_string": "private int prevINSignals = 0xFFFFFFFF;",
"type": "int",
"var_name": "prevINSignals"
},
{
"declarator": "interruptAllowedForStep",
"modifier": "private",
"original_string": "private boolean interruptAllowedForStep;",
"type": "boolean",
"var_name": "interruptAllowedForStep"
},
{
"declarator": "detectedNMI",
"modifier": "private",
"original_string": "private boolean detectedNMI;",
"type": "boolean",
"var_name": "detectedNMI"
},
{
"declarator": "detectedINT",
"modifier": "private",
"original_string": "private boolean detectedINT;",
"type": "boolean",
"var_name": "detectedINT"
},
{
"declarator": "insideBlockInstructionPrev",
"modifier": "private",
"original_string": "private boolean insideBlockInstructionPrev;",
"type": "boolean",
"var_name": "insideBlockInstructionPrev"
},
{
"declarator": "insideBlockInstruction",
"modifier": "private",
"original_string": "private boolean insideBlockInstruction;",
"type": "boolean",
"var_name": "insideBlockInstruction"
},
{
"declarator": "resetCycle = 0",
"modifier": "private",
"original_string": "private int resetCycle = 0;",
"type": "int",
"var_name": "resetCycle"
},
{
"declarator": "q",
"modifier": "private",
"original_string": "private int q;",
"type": "int",
"var_name": "q"
},
{
"declarator": "lastQ",
"modifier": "private",
"original_string": "private int lastQ;",
"type": "int",
"var_name": "lastQ"
}
],
"file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java",
"identifier": "Z80",
"interfaces": "",
"methods": [
{
"class_method_signature": "Z80.Z80(final Z80CPUBus bus)",
"constructor": true,
"full_signature": "public Z80(final Z80CPUBus bus)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80CPUBus bus)",
"return": "",
"signature": " Z80(final Z80CPUBus bus)",
"testcase": false
},
{
"class_method_signature": "Z80.Z80(final Z80 cpu)",
"constructor": true,
"full_signature": "public Z80(final Z80 cpu)",
"identifier": "Z80",
"modifiers": "public",
"parameters": "(final Z80 cpu)",
"return": "",
"signature": " Z80(final Z80 cpu)",
"testcase": false
},
{
"class_method_signature": "Z80.extractX(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractX(final int cmndByte)",
"identifier": "extractX",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractX(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractY(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractY(final int cmndByte)",
"identifier": "extractY",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractY(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractZ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractZ(final int cmndByte)",
"identifier": "extractZ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractZ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractP(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractP(final int cmndByte)",
"identifier": "extractP",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractP(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.extractQ(final int cmndByte)",
"constructor": false,
"full_signature": "private static int extractQ(final int cmndByte)",
"identifier": "extractQ",
"modifiers": "private static",
"parameters": "(final int cmndByte)",
"return": "int",
"signature": "int extractQ(final int cmndByte)",
"testcase": false
},
{
"class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)",
"constructor": false,
"full_signature": "public static int parseAndPackRegAlignValue(final String regs)",
"identifier": "parseAndPackRegAlignValue",
"modifiers": "public static",
"parameters": "(final String regs)",
"return": "int",
"signature": "int parseAndPackRegAlignValue(final String regs)",
"testcase": false
},
{
"class_method_signature": "Z80.fillByState(final Z80 src)",
"constructor": false,
"full_signature": "public Z80 fillByState(final Z80 src)",
"identifier": "fillByState",
"modifiers": "public",
"parameters": "(final Z80 src)",
"return": "Z80",
"signature": "Z80 fillByState(final Z80 src)",
"testcase": false
},
{
"class_method_signature": "Z80.getIM()",
"constructor": false,
"full_signature": "public int getIM()",
"identifier": "getIM",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getIM()",
"testcase": false
},
{
"class_method_signature": "Z80.setIM(final int im)",
"constructor": false,
"full_signature": "public void setIM(final int im)",
"identifier": "setIM",
"modifiers": "public",
"parameters": "(final int im)",
"return": "void",
"signature": "void setIM(final int im)",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF1()",
"constructor": false,
"full_signature": "public boolean isIFF1()",
"identifier": "isIFF1",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF1()",
"testcase": false
},
{
"class_method_signature": "Z80.isIFF2()",
"constructor": false,
"full_signature": "public boolean isIFF2()",
"identifier": "isIFF2",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isIFF2()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrefixInProcessing()",
"constructor": false,
"full_signature": "public int getPrefixInProcessing()",
"identifier": "getPrefixInProcessing",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrefixInProcessing()",
"testcase": false
},
{
"class_method_signature": "Z80.getPrevINSignals()",
"constructor": false,
"full_signature": "public int getPrevINSignals()",
"identifier": "getPrevINSignals",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPrevINSignals()",
"testcase": false
},
{
"class_method_signature": "Z80.getPC()",
"constructor": false,
"full_signature": "public int getPC()",
"identifier": "getPC",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPC()",
"testcase": false
},
{
"class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)",
"constructor": false,
"full_signature": "public void setIFF(final boolean iff1, final boolean iff2)",
"identifier": "setIFF",
"modifiers": "public",
"parameters": "(final boolean iff1, final boolean iff2)",
"return": "void",
"signature": "void setIFF(final boolean iff1, final boolean iff2)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)",
"identifier": "setRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair)",
"return": "int",
"signature": "int getRegisterPair(final int regPair)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegisterPair(final int regPair, final boolean alt)",
"identifier": "getRegisterPair",
"modifiers": "public",
"parameters": "(final int regPair, final boolean alt)",
"return": "int",
"signature": "int getRegisterPair(final int regPair, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value)",
"return": "void",
"signature": "void setRegister(final int reg, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)",
"constructor": false,
"full_signature": "public void setRegister(final int reg, final int value, final boolean alt)",
"identifier": "setRegister",
"modifiers": "public",
"parameters": "(final int reg, final int value, final boolean alt)",
"return": "void",
"signature": "void setRegister(final int reg, final int value, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.getRegister(final int reg, final boolean alt)",
"constructor": false,
"full_signature": "public int getRegister(final int reg, final boolean alt)",
"identifier": "getRegister",
"modifiers": "public",
"parameters": "(final int reg, final boolean alt)",
"return": "int",
"signature": "int getRegister(final int reg, final boolean alt)",
"testcase": false
},
{
"class_method_signature": "Z80.getState()",
"constructor": false,
"full_signature": "public int getState()",
"identifier": "getState",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getState()",
"testcase": false
},
{
"class_method_signature": "Z80.getBus()",
"constructor": false,
"full_signature": "public Z80CPUBus getBus()",
"identifier": "getBus",
"modifiers": "public",
"parameters": "()",
"return": "Z80CPUBus",
"signature": "Z80CPUBus getBus()",
"testcase": false
},
{
"class_method_signature": "Z80.getStepTstates()",
"constructor": false,
"full_signature": "public int getStepTstates()",
"identifier": "getStepTstates",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStepTstates()",
"testcase": false
},
{
"class_method_signature": "Z80.isInsideBlockLoop()",
"constructor": false,
"full_signature": "public boolean isInsideBlockLoop()",
"identifier": "isInsideBlockLoop",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInsideBlockLoop()",
"testcase": false
},
{
"class_method_signature": "Z80._reset(final int cycle)",
"constructor": false,
"full_signature": "private void _reset(final int cycle)",
"identifier": "_reset",
"modifiers": "private",
"parameters": "(final int cycle)",
"return": "void",
"signature": "void _reset(final int cycle)",
"testcase": false
},
{
"class_method_signature": "Z80._resetHalt()",
"constructor": false,
"full_signature": "private void _resetHalt()",
"identifier": "_resetHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _resetHalt()",
"testcase": false
},
{
"class_method_signature": "Z80._int(final int ctx)",
"constructor": false,
"full_signature": "private void _int(final int ctx)",
"identifier": "_int",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _int(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._incR()",
"constructor": false,
"full_signature": "private void _incR()",
"identifier": "_incR",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void _incR()",
"testcase": false
},
{
"class_method_signature": "Z80.getSP()",
"constructor": false,
"full_signature": "public int getSP()",
"identifier": "getSP",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSP()",
"testcase": false
},
{
"class_method_signature": "Z80._nmi(final int ctx)",
"constructor": false,
"full_signature": "private void _nmi(final int ctx)",
"identifier": "_nmi",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void _nmi(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)",
"constructor": false,
"full_signature": "private void _writemem8(final int ctx, final int address, final byte value)",
"identifier": "_writemem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final byte value)",
"return": "void",
"signature": "void _writemem8(final int ctx, final int address, final byte value)",
"testcase": false
},
{
"class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)",
"constructor": false,
"full_signature": "private int _readNextPcAddressedWord(final int ctx)",
"identifier": "_readNextPcAddressedWord",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _readNextPcAddressedWord(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80._writemem16(final int ctx, final int address, final int value)",
"constructor": false,
"full_signature": "private void _writemem16(final int ctx, final int address, final int value)",
"identifier": "_writemem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address, final int value)",
"return": "void",
"signature": "void _writemem16(final int ctx, final int address, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._call(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void _call(final int ctx, final int address)",
"identifier": "_call",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void _call(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegValue(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"identifier": "_readSpecRegValue",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"constructor": false,
"full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"identifier": "_readSpecRegPairValue",
"modifiers": "private",
"parameters": "(final int ctx, final int regPair, final int origValue)",
"return": "int",
"signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"identifier": "_portAddrFromReg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80._readport(final int ctx, final int port)",
"constructor": false,
"full_signature": "private int _readport(final int ctx, final int port)",
"identifier": "_readport",
"modifiers": "private",
"parameters": "(final int ctx, final int port)",
"return": "int",
"signature": "int _readport(final int ctx, final int port)",
"testcase": false
},
{
"class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)",
"constructor": false,
"full_signature": "private void _writeport(final int ctx, final int port, final int value)",
"identifier": "_writeport",
"modifiers": "private",
"parameters": "(final int ctx, final int port, final int value)",
"return": "void",
"signature": "void _writeport(final int ctx, final int port, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8(final int ctx, final int address)",
"identifier": "_readmem8",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem8withM1(final int ctx, final int address)",
"identifier": "_readmem8withM1",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem8withM1(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._readmem16(final int ctx, final int address)",
"constructor": false,
"full_signature": "private int _readmem16(final int ctx, final int address)",
"identifier": "_readmem16",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "int",
"signature": "int _readmem16(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80._read_ixiy_d(final int ctx)",
"constructor": false,
"full_signature": "private int _read_ixiy_d(final int ctx)",
"identifier": "_read_ixiy_d",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int _read_ixiy_d(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)",
"constructor": false,
"full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)",
"identifier": "readInstrOrPrefix",
"modifiers": "private",
"parameters": "(final int ctx, final boolean m1)",
"return": "int",
"signature": "int readInstrOrPrefix(final int ctx, final boolean m1)",
"testcase": false
},
{
"class_method_signature": "Z80.normalizedPrefix()",
"constructor": false,
"full_signature": "private int normalizedPrefix()",
"identifier": "normalizedPrefix",
"modifiers": "private",
"parameters": "()",
"return": "int",
"signature": "int normalizedPrefix()",
"testcase": false
},
{
"class_method_signature": "Z80.checkCondition(final int cc)",
"constructor": false,
"full_signature": "private boolean checkCondition(final int cc)",
"identifier": "checkCondition",
"modifiers": "private",
"parameters": "(final int cc)",
"return": "boolean",
"signature": "boolean checkCondition(final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80._readPtr(final int ctx, final int reg, final int origValue)",
"constructor": false,
"full_signature": "private int _readPtr(final int ctx, final int reg, final int origValue)",
"identifier": "_readPtr",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int origValue)",
"return": "int",
"signature": "int _readPtr(final int ctx, final int reg, final int origValue)",
"testcase": false
},
{
"class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"constructor": false,
"full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"identifier": "alignRegisterValuesWith",
"modifiers": "public",
"parameters": "(final Z80 src, int packedRegisterFlags)",
"return": "Z80",
"signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg8(final int ctx, final int r)",
"constructor": false,
"full_signature": "private int readReg8(final int ctx, final int r)",
"identifier": "readReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r)",
"return": "int",
"signature": "int readReg8(final int ctx, final int r)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16(final int p, final int value)",
"identifier": "writeReg16",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg16_2(final int p, final int value)",
"constructor": false,
"full_signature": "private void writeReg16_2(final int p, final int value)",
"identifier": "writeReg16_2",
"modifiers": "private",
"parameters": "(final int p, final int value)",
"return": "void",
"signature": "void writeReg16_2(final int p, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.readHlPtr(final int ctx)",
"constructor": false,
"full_signature": "private int readHlPtr(final int ctx)",
"identifier": "readHlPtr",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "int",
"signature": "int readHlPtr(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16(final int p)",
"constructor": false,
"full_signature": "private int readReg16(final int p)",
"identifier": "readReg16",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.readReg16_2(final int p)",
"constructor": false,
"full_signature": "private int readReg16_2(final int p)",
"identifier": "readReg16_2",
"modifiers": "private",
"parameters": "(final int p)",
"return": "int",
"signature": "int readReg16_2(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8(final int ctx, final int r, final int value)",
"identifier": "writeReg8",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.getLastM1InstructionByte()",
"constructor": false,
"full_signature": "public int getLastM1InstructionByte()",
"identifier": "getLastM1InstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastM1InstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.getLastInstructionByte()",
"constructor": false,
"full_signature": "public int getLastInstructionByte()",
"identifier": "getLastInstructionByte",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getLastInstructionByte()",
"testcase": false
},
{
"class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)",
"constructor": false,
"full_signature": "private boolean isHiLoFront(final int signal, final int signals)",
"identifier": "isHiLoFront",
"modifiers": "private",
"parameters": "(final int signal, final int signals)",
"return": "boolean",
"signature": "boolean isHiLoFront(final int signal, final int signals)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"constructor": false,
"full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"identifier": "nextInstruction_SkipBlockInstructions",
"modifiers": "public",
"parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"return": "int",
"signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)",
"testcase": false
},
{
"class_method_signature": "Z80.step(final int ctx, final int incomingSignals)",
"constructor": false,
"full_signature": "public boolean step(final int ctx, final int incomingSignals)",
"identifier": "step",
"modifiers": "public",
"parameters": "(final int ctx, final int incomingSignals)",
"return": "boolean",
"signature": "boolean step(final int ctx, final int incomingSignals)",
"testcase": false
},
{
"class_method_signature": "Z80._step(final int ctx, final int commandByte)",
"constructor": false,
"full_signature": "private boolean _step(final int ctx, final int commandByte)",
"identifier": "_step",
"modifiers": "private",
"parameters": "(final int ctx, final int commandByte)",
"return": "boolean",
"signature": "boolean _step(final int ctx, final int commandByte)",
"testcase": false
},
{
"class_method_signature": "Z80.doNONI()",
"constructor": false,
"full_signature": "private void doNONI()",
"identifier": "doNONI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNONI()",
"testcase": false
},
{
"class_method_signature": "Z80.doHalt()",
"constructor": false,
"full_signature": "private void doHalt()",
"identifier": "doHalt",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doHalt()",
"testcase": false
},
{
"class_method_signature": "Z80.doNOP()",
"constructor": false,
"full_signature": "private void doNOP()",
"identifier": "doNOP",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNOP()",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_AF_AF()",
"constructor": false,
"full_signature": "private void doEX_AF_AF()",
"identifier": "doEX_AF_AF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_AF_AF()",
"testcase": false
},
{
"class_method_signature": "Z80.doDJNZ(final int ctx)",
"constructor": false,
"full_signature": "private void doDJNZ(final int ctx)",
"identifier": "doDJNZ",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doDJNZ(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJR(final int ctx, final int cc)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJR(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJR(final int ctx)",
"constructor": false,
"full_signature": "private void doJR(final int ctx)",
"identifier": "doJR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)",
"identifier": "doLDRegPairByNextWord",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLDRegPairByNextWord(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADD_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADD_HL_RegPair(final int p)",
"identifier": "doADD_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADD_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doADC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doADC_HL_RegPair(final int p)",
"identifier": "doADC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doADC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doSBC_HL_RegPair(final int p)",
"constructor": false,
"full_signature": "private void doSBC_HL_RegPair(final int p)",
"identifier": "doSBC_HL_RegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doSBC_HL_RegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"identifier": "writeReg8_forLdReg8Instruction",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"constructor": false,
"full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"identifier": "writeReg8_UseCachedInstructionByte",
"modifiers": "private",
"parameters": "(final int ctx, final int r, final int value)",
"return": "void",
"signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_HL(final int ctx)",
"identifier": "doLD_mNN_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mNN_A(final int ctx)",
"identifier": "doLD_mNN_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mNN_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mBC_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mBC_A(final int ctx)",
"identifier": "doLD_mBC_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mBC_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mDE_A(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_mDE_A(final int ctx)",
"identifier": "doLD_mDE_A",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_mDE_A(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_HL_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_HL_mem(final int ctx)",
"identifier": "doLD_HL_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_HL_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mem(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mem(final int ctx)",
"identifier": "doLD_A_mem",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mem(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCRegPair(final int p)",
"constructor": false,
"full_signature": "private void doINCRegPair(final int p)",
"identifier": "doINCRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doINCRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECRegPair(final int p)",
"constructor": false,
"full_signature": "private void doDECRegPair(final int p)",
"identifier": "doDECRegPair",
"modifiers": "private",
"parameters": "(final int p)",
"return": "void",
"signature": "void doDECRegPair(final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doINCReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doINCReg(final int ctx, final int y)",
"identifier": "doINCReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doINCReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doDECReg(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doDECReg(final int ctx, final int y)",
"identifier": "doDECReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doDECReg(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)",
"identifier": "doLD_Reg_ByValue",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doLD_Reg_ByValue(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLCA()",
"constructor": false,
"full_signature": "private void doRLCA()",
"identifier": "doRLCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRCA()",
"constructor": false,
"full_signature": "private void doRRCA()",
"identifier": "doRRCA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRCA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRLA()",
"constructor": false,
"full_signature": "private void doRLA()",
"identifier": "doRLA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRLA()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRA()",
"constructor": false,
"full_signature": "private void doRRA()",
"identifier": "doRRA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doRRA()",
"testcase": false
},
{
"class_method_signature": "Z80.doDAA()",
"constructor": false,
"full_signature": "private void doDAA()",
"identifier": "doDAA",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDAA()",
"testcase": false
},
{
"class_method_signature": "Z80.doCPL()",
"constructor": false,
"full_signature": "private void doCPL()",
"identifier": "doCPL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCPL()",
"testcase": false
},
{
"class_method_signature": "Z80.doSCF()",
"constructor": false,
"full_signature": "private void doSCF()",
"identifier": "doSCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doSCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doCCF()",
"constructor": false,
"full_signature": "private void doCCF()",
"identifier": "doCCF",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doCCF()",
"testcase": false
},
{
"class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)",
"identifier": "doLDRegByReg",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "void",
"signature": "void doLDRegByReg(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doRETByFlag(final int ctx, final int y)",
"identifier": "doRETByFlag",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doRETByFlag(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doRET(final int ctx)",
"constructor": false,
"full_signature": "private void doRET(final int ctx)",
"identifier": "doRET",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRET(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPOPRegPair(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPOPRegPair(final int ctx, final int p)",
"identifier": "doPOPRegPair",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPOPRegPair(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doEXX()",
"constructor": false,
"full_signature": "private void doEXX()",
"identifier": "doEXX",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEXX()",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doJP_HL(final int ctx)",
"identifier": "doJP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_SP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_SP_HL(final int ctx)",
"identifier": "doLD_SP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_SP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP_cc(final int ctx, final int cc)",
"constructor": false,
"full_signature": "private void doJP_cc(final int ctx, final int cc)",
"identifier": "doJP_cc",
"modifiers": "private",
"parameters": "(final int ctx, final int cc)",
"return": "void",
"signature": "void doJP_cc(final int ctx, final int cc)",
"testcase": false
},
{
"class_method_signature": "Z80.doJP(final int ctx)",
"constructor": false,
"full_signature": "private void doJP(final int ctx)",
"identifier": "doJP",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doJP(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTnA(final int ctx)",
"constructor": false,
"full_signature": "private void doOUTnA(final int ctx)",
"identifier": "doOUTnA",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUTnA(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_A_n(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_A_n(final int ctx)",
"identifier": "doIN_A_n",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_A_n(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_mSP_HL(final int ctx)",
"constructor": false,
"full_signature": "private void doEX_mSP_HL(final int ctx)",
"identifier": "doEX_mSP_HL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doEX_mSP_HL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doEX_DE_HL()",
"constructor": false,
"full_signature": "private void doEX_DE_HL()",
"identifier": "doEX_DE_HL",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEX_DE_HL()",
"testcase": false
},
{
"class_method_signature": "Z80.doDI()",
"constructor": false,
"full_signature": "private void doDI()",
"identifier": "doDI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doDI()",
"testcase": false
},
{
"class_method_signature": "Z80.doEI()",
"constructor": false,
"full_signature": "private void doEI()",
"identifier": "doEI",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doEI()",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx, final int y)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doCALL(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doCALL(final int ctx)",
"constructor": false,
"full_signature": "private void doCALL(final int ctx)",
"identifier": "doCALL",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCALL(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doPUSH(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doPUSH(final int ctx, final int p)",
"identifier": "doPUSH",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doPUSH(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_Reg(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private void doALU_A_Reg(final int ctx, final int op, final int reg)",
"identifier": "doALU_A_Reg",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "void",
"signature": "void doALU_A_Reg(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doALU_A_n(final int ctx, final int op)",
"constructor": false,
"full_signature": "private void doALU_A_n(final int ctx, final int op)",
"identifier": "doALU_A_n",
"modifiers": "private",
"parameters": "(final int ctx, final int op)",
"return": "void",
"signature": "void doALU_A_n(final int ctx, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80._aluAccumulatorOp(final int op, final int value)",
"constructor": false,
"full_signature": "private void _aluAccumulatorOp(final int op, final int value)",
"identifier": "_aluAccumulatorOp",
"modifiers": "private",
"parameters": "(final int op, final int value)",
"return": "void",
"signature": "void _aluAccumulatorOp(final int op, final int value)",
"testcase": false
},
{
"class_method_signature": "Z80.doRST(final int ctx, final int address)",
"constructor": false,
"full_signature": "private void doRST(final int ctx, final int address)",
"identifier": "doRST",
"modifiers": "private",
"parameters": "(final int ctx, final int address)",
"return": "void",
"signature": "void doRST(final int ctx, final int address)",
"testcase": false
},
{
"class_method_signature": "Z80.doRollShift(final int ctx, final int op, final int reg)",
"constructor": false,
"full_signature": "private int doRollShift(final int ctx, final int op, final int reg)",
"identifier": "doRollShift",
"modifiers": "private",
"parameters": "(final int ctx, final int op, final int reg)",
"return": "int",
"signature": "int doRollShift(final int ctx, final int op, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doROTmem_LDreg(final int ctx, final int reg, final int op)",
"constructor": false,
"full_signature": "private void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"identifier": "doROTmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int op)",
"return": "void",
"signature": "void doROTmem_LDreg(final int ctx, final int reg, final int op)",
"testcase": false
},
{
"class_method_signature": "Z80.doBIT(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private void doBIT(final int ctx, final int bit, final int reg)",
"identifier": "doBIT",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "void",
"signature": "void doBIT(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRES(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doRES(final int ctx, final int bit, final int reg)",
"identifier": "doRES",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doRES(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doSET(final int ctx, final int bit, final int reg)",
"constructor": false,
"full_signature": "private int doSET(final int ctx, final int bit, final int reg)",
"identifier": "doSET",
"modifiers": "private",
"parameters": "(final int ctx, final int bit, final int reg)",
"return": "int",
"signature": "int doSET(final int ctx, final int bit, final int reg)",
"testcase": false
},
{
"class_method_signature": "Z80.doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doRESmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doRESmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"constructor": false,
"full_signature": "private void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"identifier": "doSETmem_LDreg",
"modifiers": "private",
"parameters": "(final int ctx, final int reg, final int bit)",
"return": "void",
"signature": "void doSETmem_LDreg(final int ctx, final int reg, final int bit)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doIN_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIN_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doIN_C(final int ctx, final int y)",
"identifier": "doIN_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doIN_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doOUT_C(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUT_C(final int ctx, final int y)",
"constructor": false,
"full_signature": "private void doOUT_C(final int ctx, final int y)",
"identifier": "doOUT_C",
"modifiers": "private",
"parameters": "(final int ctx, final int y)",
"return": "void",
"signature": "void doOUT_C(final int ctx, final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_mNN_RegP(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_mNN_RegP(final int ctx, final int p)",
"identifier": "doLD_mNN_RegP",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_mNN_RegP(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_RegP_mNN(final int ctx, final int p)",
"constructor": false,
"full_signature": "private void doLD_RegP_mNN(final int ctx, final int p)",
"identifier": "doLD_RegP_mNN",
"modifiers": "private",
"parameters": "(final int ctx, final int p)",
"return": "void",
"signature": "void doLD_RegP_mNN(final int ctx, final int p)",
"testcase": false
},
{
"class_method_signature": "Z80.doNEG()",
"constructor": false,
"full_signature": "private void doNEG()",
"identifier": "doNEG",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doNEG()",
"testcase": false
},
{
"class_method_signature": "Z80.doRETI(final int ctx)",
"constructor": false,
"full_signature": "private void doRETI(final int ctx)",
"identifier": "doRETI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRETN(final int ctx)",
"constructor": false,
"full_signature": "private void doRETN(final int ctx)",
"identifier": "doRETN",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRETN(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doIM(final int y)",
"constructor": false,
"full_signature": "private void doIM(final int y)",
"identifier": "doIM",
"modifiers": "private",
"parameters": "(final int y)",
"return": "void",
"signature": "void doIM(final int y)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_I_A()",
"constructor": false,
"full_signature": "private void doLD_I_A()",
"identifier": "doLD_I_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_I_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_R_A()",
"constructor": false,
"full_signature": "private void doLD_R_A()",
"identifier": "doLD_R_A",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_R_A()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_I()",
"constructor": false,
"full_signature": "private void doLD_A_I()",
"identifier": "doLD_A_I",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_I()",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_R()",
"constructor": false,
"full_signature": "private void doLD_A_R()",
"identifier": "doLD_A_R",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void doLD_A_R()",
"testcase": false
},
{
"class_method_signature": "Z80.doRRD(final int ctx)",
"constructor": false,
"full_signature": "private void doRRD(final int ctx)",
"identifier": "doRRD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRRD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doRLD(final int ctx)",
"constructor": false,
"full_signature": "private void doRLD(final int ctx)",
"identifier": "doRLD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doRLD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)",
"constructor": false,
"full_signature": "private boolean doBLI(final int ctx, final int y, final int z)",
"identifier": "doBLI",
"modifiers": "private",
"parameters": "(final int ctx, final int y, final int z)",
"return": "boolean",
"signature": "boolean doBLI(final int ctx, final int y, final int z)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mBC(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mBC(final int ctx)",
"identifier": "doLD_A_mBC",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mBC(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDIR(final int ctx)",
"identifier": "doLDIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLD_A_mDE(final int ctx)",
"constructor": false,
"full_signature": "private void doLD_A_mDE(final int ctx)",
"identifier": "doLD_A_mDE",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLD_A_mDE(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPIR(final int ctx)",
"identifier": "doCPIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINI_IND(final int ctx, final boolean ini)",
"constructor": false,
"full_signature": "private void doINI_IND(final int ctx, final boolean ini)",
"identifier": "doINI_IND",
"modifiers": "private",
"parameters": "(final int ctx, final boolean ini)",
"return": "void",
"signature": "void doINI_IND(final int ctx, final boolean ini)",
"testcase": false
},
{
"class_method_signature": "Z80.doINIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINIR(final int ctx)",
"identifier": "doINIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doINDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doINDR(final int ctx)",
"identifier": "doINDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doINDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDI(final int ctx)",
"constructor": false,
"full_signature": "private void doLDI(final int ctx)",
"identifier": "doLDI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTIR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTIR(final int ctx)",
"identifier": "doOTIR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTIR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPI(final int ctx)",
"constructor": false,
"full_signature": "private void doCPI(final int ctx)",
"identifier": "doCPI",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPI(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOTDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doOTDR(final int ctx)",
"identifier": "doOTDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doOTDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doLDDR(final int ctx)",
"identifier": "doLDDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doLDDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doOUTI_OUTD(final int ctx, final boolean inc)",
"constructor": false,
"full_signature": "private void doOUTI_OUTD(final int ctx, final boolean inc)",
"identifier": "doOUTI_OUTD",
"modifiers": "private",
"parameters": "(final int ctx, final boolean inc)",
"return": "void",
"signature": "void doOUTI_OUTD(final int ctx, final boolean inc)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPDR(final int ctx)",
"constructor": false,
"full_signature": "private boolean doCPDR(final int ctx)",
"identifier": "doCPDR",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "boolean",
"signature": "boolean doCPDR(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.getStateAsString()",
"constructor": false,
"full_signature": "public String getStateAsString()",
"identifier": "getStateAsString",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getStateAsString()",
"testcase": false
},
{
"class_method_signature": "Z80.doReset()",
"constructor": false,
"full_signature": "public void doReset()",
"identifier": "doReset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void doReset()",
"testcase": false
},
{
"class_method_signature": "Z80.compareState(final Z80 other, final boolean compareExe)",
"constructor": false,
"full_signature": "public boolean compareState(final Z80 other, final boolean compareExe)",
"identifier": "compareState",
"modifiers": "public",
"parameters": "(final Z80 other, final boolean compareExe)",
"return": "boolean",
"signature": "boolean compareState(final Z80 other, final boolean compareExe)",
"testcase": false
},
{
"class_method_signature": "Z80.doLDD(final int ctx)",
"constructor": false,
"full_signature": "private void doLDD(final int ctx)",
"identifier": "doLDD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doLDD(final int ctx)",
"testcase": false
},
{
"class_method_signature": "Z80.doCPD(final int ctx)",
"constructor": false,
"full_signature": "private void doCPD(final int ctx)",
"identifier": "doCPD",
"modifiers": "private",
"parameters": "(final int ctx)",
"return": "void",
"signature": "void doCPD(final int ctx)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }",
"class_method_signature": "Z80.getRegister(final int reg)",
"constructor": false,
"full_signature": "public int getRegister(final int reg)",
"identifier": "getRegister",
"invocations": [
"getRegister"
],
"modifiers": "public",
"parameters": "(final int reg)",
"return": "int",
"signature": "int getRegister(final int reg)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 5,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 32104835,
"size": 23159,
"stargazer_count": 44,
"stars": null,
"updates": null,
"url": "https://github.com/raydac/zxpoly"
}
|
61947614_6
|
{
"fields": [
{
"declarator": "processorsService",
"modifier": "@Mock",
"original_string": "@Mock\n MessageProcessorsService processorsService;",
"type": "MessageProcessorsService",
"var_name": "processorsService"
},
{
"declarator": "messageProcessor",
"modifier": "@Mock",
"original_string": "@Mock\n MessageProcessor messageProcessor;",
"type": "MessageProcessor",
"var_name": "messageProcessor"
},
{
"declarator": "otherMessageProcessor",
"modifier": "@Mock",
"original_string": "@Mock\n MessageProcessor otherMessageProcessor;",
"type": "MessageProcessor",
"var_name": "otherMessageProcessor"
},
{
"declarator": "stubPeer",
"modifier": "@Mock(stubOnly = true)",
"original_string": "@Mock(stubOnly = true)\n Peer stubPeer;",
"type": "Peer",
"var_name": "stubPeer"
},
{
"declarator": "stubContent",
"modifier": "@Mock(stubOnly = true)",
"original_string": "@Mock(stubOnly = true)\n ByteBuf stubContent;",
"type": "ByteBuf",
"var_name": "stubContent"
},
{
"declarator": "messageQueue",
"modifier": "private",
"original_string": "private IncomingMessageQueue messageQueue;",
"type": "IncomingMessageQueue",
"var_name": "messageQueue"
},
{
"declarator": "MESSAGE_ID = 0",
"modifier": "private static",
"original_string": "private static int MESSAGE_ID = 0;",
"type": "int",
"var_name": "MESSAGE_ID"
},
{
"declarator": "OTHER_MESSAGE_ID = 1",
"modifier": "private static",
"original_string": "private static int OTHER_MESSAGE_ID = 1;",
"type": "int",
"var_name": "OTHER_MESSAGE_ID"
}
],
"file": "net/src/test/java/net/warpgame/engine/net/message/IncomingMessageQueueTest.java",
"identifier": "IncomingMessageQueueTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void shouldProcessMessagesInCorrectOrder() {\n messageQueue.addMessage(stubPeer, MESSAGE_ID, 2, stubContent);\n messageQueue.addMessage(stubPeer, OTHER_MESSAGE_ID, 1, stubContent);\n\n InOrder inOrder = Mockito.inOrder(processorsService);\n inOrder.verify(processorsService).getMessageProcessor(OTHER_MESSAGE_ID);\n inOrder.verify(processorsService).getMessageProcessor(MESSAGE_ID);\n }",
"class_method_signature": "IncomingMessageQueueTest.shouldProcessMessagesInCorrectOrder()",
"constructor": false,
"full_signature": "@Test public void shouldProcessMessagesInCorrectOrder()",
"identifier": "shouldProcessMessagesInCorrectOrder",
"invocations": [
"addMessage",
"addMessage",
"inOrder",
"getMessageProcessor",
"verify",
"getMessageProcessor",
"verify"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void shouldProcessMessagesInCorrectOrder()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "minDependencyId = 1",
"modifier": "private",
"original_string": "private int minDependencyId = 1;",
"type": "int",
"var_name": "minDependencyId"
},
{
"declarator": "messageQueue = new PriorityQueue<>(new IncomingEnvelopeComparator())",
"modifier": "private",
"original_string": "private PriorityQueue<IncomingEnvelope> messageQueue = new PriorityQueue<>(new IncomingEnvelopeComparator());",
"type": "PriorityQueue<IncomingEnvelope>",
"var_name": "messageQueue"
},
{
"declarator": "messageProcessorsService",
"modifier": "private",
"original_string": "private MessageProcessorsService messageProcessorsService;",
"type": "MessageProcessorsService",
"var_name": "messageProcessorsService"
}
],
"file": "net/src/main/java/net/warpgame/engine/net/message/IncomingMessageQueue.java",
"identifier": "IncomingMessageQueue",
"interfaces": "",
"methods": [
{
"class_method_signature": "IncomingMessageQueue.IncomingMessageQueue(MessageProcessorsService messageProcessorsService)",
"constructor": true,
"full_signature": "public IncomingMessageQueue(MessageProcessorsService messageProcessorsService)",
"identifier": "IncomingMessageQueue",
"modifiers": "public",
"parameters": "(MessageProcessorsService messageProcessorsService)",
"return": "",
"signature": " IncomingMessageQueue(MessageProcessorsService messageProcessorsService)",
"testcase": false
},
{
"class_method_signature": "IncomingMessageQueue.addMessage(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content)",
"constructor": false,
"full_signature": "public synchronized void addMessage(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content)",
"identifier": "addMessage",
"modifiers": "public synchronized",
"parameters": "(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content)",
"return": "void",
"signature": "void addMessage(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content)",
"testcase": false
},
{
"class_method_signature": "IncomingMessageQueue.processIncomingMessages()",
"constructor": false,
"full_signature": "private void processIncomingMessages()",
"identifier": "processIncomingMessages",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void processIncomingMessages()",
"testcase": false
},
{
"class_method_signature": "IncomingMessageQueue.checkDependency(int dependencyId)",
"constructor": false,
"full_signature": "private boolean checkDependency(int dependencyId)",
"identifier": "checkDependency",
"modifiers": "private",
"parameters": "(int dependencyId)",
"return": "boolean",
"signature": "boolean checkDependency(int dependencyId)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public synchronized void addMessage(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content) {\n if (checkDependency(dependencyId)) {\n byte[] contentBytes = new byte[content.readableBytes()];\n content.readBytes(contentBytes);\n\n messageQueue.add(new IncomingEnvelope(sourcePeer, messageType, dependencyId, new SerializationBuffer(contentBytes)));\n }\n processIncomingMessages();\n }",
"class_method_signature": "IncomingMessageQueue.addMessage(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content)",
"constructor": false,
"full_signature": "public synchronized void addMessage(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content)",
"identifier": "addMessage",
"invocations": [
"checkDependency",
"readableBytes",
"readBytes",
"add",
"processIncomingMessages"
],
"modifiers": "public synchronized",
"parameters": "(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content)",
"return": "void",
"signature": "void addMessage(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 1,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 61947614,
"size": 243998,
"stargazer_count": 27,
"stars": null,
"updates": null,
"url": "https://github.com/WarpOrganization/warp"
}
|
61947614_7
|
{
"fields": [],
"file": "core/src/test/java/net/warpgame/engine/core/context/config/ConfigLoaderTest.java",
"identifier": "ConfigLoaderTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void parseShouldReturnInteger() {\n Assert.assertSame(100, new ConfigLoader().parse(\"100\"));\n }",
"class_method_signature": "ConfigLoaderTest.parseShouldReturnInteger()",
"constructor": false,
"full_signature": "@Test public void parseShouldReturnInteger()",
"identifier": "parseShouldReturnInteger",
"invocations": [
"assertSame",
"parse"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void parseShouldReturnInteger()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "logger = Logger.getLogger(ConfigLoader.class)",
"modifier": "private static final",
"original_string": "private static final Logger logger = Logger.getLogger(ConfigLoader.class);",
"type": "Logger",
"var_name": "logger"
},
{
"declarator": "YML_CONFIG_LOCATION = \"warp.yml\"",
"modifier": "public static final",
"original_string": "public static final String YML_CONFIG_LOCATION = \"warp.yml\";",
"type": "String",
"var_name": "YML_CONFIG_LOCATION"
}
],
"file": "core/src/main/java/net/warpgame/engine/core/context/config/ConfigLoader.java",
"identifier": "ConfigLoader",
"interfaces": "",
"methods": [
{
"class_method_signature": "ConfigLoader.loadTo(Config config)",
"constructor": false,
"full_signature": "public void loadTo(Config config)",
"identifier": "loadTo",
"modifiers": "public",
"parameters": "(Config config)",
"return": "void",
"signature": "void loadTo(Config config)",
"testcase": false
},
{
"class_method_signature": "ConfigLoader.setValuesFromProperty(Config config)",
"constructor": false,
"full_signature": "private void setValuesFromProperty(Config config)",
"identifier": "setValuesFromProperty",
"modifiers": "private",
"parameters": "(Config config)",
"return": "void",
"signature": "void setValuesFromProperty(Config config)",
"testcase": false
},
{
"class_method_signature": "ConfigLoader.parse(String o)",
"constructor": false,
"full_signature": " Object parse(String o)",
"identifier": "parse",
"modifiers": "",
"parameters": "(String o)",
"return": "Object",
"signature": "Object parse(String o)",
"testcase": false
},
{
"class_method_signature": "ConfigLoader.setValues(Config config, Map<String, Object> values, String acc)",
"constructor": false,
"full_signature": "private void setValues(Config config, Map<String, Object> values, String acc)",
"identifier": "setValues",
"modifiers": "private",
"parameters": "(Config config, Map<String, Object> values, String acc)",
"return": "void",
"signature": "void setValues(Config config, Map<String, Object> values, String acc)",
"testcase": false
},
{
"class_method_signature": "ConfigLoader.loadFromYaml()",
"constructor": false,
"full_signature": "public Map<String, Object> loadFromYaml()",
"identifier": "loadFromYaml",
"modifiers": "public",
"parameters": "()",
"return": "Map<String, Object>",
"signature": "Map<String, Object> loadFromYaml()",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "Object parse(String o) { //lol\n Scanner s = new Scanner(o);\n if (s.hasNextInt()) return s.nextInt();\n if (s.hasNextFloat()) return s.nextFloat();\n if (s.hasNextBoolean()) return s.nextBoolean();\n return o;\n }",
"class_method_signature": "ConfigLoader.parse(String o)",
"constructor": false,
"full_signature": " Object parse(String o)",
"identifier": "parse",
"invocations": [
"hasNextInt",
"nextInt",
"hasNextFloat",
"nextFloat",
"hasNextBoolean",
"nextBoolean"
],
"modifiers": "",
"parameters": "(String o)",
"return": "Object",
"signature": "Object parse(String o)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 1,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 61947614,
"size": 243998,
"stargazer_count": 27,
"stars": null,
"updates": null,
"url": "https://github.com/WarpOrganization/warp"
}
|
61947614_0
|
{
"fields": [
{
"declarator": "context",
"modifier": "@Mock",
"original_string": "@Mock\n Context context;",
"type": "Context",
"var_name": "context"
},
{
"declarator": "holder",
"modifier": "@Mock",
"original_string": "@Mock\n SceneHolder holder;",
"type": "SceneHolder",
"var_name": "holder"
},
{
"declarator": "consoleComponent",
"modifier": "@Mock",
"original_string": "@Mock\n Scene consoleComponent;",
"type": "Scene",
"var_name": "consoleComponent"
},
{
"declarator": "service",
"modifier": "private",
"original_string": "private ClientConsoleService service;",
"type": "ClientConsoleService",
"var_name": "service"
}
],
"file": "console/src/test/java/net/warpgame/engine/console/ClientConsoleServiceTest.java",
"identifier": "ClientConsoleServiceTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void sendChatMessageTest() {\n service.sendChatMessage(\"User\", \"Hello\");\n verify(service.consoleComponent).triggerEvent(any());\n }",
"class_method_signature": "ClientConsoleServiceTest.sendChatMessageTest()",
"constructor": false,
"full_signature": "@Test public void sendChatMessageTest()",
"identifier": "sendChatMessageTest",
"invocations": [
"sendChatMessage",
"triggerEvent",
"verify",
"any"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void sendChatMessageTest()",
"testcase": true
}
|
{
"fields": [],
"file": "console/src/main/java/net/warpgame/engine/console/ClientConsoleService.java",
"identifier": "ClientConsoleService",
"interfaces": "",
"methods": [
{
"class_method_signature": "ClientConsoleService.ClientConsoleService(SceneHolder holder, Context context)",
"constructor": true,
"full_signature": "public ClientConsoleService(SceneHolder holder, Context context)",
"identifier": "ClientConsoleService",
"modifiers": "public",
"parameters": "(SceneHolder holder, Context context)",
"return": "",
"signature": " ClientConsoleService(SceneHolder holder, Context context)",
"testcase": false
},
{
"class_method_signature": "ClientConsoleService.sendChatMessage(String sender, String msg)",
"constructor": false,
"full_signature": "public void sendChatMessage(String sender, String msg)",
"identifier": "sendChatMessage",
"modifiers": "public",
"parameters": "(String sender, String msg)",
"return": "void",
"signature": "void sendChatMessage(String sender, String msg)",
"testcase": false
}
],
"superclass": "extends ConsoleService"
}
|
{
"body": "public void sendChatMessage(String sender, String msg) {\n consoleComponent.triggerEvent(new ChatMessageEvent(sender, msg));\n }",
"class_method_signature": "ClientConsoleService.sendChatMessage(String sender, String msg)",
"constructor": false,
"full_signature": "public void sendChatMessage(String sender, String msg)",
"identifier": "sendChatMessage",
"invocations": [
"triggerEvent"
],
"modifiers": "public",
"parameters": "(String sender, String msg)",
"return": "void",
"signature": "void sendChatMessage(String sender, String msg)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 1,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 61947614,
"size": 243998,
"stargazer_count": 27,
"stars": null,
"updates": null,
"url": "https://github.com/WarpOrganization/warp"
}
|
61947614_1
|
{
"fields": [
{
"declarator": "consumer",
"modifier": "@Mock",
"original_string": "@Mock\n Consumer<String[]> consumer;",
"type": "Consumer<String[]>",
"var_name": "consumer"
},
{
"declarator": "command",
"modifier": "private",
"original_string": "private SimpleCommand command;",
"type": "SimpleCommand",
"var_name": "command"
}
],
"file": "console/src/test/java/net/warpgame/engine/console/command/SimpleCommandTest.java",
"identifier": "SimpleCommandTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test(expected = IllegalStateException.class)\n public void executeShouldThrowException() {\n command.execute(\"arg1\", \"arg2\");\n }",
"class_method_signature": "SimpleCommandTest.executeShouldThrowException()",
"constructor": false,
"full_signature": "@Test(expected = IllegalStateException.class) public void executeShouldThrowException()",
"identifier": "executeShouldThrowException",
"invocations": [
"execute"
],
"modifiers": "@Test(expected = IllegalStateException.class) public",
"parameters": "()",
"return": "void",
"signature": "void executeShouldThrowException()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "executor",
"modifier": "private",
"original_string": "private Consumer<String[]> executor;",
"type": "Consumer<String[]>",
"var_name": "executor"
}
],
"file": "console/src/main/java/net/warpgame/engine/console/command/SimpleCommand.java",
"identifier": "SimpleCommand",
"interfaces": "",
"methods": [
{
"class_method_signature": "SimpleCommand.SimpleCommand(String command, String helpText, String usageText)",
"constructor": true,
"full_signature": "public SimpleCommand(String command, String helpText, String usageText)",
"identifier": "SimpleCommand",
"modifiers": "public",
"parameters": "(String command, String helpText, String usageText)",
"return": "",
"signature": " SimpleCommand(String command, String helpText, String usageText)",
"testcase": false
},
{
"class_method_signature": "SimpleCommand.execute(String... args)",
"constructor": false,
"full_signature": "@Override public void execute(String... args)",
"identifier": "execute",
"modifiers": "@Override public",
"parameters": "(String... args)",
"return": "void",
"signature": "void execute(String... args)",
"testcase": false
},
{
"class_method_signature": "SimpleCommand.setExecutor(Consumer<String[]> func)",
"constructor": false,
"full_signature": "public void setExecutor(Consumer<String[]> func)",
"identifier": "setExecutor",
"modifiers": "public",
"parameters": "(Consumer<String[]> func)",
"return": "void",
"signature": "void setExecutor(Consumer<String[]> func)",
"testcase": false
}
],
"superclass": "extends Command"
}
|
{
"body": "@Override\n public void execute(String... args) {\n if (executor == null)\n throw new IllegalStateException(\"Executor not defined.\");\n\n executor.accept(args);\n }",
"class_method_signature": "SimpleCommand.execute(String... args)",
"constructor": false,
"full_signature": "@Override public void execute(String... args)",
"identifier": "execute",
"invocations": [
"accept"
],
"modifiers": "@Override public",
"parameters": "(String... args)",
"return": "void",
"signature": "void execute(String... args)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 1,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 61947614,
"size": 243998,
"stargazer_count": 27,
"stars": null,
"updates": null,
"url": "https://github.com/WarpOrganization/warp"
}
|
61947614_2
|
{
"fields": [
{
"declarator": "processorsService",
"modifier": "@Mock",
"original_string": "@Mock\n MessageProcessorsService processorsService;",
"type": "MessageProcessorsService",
"var_name": "processorsService"
},
{
"declarator": "messageProcessor",
"modifier": "@Mock",
"original_string": "@Mock\n MessageProcessor messageProcessor;",
"type": "MessageProcessor",
"var_name": "messageProcessor"
},
{
"declarator": "otherMessageProcessor",
"modifier": "@Mock",
"original_string": "@Mock\n MessageProcessor otherMessageProcessor;",
"type": "MessageProcessor",
"var_name": "otherMessageProcessor"
},
{
"declarator": "stubPeer",
"modifier": "@Mock(stubOnly = true)",
"original_string": "@Mock(stubOnly = true)\n Peer stubPeer;",
"type": "Peer",
"var_name": "stubPeer"
},
{
"declarator": "stubContent",
"modifier": "@Mock(stubOnly = true)",
"original_string": "@Mock(stubOnly = true)\n ByteBuf stubContent;",
"type": "ByteBuf",
"var_name": "stubContent"
},
{
"declarator": "messageQueue",
"modifier": "private",
"original_string": "private IncomingMessageQueue messageQueue;",
"type": "IncomingMessageQueue",
"var_name": "messageQueue"
},
{
"declarator": "MESSAGE_ID = 0",
"modifier": "private static",
"original_string": "private static int MESSAGE_ID = 0;",
"type": "int",
"var_name": "MESSAGE_ID"
},
{
"declarator": "OTHER_MESSAGE_ID = 1",
"modifier": "private static",
"original_string": "private static int OTHER_MESSAGE_ID = 1;",
"type": "int",
"var_name": "OTHER_MESSAGE_ID"
}
],
"file": "net/src/test/java/net/warpgame/engine/net/message/IncomingMessageQueueTest.java",
"identifier": "IncomingMessageQueueTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void shouldProcessMessage() {\n messageQueue.addMessage(stubPeer, MESSAGE_ID, 1, stubContent);\n\n verify(messageProcessor, times(1)).processMessage(eq(stubPeer), any());\n }",
"class_method_signature": "IncomingMessageQueueTest.shouldProcessMessage()",
"constructor": false,
"full_signature": "@Test public void shouldProcessMessage()",
"identifier": "shouldProcessMessage",
"invocations": [
"addMessage",
"processMessage",
"verify",
"times",
"eq",
"any"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void shouldProcessMessage()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "minDependencyId = 1",
"modifier": "private",
"original_string": "private int minDependencyId = 1;",
"type": "int",
"var_name": "minDependencyId"
},
{
"declarator": "messageQueue = new PriorityQueue<>(new IncomingEnvelopeComparator())",
"modifier": "private",
"original_string": "private PriorityQueue<IncomingEnvelope> messageQueue = new PriorityQueue<>(new IncomingEnvelopeComparator());",
"type": "PriorityQueue<IncomingEnvelope>",
"var_name": "messageQueue"
},
{
"declarator": "messageProcessorsService",
"modifier": "private",
"original_string": "private MessageProcessorsService messageProcessorsService;",
"type": "MessageProcessorsService",
"var_name": "messageProcessorsService"
}
],
"file": "net/src/main/java/net/warpgame/engine/net/message/IncomingMessageQueue.java",
"identifier": "IncomingMessageQueue",
"interfaces": "",
"methods": [
{
"class_method_signature": "IncomingMessageQueue.IncomingMessageQueue(MessageProcessorsService messageProcessorsService)",
"constructor": true,
"full_signature": "public IncomingMessageQueue(MessageProcessorsService messageProcessorsService)",
"identifier": "IncomingMessageQueue",
"modifiers": "public",
"parameters": "(MessageProcessorsService messageProcessorsService)",
"return": "",
"signature": " IncomingMessageQueue(MessageProcessorsService messageProcessorsService)",
"testcase": false
},
{
"class_method_signature": "IncomingMessageQueue.addMessage(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content)",
"constructor": false,
"full_signature": "public synchronized void addMessage(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content)",
"identifier": "addMessage",
"modifiers": "public synchronized",
"parameters": "(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content)",
"return": "void",
"signature": "void addMessage(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content)",
"testcase": false
},
{
"class_method_signature": "IncomingMessageQueue.processIncomingMessages()",
"constructor": false,
"full_signature": "private void processIncomingMessages()",
"identifier": "processIncomingMessages",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void processIncomingMessages()",
"testcase": false
},
{
"class_method_signature": "IncomingMessageQueue.checkDependency(int dependencyId)",
"constructor": false,
"full_signature": "private boolean checkDependency(int dependencyId)",
"identifier": "checkDependency",
"modifiers": "private",
"parameters": "(int dependencyId)",
"return": "boolean",
"signature": "boolean checkDependency(int dependencyId)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public synchronized void addMessage(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content) {\n if (checkDependency(dependencyId)) {\n byte[] contentBytes = new byte[content.readableBytes()];\n content.readBytes(contentBytes);\n\n messageQueue.add(new IncomingEnvelope(sourcePeer, messageType, dependencyId, new SerializationBuffer(contentBytes)));\n }\n processIncomingMessages();\n }",
"class_method_signature": "IncomingMessageQueue.addMessage(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content)",
"constructor": false,
"full_signature": "public synchronized void addMessage(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content)",
"identifier": "addMessage",
"invocations": [
"checkDependency",
"readableBytes",
"readBytes",
"add",
"processIncomingMessages"
],
"modifiers": "public synchronized",
"parameters": "(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content)",
"return": "void",
"signature": "void addMessage(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 1,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 61947614,
"size": 243998,
"stargazer_count": 27,
"stars": null,
"updates": null,
"url": "https://github.com/WarpOrganization/warp"
}
|
61947614_11
|
{
"fields": [],
"file": "core/src/test/java/net/warpgame/engine/core/context/config/ConfigLoaderTest.java",
"identifier": "ConfigLoaderTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void parseShouldReturnString() {\n Assert.assertSame(\"127.0.0.1\", new ConfigLoader().parse(\"127.0.0.1\"));\n }",
"class_method_signature": "ConfigLoaderTest.parseShouldReturnString()",
"constructor": false,
"full_signature": "@Test public void parseShouldReturnString()",
"identifier": "parseShouldReturnString",
"invocations": [
"assertSame",
"parse"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void parseShouldReturnString()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "logger = Logger.getLogger(ConfigLoader.class)",
"modifier": "private static final",
"original_string": "private static final Logger logger = Logger.getLogger(ConfigLoader.class);",
"type": "Logger",
"var_name": "logger"
},
{
"declarator": "YML_CONFIG_LOCATION = \"warp.yml\"",
"modifier": "public static final",
"original_string": "public static final String YML_CONFIG_LOCATION = \"warp.yml\";",
"type": "String",
"var_name": "YML_CONFIG_LOCATION"
}
],
"file": "core/src/main/java/net/warpgame/engine/core/context/config/ConfigLoader.java",
"identifier": "ConfigLoader",
"interfaces": "",
"methods": [
{
"class_method_signature": "ConfigLoader.loadTo(Config config)",
"constructor": false,
"full_signature": "public void loadTo(Config config)",
"identifier": "loadTo",
"modifiers": "public",
"parameters": "(Config config)",
"return": "void",
"signature": "void loadTo(Config config)",
"testcase": false
},
{
"class_method_signature": "ConfigLoader.setValuesFromProperty(Config config)",
"constructor": false,
"full_signature": "private void setValuesFromProperty(Config config)",
"identifier": "setValuesFromProperty",
"modifiers": "private",
"parameters": "(Config config)",
"return": "void",
"signature": "void setValuesFromProperty(Config config)",
"testcase": false
},
{
"class_method_signature": "ConfigLoader.parse(String o)",
"constructor": false,
"full_signature": " Object parse(String o)",
"identifier": "parse",
"modifiers": "",
"parameters": "(String o)",
"return": "Object",
"signature": "Object parse(String o)",
"testcase": false
},
{
"class_method_signature": "ConfigLoader.setValues(Config config, Map<String, Object> values, String acc)",
"constructor": false,
"full_signature": "private void setValues(Config config, Map<String, Object> values, String acc)",
"identifier": "setValues",
"modifiers": "private",
"parameters": "(Config config, Map<String, Object> values, String acc)",
"return": "void",
"signature": "void setValues(Config config, Map<String, Object> values, String acc)",
"testcase": false
},
{
"class_method_signature": "ConfigLoader.loadFromYaml()",
"constructor": false,
"full_signature": "public Map<String, Object> loadFromYaml()",
"identifier": "loadFromYaml",
"modifiers": "public",
"parameters": "()",
"return": "Map<String, Object>",
"signature": "Map<String, Object> loadFromYaml()",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "Object parse(String o) { //lol\n Scanner s = new Scanner(o);\n if (s.hasNextInt()) return s.nextInt();\n if (s.hasNextFloat()) return s.nextFloat();\n if (s.hasNextBoolean()) return s.nextBoolean();\n return o;\n }",
"class_method_signature": "ConfigLoader.parse(String o)",
"constructor": false,
"full_signature": " Object parse(String o)",
"identifier": "parse",
"invocations": [
"hasNextInt",
"nextInt",
"hasNextFloat",
"nextFloat",
"hasNextBoolean",
"nextBoolean"
],
"modifiers": "",
"parameters": "(String o)",
"return": "Object",
"signature": "Object parse(String o)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 1,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 61947614,
"size": 243998,
"stargazer_count": 27,
"stars": null,
"updates": null,
"url": "https://github.com/WarpOrganization/warp"
}
|
61947614_10
|
{
"fields": [],
"file": "core/src/test/java/net/warpgame/engine/core/context/config/ConfigLoaderTest.java",
"identifier": "ConfigLoaderTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void parseShouldReturnFalse() {\n Assert.assertSame(false, new ConfigLoader().parse(\"false\"));\n }",
"class_method_signature": "ConfigLoaderTest.parseShouldReturnFalse()",
"constructor": false,
"full_signature": "@Test public void parseShouldReturnFalse()",
"identifier": "parseShouldReturnFalse",
"invocations": [
"assertSame",
"parse"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void parseShouldReturnFalse()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "logger = Logger.getLogger(ConfigLoader.class)",
"modifier": "private static final",
"original_string": "private static final Logger logger = Logger.getLogger(ConfigLoader.class);",
"type": "Logger",
"var_name": "logger"
},
{
"declarator": "YML_CONFIG_LOCATION = \"warp.yml\"",
"modifier": "public static final",
"original_string": "public static final String YML_CONFIG_LOCATION = \"warp.yml\";",
"type": "String",
"var_name": "YML_CONFIG_LOCATION"
}
],
"file": "core/src/main/java/net/warpgame/engine/core/context/config/ConfigLoader.java",
"identifier": "ConfigLoader",
"interfaces": "",
"methods": [
{
"class_method_signature": "ConfigLoader.loadTo(Config config)",
"constructor": false,
"full_signature": "public void loadTo(Config config)",
"identifier": "loadTo",
"modifiers": "public",
"parameters": "(Config config)",
"return": "void",
"signature": "void loadTo(Config config)",
"testcase": false
},
{
"class_method_signature": "ConfigLoader.setValuesFromProperty(Config config)",
"constructor": false,
"full_signature": "private void setValuesFromProperty(Config config)",
"identifier": "setValuesFromProperty",
"modifiers": "private",
"parameters": "(Config config)",
"return": "void",
"signature": "void setValuesFromProperty(Config config)",
"testcase": false
},
{
"class_method_signature": "ConfigLoader.parse(String o)",
"constructor": false,
"full_signature": " Object parse(String o)",
"identifier": "parse",
"modifiers": "",
"parameters": "(String o)",
"return": "Object",
"signature": "Object parse(String o)",
"testcase": false
},
{
"class_method_signature": "ConfigLoader.setValues(Config config, Map<String, Object> values, String acc)",
"constructor": false,
"full_signature": "private void setValues(Config config, Map<String, Object> values, String acc)",
"identifier": "setValues",
"modifiers": "private",
"parameters": "(Config config, Map<String, Object> values, String acc)",
"return": "void",
"signature": "void setValues(Config config, Map<String, Object> values, String acc)",
"testcase": false
},
{
"class_method_signature": "ConfigLoader.loadFromYaml()",
"constructor": false,
"full_signature": "public Map<String, Object> loadFromYaml()",
"identifier": "loadFromYaml",
"modifiers": "public",
"parameters": "()",
"return": "Map<String, Object>",
"signature": "Map<String, Object> loadFromYaml()",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "Object parse(String o) { //lol\n Scanner s = new Scanner(o);\n if (s.hasNextInt()) return s.nextInt();\n if (s.hasNextFloat()) return s.nextFloat();\n if (s.hasNextBoolean()) return s.nextBoolean();\n return o;\n }",
"class_method_signature": "ConfigLoader.parse(String o)",
"constructor": false,
"full_signature": " Object parse(String o)",
"identifier": "parse",
"invocations": [
"hasNextInt",
"nextInt",
"hasNextFloat",
"nextFloat",
"hasNextBoolean",
"nextBoolean"
],
"modifiers": "",
"parameters": "(String o)",
"return": "Object",
"signature": "Object parse(String o)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 1,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 61947614,
"size": 243998,
"stargazer_count": 27,
"stars": null,
"updates": null,
"url": "https://github.com/WarpOrganization/warp"
}
|
61947614_3
|
{
"fields": [
{
"declarator": "processorsService",
"modifier": "@Mock",
"original_string": "@Mock\n MessageProcessorsService processorsService;",
"type": "MessageProcessorsService",
"var_name": "processorsService"
},
{
"declarator": "messageProcessor",
"modifier": "@Mock",
"original_string": "@Mock\n MessageProcessor messageProcessor;",
"type": "MessageProcessor",
"var_name": "messageProcessor"
},
{
"declarator": "otherMessageProcessor",
"modifier": "@Mock",
"original_string": "@Mock\n MessageProcessor otherMessageProcessor;",
"type": "MessageProcessor",
"var_name": "otherMessageProcessor"
},
{
"declarator": "stubPeer",
"modifier": "@Mock(stubOnly = true)",
"original_string": "@Mock(stubOnly = true)\n Peer stubPeer;",
"type": "Peer",
"var_name": "stubPeer"
},
{
"declarator": "stubContent",
"modifier": "@Mock(stubOnly = true)",
"original_string": "@Mock(stubOnly = true)\n ByteBuf stubContent;",
"type": "ByteBuf",
"var_name": "stubContent"
},
{
"declarator": "messageQueue",
"modifier": "private",
"original_string": "private IncomingMessageQueue messageQueue;",
"type": "IncomingMessageQueue",
"var_name": "messageQueue"
},
{
"declarator": "MESSAGE_ID = 0",
"modifier": "private static",
"original_string": "private static int MESSAGE_ID = 0;",
"type": "int",
"var_name": "MESSAGE_ID"
},
{
"declarator": "OTHER_MESSAGE_ID = 1",
"modifier": "private static",
"original_string": "private static int OTHER_MESSAGE_ID = 1;",
"type": "int",
"var_name": "OTHER_MESSAGE_ID"
}
],
"file": "net/src/test/java/net/warpgame/engine/net/message/IncomingMessageQueueTest.java",
"identifier": "IncomingMessageQueueTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test(expected = UnknownMessageTypeException.class)\n public void shouldThrowUnknownMessageType() {\n messageQueue.addMessage(stubPeer, 2, 1, stubContent);\n }",
"class_method_signature": "IncomingMessageQueueTest.shouldThrowUnknownMessageType()",
"constructor": false,
"full_signature": "@Test(expected = UnknownMessageTypeException.class) public void shouldThrowUnknownMessageType()",
"identifier": "shouldThrowUnknownMessageType",
"invocations": [
"addMessage"
],
"modifiers": "@Test(expected = UnknownMessageTypeException.class) public",
"parameters": "()",
"return": "void",
"signature": "void shouldThrowUnknownMessageType()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "minDependencyId = 1",
"modifier": "private",
"original_string": "private int minDependencyId = 1;",
"type": "int",
"var_name": "minDependencyId"
},
{
"declarator": "messageQueue = new PriorityQueue<>(new IncomingEnvelopeComparator())",
"modifier": "private",
"original_string": "private PriorityQueue<IncomingEnvelope> messageQueue = new PriorityQueue<>(new IncomingEnvelopeComparator());",
"type": "PriorityQueue<IncomingEnvelope>",
"var_name": "messageQueue"
},
{
"declarator": "messageProcessorsService",
"modifier": "private",
"original_string": "private MessageProcessorsService messageProcessorsService;",
"type": "MessageProcessorsService",
"var_name": "messageProcessorsService"
}
],
"file": "net/src/main/java/net/warpgame/engine/net/message/IncomingMessageQueue.java",
"identifier": "IncomingMessageQueue",
"interfaces": "",
"methods": [
{
"class_method_signature": "IncomingMessageQueue.IncomingMessageQueue(MessageProcessorsService messageProcessorsService)",
"constructor": true,
"full_signature": "public IncomingMessageQueue(MessageProcessorsService messageProcessorsService)",
"identifier": "IncomingMessageQueue",
"modifiers": "public",
"parameters": "(MessageProcessorsService messageProcessorsService)",
"return": "",
"signature": " IncomingMessageQueue(MessageProcessorsService messageProcessorsService)",
"testcase": false
},
{
"class_method_signature": "IncomingMessageQueue.addMessage(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content)",
"constructor": false,
"full_signature": "public synchronized void addMessage(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content)",
"identifier": "addMessage",
"modifiers": "public synchronized",
"parameters": "(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content)",
"return": "void",
"signature": "void addMessage(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content)",
"testcase": false
},
{
"class_method_signature": "IncomingMessageQueue.processIncomingMessages()",
"constructor": false,
"full_signature": "private void processIncomingMessages()",
"identifier": "processIncomingMessages",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void processIncomingMessages()",
"testcase": false
},
{
"class_method_signature": "IncomingMessageQueue.checkDependency(int dependencyId)",
"constructor": false,
"full_signature": "private boolean checkDependency(int dependencyId)",
"identifier": "checkDependency",
"modifiers": "private",
"parameters": "(int dependencyId)",
"return": "boolean",
"signature": "boolean checkDependency(int dependencyId)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public synchronized void addMessage(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content) {\n if (checkDependency(dependencyId)) {\n byte[] contentBytes = new byte[content.readableBytes()];\n content.readBytes(contentBytes);\n\n messageQueue.add(new IncomingEnvelope(sourcePeer, messageType, dependencyId, new SerializationBuffer(contentBytes)));\n }\n processIncomingMessages();\n }",
"class_method_signature": "IncomingMessageQueue.addMessage(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content)",
"constructor": false,
"full_signature": "public synchronized void addMessage(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content)",
"identifier": "addMessage",
"invocations": [
"checkDependency",
"readableBytes",
"readBytes",
"add",
"processIncomingMessages"
],
"modifiers": "public synchronized",
"parameters": "(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content)",
"return": "void",
"signature": "void addMessage(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 1,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 61947614,
"size": 243998,
"stargazer_count": 27,
"stars": null,
"updates": null,
"url": "https://github.com/WarpOrganization/warp"
}
|
61947614_8
|
{
"fields": [],
"file": "core/src/test/java/net/warpgame/engine/core/context/config/ConfigLoaderTest.java",
"identifier": "ConfigLoaderTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void parseShouldReturnFloat() {\n Assert.assertSame(Float.class, new ConfigLoader().parse(\"1.1\").getClass());\n }",
"class_method_signature": "ConfigLoaderTest.parseShouldReturnFloat()",
"constructor": false,
"full_signature": "@Test public void parseShouldReturnFloat()",
"identifier": "parseShouldReturnFloat",
"invocations": [
"assertSame",
"getClass",
"parse"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void parseShouldReturnFloat()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "logger = Logger.getLogger(ConfigLoader.class)",
"modifier": "private static final",
"original_string": "private static final Logger logger = Logger.getLogger(ConfigLoader.class);",
"type": "Logger",
"var_name": "logger"
},
{
"declarator": "YML_CONFIG_LOCATION = \"warp.yml\"",
"modifier": "public static final",
"original_string": "public static final String YML_CONFIG_LOCATION = \"warp.yml\";",
"type": "String",
"var_name": "YML_CONFIG_LOCATION"
}
],
"file": "core/src/main/java/net/warpgame/engine/core/context/config/ConfigLoader.java",
"identifier": "ConfigLoader",
"interfaces": "",
"methods": [
{
"class_method_signature": "ConfigLoader.loadTo(Config config)",
"constructor": false,
"full_signature": "public void loadTo(Config config)",
"identifier": "loadTo",
"modifiers": "public",
"parameters": "(Config config)",
"return": "void",
"signature": "void loadTo(Config config)",
"testcase": false
},
{
"class_method_signature": "ConfigLoader.setValuesFromProperty(Config config)",
"constructor": false,
"full_signature": "private void setValuesFromProperty(Config config)",
"identifier": "setValuesFromProperty",
"modifiers": "private",
"parameters": "(Config config)",
"return": "void",
"signature": "void setValuesFromProperty(Config config)",
"testcase": false
},
{
"class_method_signature": "ConfigLoader.parse(String o)",
"constructor": false,
"full_signature": " Object parse(String o)",
"identifier": "parse",
"modifiers": "",
"parameters": "(String o)",
"return": "Object",
"signature": "Object parse(String o)",
"testcase": false
},
{
"class_method_signature": "ConfigLoader.setValues(Config config, Map<String, Object> values, String acc)",
"constructor": false,
"full_signature": "private void setValues(Config config, Map<String, Object> values, String acc)",
"identifier": "setValues",
"modifiers": "private",
"parameters": "(Config config, Map<String, Object> values, String acc)",
"return": "void",
"signature": "void setValues(Config config, Map<String, Object> values, String acc)",
"testcase": false
},
{
"class_method_signature": "ConfigLoader.loadFromYaml()",
"constructor": false,
"full_signature": "public Map<String, Object> loadFromYaml()",
"identifier": "loadFromYaml",
"modifiers": "public",
"parameters": "()",
"return": "Map<String, Object>",
"signature": "Map<String, Object> loadFromYaml()",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "Object parse(String o) { //lol\n Scanner s = new Scanner(o);\n if (s.hasNextInt()) return s.nextInt();\n if (s.hasNextFloat()) return s.nextFloat();\n if (s.hasNextBoolean()) return s.nextBoolean();\n return o;\n }",
"class_method_signature": "ConfigLoader.parse(String o)",
"constructor": false,
"full_signature": " Object parse(String o)",
"identifier": "parse",
"invocations": [
"hasNextInt",
"nextInt",
"hasNextFloat",
"nextFloat",
"hasNextBoolean",
"nextBoolean"
],
"modifiers": "",
"parameters": "(String o)",
"return": "Object",
"signature": "Object parse(String o)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 1,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 61947614,
"size": 243998,
"stargazer_count": 27,
"stars": null,
"updates": null,
"url": "https://github.com/WarpOrganization/warp"
}
|
61947614_4
|
{
"fields": [
{
"declarator": "processorsService",
"modifier": "@Mock",
"original_string": "@Mock\n MessageProcessorsService processorsService;",
"type": "MessageProcessorsService",
"var_name": "processorsService"
},
{
"declarator": "messageProcessor",
"modifier": "@Mock",
"original_string": "@Mock\n MessageProcessor messageProcessor;",
"type": "MessageProcessor",
"var_name": "messageProcessor"
},
{
"declarator": "otherMessageProcessor",
"modifier": "@Mock",
"original_string": "@Mock\n MessageProcessor otherMessageProcessor;",
"type": "MessageProcessor",
"var_name": "otherMessageProcessor"
},
{
"declarator": "stubPeer",
"modifier": "@Mock(stubOnly = true)",
"original_string": "@Mock(stubOnly = true)\n Peer stubPeer;",
"type": "Peer",
"var_name": "stubPeer"
},
{
"declarator": "stubContent",
"modifier": "@Mock(stubOnly = true)",
"original_string": "@Mock(stubOnly = true)\n ByteBuf stubContent;",
"type": "ByteBuf",
"var_name": "stubContent"
},
{
"declarator": "messageQueue",
"modifier": "private",
"original_string": "private IncomingMessageQueue messageQueue;",
"type": "IncomingMessageQueue",
"var_name": "messageQueue"
},
{
"declarator": "MESSAGE_ID = 0",
"modifier": "private static",
"original_string": "private static int MESSAGE_ID = 0;",
"type": "int",
"var_name": "MESSAGE_ID"
},
{
"declarator": "OTHER_MESSAGE_ID = 1",
"modifier": "private static",
"original_string": "private static int OTHER_MESSAGE_ID = 1;",
"type": "int",
"var_name": "OTHER_MESSAGE_ID"
}
],
"file": "net/src/test/java/net/warpgame/engine/net/message/IncomingMessageQueueTest.java",
"identifier": "IncomingMessageQueueTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void shouldNotProcessMessageWithTooHighDependencyId() {\n messageQueue.addMessage(stubPeer, 1, 2, stubContent);\n verifyZeroInteractions(processorsService);\n }",
"class_method_signature": "IncomingMessageQueueTest.shouldNotProcessMessageWithTooHighDependencyId()",
"constructor": false,
"full_signature": "@Test public void shouldNotProcessMessageWithTooHighDependencyId()",
"identifier": "shouldNotProcessMessageWithTooHighDependencyId",
"invocations": [
"addMessage",
"verifyZeroInteractions"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void shouldNotProcessMessageWithTooHighDependencyId()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "minDependencyId = 1",
"modifier": "private",
"original_string": "private int minDependencyId = 1;",
"type": "int",
"var_name": "minDependencyId"
},
{
"declarator": "messageQueue = new PriorityQueue<>(new IncomingEnvelopeComparator())",
"modifier": "private",
"original_string": "private PriorityQueue<IncomingEnvelope> messageQueue = new PriorityQueue<>(new IncomingEnvelopeComparator());",
"type": "PriorityQueue<IncomingEnvelope>",
"var_name": "messageQueue"
},
{
"declarator": "messageProcessorsService",
"modifier": "private",
"original_string": "private MessageProcessorsService messageProcessorsService;",
"type": "MessageProcessorsService",
"var_name": "messageProcessorsService"
}
],
"file": "net/src/main/java/net/warpgame/engine/net/message/IncomingMessageQueue.java",
"identifier": "IncomingMessageQueue",
"interfaces": "",
"methods": [
{
"class_method_signature": "IncomingMessageQueue.IncomingMessageQueue(MessageProcessorsService messageProcessorsService)",
"constructor": true,
"full_signature": "public IncomingMessageQueue(MessageProcessorsService messageProcessorsService)",
"identifier": "IncomingMessageQueue",
"modifiers": "public",
"parameters": "(MessageProcessorsService messageProcessorsService)",
"return": "",
"signature": " IncomingMessageQueue(MessageProcessorsService messageProcessorsService)",
"testcase": false
},
{
"class_method_signature": "IncomingMessageQueue.addMessage(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content)",
"constructor": false,
"full_signature": "public synchronized void addMessage(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content)",
"identifier": "addMessage",
"modifiers": "public synchronized",
"parameters": "(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content)",
"return": "void",
"signature": "void addMessage(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content)",
"testcase": false
},
{
"class_method_signature": "IncomingMessageQueue.processIncomingMessages()",
"constructor": false,
"full_signature": "private void processIncomingMessages()",
"identifier": "processIncomingMessages",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void processIncomingMessages()",
"testcase": false
},
{
"class_method_signature": "IncomingMessageQueue.checkDependency(int dependencyId)",
"constructor": false,
"full_signature": "private boolean checkDependency(int dependencyId)",
"identifier": "checkDependency",
"modifiers": "private",
"parameters": "(int dependencyId)",
"return": "boolean",
"signature": "boolean checkDependency(int dependencyId)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public synchronized void addMessage(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content) {\n if (checkDependency(dependencyId)) {\n byte[] contentBytes = new byte[content.readableBytes()];\n content.readBytes(contentBytes);\n\n messageQueue.add(new IncomingEnvelope(sourcePeer, messageType, dependencyId, new SerializationBuffer(contentBytes)));\n }\n processIncomingMessages();\n }",
"class_method_signature": "IncomingMessageQueue.addMessage(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content)",
"constructor": false,
"full_signature": "public synchronized void addMessage(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content)",
"identifier": "addMessage",
"invocations": [
"checkDependency",
"readableBytes",
"readBytes",
"add",
"processIncomingMessages"
],
"modifiers": "public synchronized",
"parameters": "(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content)",
"return": "void",
"signature": "void addMessage(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 1,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 61947614,
"size": 243998,
"stargazer_count": 27,
"stars": null,
"updates": null,
"url": "https://github.com/WarpOrganization/warp"
}
|
61947614_5
|
{
"fields": [
{
"declarator": "processorsService",
"modifier": "@Mock",
"original_string": "@Mock\n MessageProcessorsService processorsService;",
"type": "MessageProcessorsService",
"var_name": "processorsService"
},
{
"declarator": "messageProcessor",
"modifier": "@Mock",
"original_string": "@Mock\n MessageProcessor messageProcessor;",
"type": "MessageProcessor",
"var_name": "messageProcessor"
},
{
"declarator": "otherMessageProcessor",
"modifier": "@Mock",
"original_string": "@Mock\n MessageProcessor otherMessageProcessor;",
"type": "MessageProcessor",
"var_name": "otherMessageProcessor"
},
{
"declarator": "stubPeer",
"modifier": "@Mock(stubOnly = true)",
"original_string": "@Mock(stubOnly = true)\n Peer stubPeer;",
"type": "Peer",
"var_name": "stubPeer"
},
{
"declarator": "stubContent",
"modifier": "@Mock(stubOnly = true)",
"original_string": "@Mock(stubOnly = true)\n ByteBuf stubContent;",
"type": "ByteBuf",
"var_name": "stubContent"
},
{
"declarator": "messageQueue",
"modifier": "private",
"original_string": "private IncomingMessageQueue messageQueue;",
"type": "IncomingMessageQueue",
"var_name": "messageQueue"
},
{
"declarator": "MESSAGE_ID = 0",
"modifier": "private static",
"original_string": "private static int MESSAGE_ID = 0;",
"type": "int",
"var_name": "MESSAGE_ID"
},
{
"declarator": "OTHER_MESSAGE_ID = 1",
"modifier": "private static",
"original_string": "private static int OTHER_MESSAGE_ID = 1;",
"type": "int",
"var_name": "OTHER_MESSAGE_ID"
}
],
"file": "net/src/test/java/net/warpgame/engine/net/message/IncomingMessageQueueTest.java",
"identifier": "IncomingMessageQueueTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void shouldDiscardMessageWithTooLowDependencyId() {\n messageQueue.addMessage(stubPeer, MESSAGE_ID, 1, stubContent);\n messageQueue.addMessage(stubPeer, OTHER_MESSAGE_ID, 2, stubContent);\n verify(processorsService, times(2)).getMessageProcessor(anyInt());\n\n messageQueue.addMessage(stubPeer, OTHER_MESSAGE_ID, 2, stubContent);\n verify(processorsService, times(2)).getMessageProcessor(anyInt());\n }",
"class_method_signature": "IncomingMessageQueueTest.shouldDiscardMessageWithTooLowDependencyId()",
"constructor": false,
"full_signature": "@Test public void shouldDiscardMessageWithTooLowDependencyId()",
"identifier": "shouldDiscardMessageWithTooLowDependencyId",
"invocations": [
"addMessage",
"addMessage",
"getMessageProcessor",
"verify",
"times",
"anyInt",
"addMessage",
"getMessageProcessor",
"verify",
"times",
"anyInt"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void shouldDiscardMessageWithTooLowDependencyId()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "minDependencyId = 1",
"modifier": "private",
"original_string": "private int minDependencyId = 1;",
"type": "int",
"var_name": "minDependencyId"
},
{
"declarator": "messageQueue = new PriorityQueue<>(new IncomingEnvelopeComparator())",
"modifier": "private",
"original_string": "private PriorityQueue<IncomingEnvelope> messageQueue = new PriorityQueue<>(new IncomingEnvelopeComparator());",
"type": "PriorityQueue<IncomingEnvelope>",
"var_name": "messageQueue"
},
{
"declarator": "messageProcessorsService",
"modifier": "private",
"original_string": "private MessageProcessorsService messageProcessorsService;",
"type": "MessageProcessorsService",
"var_name": "messageProcessorsService"
}
],
"file": "net/src/main/java/net/warpgame/engine/net/message/IncomingMessageQueue.java",
"identifier": "IncomingMessageQueue",
"interfaces": "",
"methods": [
{
"class_method_signature": "IncomingMessageQueue.IncomingMessageQueue(MessageProcessorsService messageProcessorsService)",
"constructor": true,
"full_signature": "public IncomingMessageQueue(MessageProcessorsService messageProcessorsService)",
"identifier": "IncomingMessageQueue",
"modifiers": "public",
"parameters": "(MessageProcessorsService messageProcessorsService)",
"return": "",
"signature": " IncomingMessageQueue(MessageProcessorsService messageProcessorsService)",
"testcase": false
},
{
"class_method_signature": "IncomingMessageQueue.addMessage(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content)",
"constructor": false,
"full_signature": "public synchronized void addMessage(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content)",
"identifier": "addMessage",
"modifiers": "public synchronized",
"parameters": "(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content)",
"return": "void",
"signature": "void addMessage(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content)",
"testcase": false
},
{
"class_method_signature": "IncomingMessageQueue.processIncomingMessages()",
"constructor": false,
"full_signature": "private void processIncomingMessages()",
"identifier": "processIncomingMessages",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void processIncomingMessages()",
"testcase": false
},
{
"class_method_signature": "IncomingMessageQueue.checkDependency(int dependencyId)",
"constructor": false,
"full_signature": "private boolean checkDependency(int dependencyId)",
"identifier": "checkDependency",
"modifiers": "private",
"parameters": "(int dependencyId)",
"return": "boolean",
"signature": "boolean checkDependency(int dependencyId)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public synchronized void addMessage(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content) {\n if (checkDependency(dependencyId)) {\n byte[] contentBytes = new byte[content.readableBytes()];\n content.readBytes(contentBytes);\n\n messageQueue.add(new IncomingEnvelope(sourcePeer, messageType, dependencyId, new SerializationBuffer(contentBytes)));\n }\n processIncomingMessages();\n }",
"class_method_signature": "IncomingMessageQueue.addMessage(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content)",
"constructor": false,
"full_signature": "public synchronized void addMessage(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content)",
"identifier": "addMessage",
"invocations": [
"checkDependency",
"readableBytes",
"readBytes",
"add",
"processIncomingMessages"
],
"modifiers": "public synchronized",
"parameters": "(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content)",
"return": "void",
"signature": "void addMessage(Peer sourcePeer, int messageType, int dependencyId, ByteBuf content)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 1,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 61947614,
"size": 243998,
"stargazer_count": 27,
"stars": null,
"updates": null,
"url": "https://github.com/WarpOrganization/warp"
}
|
61947614_9
|
{
"fields": [],
"file": "core/src/test/java/net/warpgame/engine/core/context/config/ConfigLoaderTest.java",
"identifier": "ConfigLoaderTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void parseShouldReturnTrue() {\n Assert.assertSame(true, new ConfigLoader().parse(\"true\"));\n }",
"class_method_signature": "ConfigLoaderTest.parseShouldReturnTrue()",
"constructor": false,
"full_signature": "@Test public void parseShouldReturnTrue()",
"identifier": "parseShouldReturnTrue",
"invocations": [
"assertSame",
"parse"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void parseShouldReturnTrue()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "logger = Logger.getLogger(ConfigLoader.class)",
"modifier": "private static final",
"original_string": "private static final Logger logger = Logger.getLogger(ConfigLoader.class);",
"type": "Logger",
"var_name": "logger"
},
{
"declarator": "YML_CONFIG_LOCATION = \"warp.yml\"",
"modifier": "public static final",
"original_string": "public static final String YML_CONFIG_LOCATION = \"warp.yml\";",
"type": "String",
"var_name": "YML_CONFIG_LOCATION"
}
],
"file": "core/src/main/java/net/warpgame/engine/core/context/config/ConfigLoader.java",
"identifier": "ConfigLoader",
"interfaces": "",
"methods": [
{
"class_method_signature": "ConfigLoader.loadTo(Config config)",
"constructor": false,
"full_signature": "public void loadTo(Config config)",
"identifier": "loadTo",
"modifiers": "public",
"parameters": "(Config config)",
"return": "void",
"signature": "void loadTo(Config config)",
"testcase": false
},
{
"class_method_signature": "ConfigLoader.setValuesFromProperty(Config config)",
"constructor": false,
"full_signature": "private void setValuesFromProperty(Config config)",
"identifier": "setValuesFromProperty",
"modifiers": "private",
"parameters": "(Config config)",
"return": "void",
"signature": "void setValuesFromProperty(Config config)",
"testcase": false
},
{
"class_method_signature": "ConfigLoader.parse(String o)",
"constructor": false,
"full_signature": " Object parse(String o)",
"identifier": "parse",
"modifiers": "",
"parameters": "(String o)",
"return": "Object",
"signature": "Object parse(String o)",
"testcase": false
},
{
"class_method_signature": "ConfigLoader.setValues(Config config, Map<String, Object> values, String acc)",
"constructor": false,
"full_signature": "private void setValues(Config config, Map<String, Object> values, String acc)",
"identifier": "setValues",
"modifiers": "private",
"parameters": "(Config config, Map<String, Object> values, String acc)",
"return": "void",
"signature": "void setValues(Config config, Map<String, Object> values, String acc)",
"testcase": false
},
{
"class_method_signature": "ConfigLoader.loadFromYaml()",
"constructor": false,
"full_signature": "public Map<String, Object> loadFromYaml()",
"identifier": "loadFromYaml",
"modifiers": "public",
"parameters": "()",
"return": "Map<String, Object>",
"signature": "Map<String, Object> loadFromYaml()",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "Object parse(String o) { //lol\n Scanner s = new Scanner(o);\n if (s.hasNextInt()) return s.nextInt();\n if (s.hasNextFloat()) return s.nextFloat();\n if (s.hasNextBoolean()) return s.nextBoolean();\n return o;\n }",
"class_method_signature": "ConfigLoader.parse(String o)",
"constructor": false,
"full_signature": " Object parse(String o)",
"identifier": "parse",
"invocations": [
"hasNextInt",
"nextInt",
"hasNextFloat",
"nextFloat",
"hasNextBoolean",
"nextBoolean"
],
"modifiers": "",
"parameters": "(String o)",
"return": "Object",
"signature": "Object parse(String o)",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 1,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 61947614,
"size": 243998,
"stargazer_count": 27,
"stars": null,
"updates": null,
"url": "https://github.com/WarpOrganization/warp"
}
|
58336236_0
|
{
"fields": [],
"file": "pds4j/src/test/java/org/gridkit/pds4j/hash/SimpleHashLookupTest.java",
"identifier": "SimpleHashLookupTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void test_clear() {\n \n HashStore store = new HashStore();\n \n int[] vals = serie(2000, -1000, 3);\n store.add(vals);\n \n verify(store, vals);\n \n store.clear();\n \n verify(store);\n\n store.add(vals);\n\n verify(store, vals); \n }",
"class_method_signature": "SimpleHashLookupTest.test_clear()",
"constructor": false,
"full_signature": "@Test public void test_clear()",
"identifier": "test_clear",
"invocations": [
"serie",
"add",
"verify",
"clear",
"verify",
"add",
"verify"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void test_clear()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "size = 0",
"modifier": "protected",
"original_string": "protected int size = 0;",
"type": "int",
"var_name": "size"
},
{
"declarator": "loadFactor = (int)(0.75 * (1 << 10))",
"modifier": "protected",
"original_string": "protected int loadFactor = (int)(0.75 * (1 << 10));",
"type": "int",
"var_name": "loadFactor"
},
{
"declarator": "nexts",
"modifier": "protected",
"original_string": "protected int[] nexts;",
"type": "int[]",
"var_name": "nexts"
},
{
"declarator": "hashes",
"modifier": "protected",
"original_string": "protected int[] hashes;",
"type": "int[]",
"var_name": "hashes"
},
{
"declarator": "heads",
"modifier": "protected",
"original_string": "protected int[] heads;",
"type": "int[]",
"var_name": "heads"
},
{
"declarator": "load",
"modifier": "protected",
"original_string": "protected int load;",
"type": "int",
"var_name": "load"
}
],
"file": "pds4j/src/main/java/org/gridkit/pds4j/hash/SimpleHashLookup.java",
"identifier": "SimpleHashLookup",
"interfaces": "",
"methods": [
{
"class_method_signature": "SimpleHashLookup.SimpleHashLookup()",
"constructor": true,
"full_signature": "public SimpleHashLookup()",
"identifier": "SimpleHashLookup",
"modifiers": "public",
"parameters": "()",
"return": "",
"signature": " SimpleHashLookup()",
"testcase": false
},
{
"class_method_signature": "SimpleHashLookup.keyAt(int entryId)",
"constructor": false,
"full_signature": "protected abstract K keyAt(int entryId)",
"identifier": "keyAt",
"modifiers": "protected abstract",
"parameters": "(int entryId)",
"return": "K",
"signature": "K keyAt(int entryId)",
"testcase": false
},
{
"class_method_signature": "SimpleHashLookup.keyHash(K key)",
"constructor": false,
"full_signature": "protected int keyHash(K key)",
"identifier": "keyHash",
"modifiers": "protected",
"parameters": "(K key)",
"return": "int",
"signature": "int keyHash(K key)",
"testcase": false
},
{
"class_method_signature": "SimpleHashLookup.fixedKeyHash(K key)",
"constructor": false,
"full_signature": "private int fixedKeyHash(K key)",
"identifier": "fixedKeyHash",
"modifiers": "private",
"parameters": "(K key)",
"return": "int",
"signature": "int fixedKeyHash(K key)",
"testcase": false
},
{
"class_method_signature": "SimpleHashLookup.keysEqual(K a, K b)",
"constructor": false,
"full_signature": "protected boolean keysEqual(K a, K b)",
"identifier": "keysEqual",
"modifiers": "protected",
"parameters": "(K a, K b)",
"return": "boolean",
"signature": "boolean keysEqual(K a, K b)",
"testcase": false
},
{
"class_method_signature": "SimpleHashLookup.getSize()",
"constructor": false,
"full_signature": "public int getSize()",
"identifier": "getSize",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSize()",
"testcase": false
},
{
"class_method_signature": "SimpleHashLookup.put(int entryId)",
"constructor": false,
"full_signature": "public void put(int entryId)",
"identifier": "put",
"modifiers": "public",
"parameters": "(int entryId)",
"return": "void",
"signature": "void put(int entryId)",
"testcase": false
},
{
"class_method_signature": "SimpleHashLookup.removeEntry(int entryId)",
"constructor": false,
"full_signature": "public boolean removeEntry(int entryId)",
"identifier": "removeEntry",
"modifiers": "public",
"parameters": "(int entryId)",
"return": "boolean",
"signature": "boolean removeEntry(int entryId)",
"testcase": false
},
{
"class_method_signature": "SimpleHashLookup.seek(K key)",
"constructor": false,
"full_signature": "public int seek(K key)",
"identifier": "seek",
"modifiers": "public",
"parameters": "(K key)",
"return": "int",
"signature": "int seek(K key)",
"testcase": false
},
{
"class_method_signature": "SimpleHashLookup.seekNextDuplicate(K key, int prevEntryId)",
"constructor": false,
"full_signature": "public int seekNextDuplicate(K key, int prevEntryId)",
"identifier": "seekNextDuplicate",
"modifiers": "public",
"parameters": "(K key, int prevEntryId)",
"return": "int",
"signature": "int seekNextDuplicate(K key, int prevEntryId)",
"testcase": false
},
{
"class_method_signature": "SimpleHashLookup.clear()",
"constructor": false,
"full_signature": "public void clear()",
"identifier": "clear",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void clear()",
"testcase": false
},
{
"class_method_signature": "SimpleHashLookup.reset()",
"constructor": false,
"full_signature": "public void reset()",
"identifier": "reset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void reset()",
"testcase": false
},
{
"class_method_signature": "SimpleHashLookup.rehash()",
"constructor": false,
"full_signature": "protected void rehash()",
"identifier": "rehash",
"modifiers": "protected",
"parameters": "()",
"return": "void",
"signature": "void rehash()",
"testcase": false
},
{
"class_method_signature": "SimpleHashLookup.grow(int targetSize)",
"constructor": false,
"full_signature": "protected void grow(int targetSize)",
"identifier": "grow",
"modifiers": "protected",
"parameters": "(int targetSize)",
"return": "void",
"signature": "void grow(int targetSize)",
"testcase": false
},
{
"class_method_signature": "SimpleHashLookup.resetHead(int hash, int entry)",
"constructor": false,
"full_signature": "protected int resetHead(int hash, int entry)",
"identifier": "resetHead",
"modifiers": "protected",
"parameters": "(int hash, int entry)",
"return": "int",
"signature": "int resetHead(int hash, int entry)",
"testcase": false
},
{
"class_method_signature": "SimpleHashLookup.getHead(int hash, int entry)",
"constructor": false,
"full_signature": "protected int getHead(int hash, int entry)",
"identifier": "getHead",
"modifiers": "protected",
"parameters": "(int hash, int entry)",
"return": "int",
"signature": "int getHead(int hash, int entry)",
"testcase": false
},
{
"class_method_signature": "SimpleHashLookup.hash2head(int hash)",
"constructor": false,
"full_signature": "protected int hash2head(int hash)",
"identifier": "hash2head",
"modifiers": "protected",
"parameters": "(int hash)",
"return": "int",
"signature": "int hash2head(int hash)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public void clear() {\n Arrays.fill(nexts, -1);\n Arrays.fill(hashes, -1);\n Arrays.fill(heads, -1);\n load = (loadFactor * heads.length) >> 10;\n size = 0; \n }",
"class_method_signature": "SimpleHashLookup.clear()",
"constructor": false,
"full_signature": "public void clear()",
"identifier": "clear",
"invocations": [
"fill",
"fill",
"fill"
],
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void clear()",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 0,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 58336236,
"size": 30,
"stargazer_count": 8,
"stars": null,
"updates": null,
"url": "https://github.com/aragozin/pds4j"
}
|
58336236_1
|
{
"fields": [],
"file": "pds4j/src/test/java/org/gridkit/pds4j/hash/SimpleHashLookupTest.java",
"identifier": "SimpleHashLookupTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void test_reset() {\n \n HashStore store = new HashStore();\n \n int[] vals = serie(2000, -1000, 3);\n store.add(vals);\n \n verify(store, vals);\n \n store.reset();\n \n verify(store);\n \n store.add(vals);\n \n verify(store, vals); \n }",
"class_method_signature": "SimpleHashLookupTest.test_reset()",
"constructor": false,
"full_signature": "@Test public void test_reset()",
"identifier": "test_reset",
"invocations": [
"serie",
"add",
"verify",
"reset",
"verify",
"add",
"verify"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void test_reset()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "size = 0",
"modifier": "protected",
"original_string": "protected int size = 0;",
"type": "int",
"var_name": "size"
},
{
"declarator": "loadFactor = (int)(0.75 * (1 << 10))",
"modifier": "protected",
"original_string": "protected int loadFactor = (int)(0.75 * (1 << 10));",
"type": "int",
"var_name": "loadFactor"
},
{
"declarator": "nexts",
"modifier": "protected",
"original_string": "protected int[] nexts;",
"type": "int[]",
"var_name": "nexts"
},
{
"declarator": "hashes",
"modifier": "protected",
"original_string": "protected int[] hashes;",
"type": "int[]",
"var_name": "hashes"
},
{
"declarator": "heads",
"modifier": "protected",
"original_string": "protected int[] heads;",
"type": "int[]",
"var_name": "heads"
},
{
"declarator": "load",
"modifier": "protected",
"original_string": "protected int load;",
"type": "int",
"var_name": "load"
}
],
"file": "pds4j/src/main/java/org/gridkit/pds4j/hash/SimpleHashLookup.java",
"identifier": "SimpleHashLookup",
"interfaces": "",
"methods": [
{
"class_method_signature": "SimpleHashLookup.SimpleHashLookup()",
"constructor": true,
"full_signature": "public SimpleHashLookup()",
"identifier": "SimpleHashLookup",
"modifiers": "public",
"parameters": "()",
"return": "",
"signature": " SimpleHashLookup()",
"testcase": false
},
{
"class_method_signature": "SimpleHashLookup.keyAt(int entryId)",
"constructor": false,
"full_signature": "protected abstract K keyAt(int entryId)",
"identifier": "keyAt",
"modifiers": "protected abstract",
"parameters": "(int entryId)",
"return": "K",
"signature": "K keyAt(int entryId)",
"testcase": false
},
{
"class_method_signature": "SimpleHashLookup.keyHash(K key)",
"constructor": false,
"full_signature": "protected int keyHash(K key)",
"identifier": "keyHash",
"modifiers": "protected",
"parameters": "(K key)",
"return": "int",
"signature": "int keyHash(K key)",
"testcase": false
},
{
"class_method_signature": "SimpleHashLookup.fixedKeyHash(K key)",
"constructor": false,
"full_signature": "private int fixedKeyHash(K key)",
"identifier": "fixedKeyHash",
"modifiers": "private",
"parameters": "(K key)",
"return": "int",
"signature": "int fixedKeyHash(K key)",
"testcase": false
},
{
"class_method_signature": "SimpleHashLookup.keysEqual(K a, K b)",
"constructor": false,
"full_signature": "protected boolean keysEqual(K a, K b)",
"identifier": "keysEqual",
"modifiers": "protected",
"parameters": "(K a, K b)",
"return": "boolean",
"signature": "boolean keysEqual(K a, K b)",
"testcase": false
},
{
"class_method_signature": "SimpleHashLookup.getSize()",
"constructor": false,
"full_signature": "public int getSize()",
"identifier": "getSize",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSize()",
"testcase": false
},
{
"class_method_signature": "SimpleHashLookup.put(int entryId)",
"constructor": false,
"full_signature": "public void put(int entryId)",
"identifier": "put",
"modifiers": "public",
"parameters": "(int entryId)",
"return": "void",
"signature": "void put(int entryId)",
"testcase": false
},
{
"class_method_signature": "SimpleHashLookup.removeEntry(int entryId)",
"constructor": false,
"full_signature": "public boolean removeEntry(int entryId)",
"identifier": "removeEntry",
"modifiers": "public",
"parameters": "(int entryId)",
"return": "boolean",
"signature": "boolean removeEntry(int entryId)",
"testcase": false
},
{
"class_method_signature": "SimpleHashLookup.seek(K key)",
"constructor": false,
"full_signature": "public int seek(K key)",
"identifier": "seek",
"modifiers": "public",
"parameters": "(K key)",
"return": "int",
"signature": "int seek(K key)",
"testcase": false
},
{
"class_method_signature": "SimpleHashLookup.seekNextDuplicate(K key, int prevEntryId)",
"constructor": false,
"full_signature": "public int seekNextDuplicate(K key, int prevEntryId)",
"identifier": "seekNextDuplicate",
"modifiers": "public",
"parameters": "(K key, int prevEntryId)",
"return": "int",
"signature": "int seekNextDuplicate(K key, int prevEntryId)",
"testcase": false
},
{
"class_method_signature": "SimpleHashLookup.clear()",
"constructor": false,
"full_signature": "public void clear()",
"identifier": "clear",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void clear()",
"testcase": false
},
{
"class_method_signature": "SimpleHashLookup.reset()",
"constructor": false,
"full_signature": "public void reset()",
"identifier": "reset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void reset()",
"testcase": false
},
{
"class_method_signature": "SimpleHashLookup.rehash()",
"constructor": false,
"full_signature": "protected void rehash()",
"identifier": "rehash",
"modifiers": "protected",
"parameters": "()",
"return": "void",
"signature": "void rehash()",
"testcase": false
},
{
"class_method_signature": "SimpleHashLookup.grow(int targetSize)",
"constructor": false,
"full_signature": "protected void grow(int targetSize)",
"identifier": "grow",
"modifiers": "protected",
"parameters": "(int targetSize)",
"return": "void",
"signature": "void grow(int targetSize)",
"testcase": false
},
{
"class_method_signature": "SimpleHashLookup.resetHead(int hash, int entry)",
"constructor": false,
"full_signature": "protected int resetHead(int hash, int entry)",
"identifier": "resetHead",
"modifiers": "protected",
"parameters": "(int hash, int entry)",
"return": "int",
"signature": "int resetHead(int hash, int entry)",
"testcase": false
},
{
"class_method_signature": "SimpleHashLookup.getHead(int hash, int entry)",
"constructor": false,
"full_signature": "protected int getHead(int hash, int entry)",
"identifier": "getHead",
"modifiers": "protected",
"parameters": "(int hash, int entry)",
"return": "int",
"signature": "int getHead(int hash, int entry)",
"testcase": false
},
{
"class_method_signature": "SimpleHashLookup.hash2head(int hash)",
"constructor": false,
"full_signature": "protected int hash2head(int hash)",
"identifier": "hash2head",
"modifiers": "protected",
"parameters": "(int hash)",
"return": "int",
"signature": "int hash2head(int hash)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public void reset() {\n\n nexts = new int[1024];\n Arrays.fill(nexts, -1);\n hashes = new int[1024];\n Arrays.fill(hashes, -1);\n heads = new int[1024];\n Arrays.fill(heads, -1);\n load = (loadFactor * heads.length) >> 10;\n size = 0;\n }",
"class_method_signature": "SimpleHashLookup.reset()",
"constructor": false,
"full_signature": "public void reset()",
"identifier": "reset",
"invocations": [
"fill",
"fill",
"fill"
],
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void reset()",
"testcase": false
}
|
{
"created": null,
"fork": null,
"fork_count": 0,
"is_fork": false,
"language": "Java",
"license": "licensed",
"repo_id": 58336236,
"size": 30,
"stargazer_count": 8,
"stars": null,
"updates": null,
"url": "https://github.com/aragozin/pds4j"
}
|
146510094_7
|
{
"fields": [
{
"declarator": "thrown = ExpectedException.none()",
"modifier": "@Rule\n public",
"original_string": "@Rule\n public ExpectedException thrown = ExpectedException.none();",
"type": "ExpectedException",
"var_name": "thrown"
},
{
"declarator": "factory",
"modifier": "private",
"original_string": "private BaseConfigurationFactory factory;",
"type": "BaseConfigurationFactory",
"var_name": "factory"
},
{
"declarator": "additionalProperties",
"modifier": "private",
"original_string": "private Map<String, String> additionalProperties;",
"type": "Map<String, String>",
"var_name": "additionalProperties"
},
{
"declarator": "mockServersDirectory",
"modifier": "private",
"original_string": "private File mockServersDirectory;",
"type": "File",
"var_name": "mockServersDirectory"
},
{
"declarator": "serversDirectory",
"modifier": "private",
"original_string": "private File serversDirectory;",
"type": "File",
"var_name": "serversDirectory"
}
],
"file": "server/pxf-api/src/test/java/org/greenplum/pxf/api/model/BaseConfigurationFactoryTest.java",
"identifier": "BaseConfigurationFactoryTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void testConfigurationsLoadedFromMultipleFilesForDefaultServerWithAbsolutePath() {\n String config = this.getClass().getClassLoader().getResource(\"servers/default\").getPath();\n Configuration configuration = factory.initConfiguration(config, \"default\", \"dummy\", null);\n\n assertEquals(\"blue\", configuration.get(\"test.blue\"));\n assertEquals(\"red\", configuration.get(\"test.red\"));\n\n // Should return null because the file name does not end in -site.xml\n assertNull(configuration.get(\"test.green\"));\n\n assertEquals(\"bluevaluefromuser\", configuration.get(\"test.blue.key\"));\n assertEquals(\"redvaluefromuser\", configuration.get(\"test.red.key\"));\n assertEquals(\"uservalue\", configuration.get(\"test.user.key\"));\n }",
"class_method_signature": "BaseConfigurationFactoryTest.testConfigurationsLoadedFromMultipleFilesForDefaultServerWithAbsolutePath()",
"constructor": false,
"full_signature": "@Test public void testConfigurationsLoadedFromMultipleFilesForDefaultServerWithAbsolutePath()",
"identifier": "testConfigurationsLoadedFromMultipleFilesForDefaultServerWithAbsolutePath",
"invocations": [
"getPath",
"getResource",
"getClassLoader",
"getClass",
"initConfiguration",
"assertEquals",
"get",
"assertEquals",
"get",
"assertNull",
"get",
"assertEquals",
"get",
"assertEquals",
"get",
"assertEquals",
"get"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testConfigurationsLoadedFromMultipleFilesForDefaultServerWithAbsolutePath()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "instance = new BaseConfigurationFactory()",
"modifier": "private static final",
"original_string": "private static final BaseConfigurationFactory instance = new BaseConfigurationFactory();",
"type": "BaseConfigurationFactory",
"var_name": "instance"
},
{
"declarator": "LOG = LoggerFactory.getLogger(this.getClass())",
"modifier": "protected final",
"original_string": "protected final Logger LOG = LoggerFactory.getLogger(this.getClass());",
"type": "Logger",
"var_name": "LOG"
},
{
"declarator": "serversConfigDirectory",
"modifier": "private final",
"original_string": "private final File serversConfigDirectory;",
"type": "File",
"var_name": "serversConfigDirectory"
}
],
"file": "server/pxf-api/src/main/java/org/greenplum/pxf/api/model/BaseConfigurationFactory.java",
"identifier": "BaseConfigurationFactory",
"interfaces": "implements ConfigurationFactory",
"methods": [
{
"class_method_signature": "BaseConfigurationFactory.BaseConfigurationFactory()",
"constructor": true,
"full_signature": "public BaseConfigurationFactory()",
"identifier": "BaseConfigurationFactory",
"modifiers": "public",
"parameters": "()",
"return": "",
"signature": " BaseConfigurationFactory()",
"testcase": false
},
{
"class_method_signature": "BaseConfigurationFactory.BaseConfigurationFactory(File serversConfigDirectory)",
"constructor": true,
"full_signature": " BaseConfigurationFactory(File serversConfigDirectory)",
"identifier": "BaseConfigurationFactory",
"modifiers": "",
"parameters": "(File serversConfigDirectory)",
"return": "",
"signature": " BaseConfigurationFactory(File serversConfigDirectory)",
"testcase": false
},
{
"class_method_signature": "BaseConfigurationFactory.getInstance()",
"constructor": false,
"full_signature": "public static BaseConfigurationFactory getInstance()",
"identifier": "getInstance",
"modifiers": "public static",
"parameters": "()",
"return": "BaseConfigurationFactory",
"signature": "BaseConfigurationFactory getInstance()",
"testcase": false
},
{
"class_method_signature": "BaseConfigurationFactory.initConfiguration(String configDirectory, String serverName, String userName, Map<String, String> additionalProperties)",
"constructor": false,
"full_signature": "@Override public Configuration initConfiguration(String configDirectory, String serverName, String userName, Map<String, String> additionalProperties)",
"identifier": "initConfiguration",
"modifiers": "@Override public",
"parameters": "(String configDirectory, String serverName, String userName, Map<String, String> additionalProperties)",
"return": "Configuration",
"signature": "Configuration initConfiguration(String configDirectory, String serverName, String userName, Map<String, String> additionalProperties)",
"testcase": false
},
{
"class_method_signature": "BaseConfigurationFactory.processServerResources(Configuration configuration, String serverName, File directory)",
"constructor": false,
"full_signature": "private void processServerResources(Configuration configuration, String serverName, File directory)",
"identifier": "processServerResources",
"modifiers": "private",
"parameters": "(Configuration configuration, String serverName, File directory)",
"return": "void",
"signature": "void processServerResources(Configuration configuration, String serverName, File directory)",
"testcase": false
},
{
"class_method_signature": "BaseConfigurationFactory.processUserResource(Configuration configuration, String serverName, String userName, File directory)",
"constructor": false,
"full_signature": "private void processUserResource(Configuration configuration, String serverName, String userName, File directory)",
"identifier": "processUserResource",
"modifiers": "private",
"parameters": "(Configuration configuration, String serverName, String userName, File directory)",
"return": "void",
"signature": "void processUserResource(Configuration configuration, String serverName, String userName, File directory)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "@Override\n public Configuration initConfiguration(String configDirectory, String serverName, String userName, Map<String, String> additionalProperties) {\n // start with built-in Hadoop configuration that loads core-site.xml\n LOG.debug(\"Initializing configuration for server {}\", serverName);\n Configuration configuration = new Configuration();\n // while implementing multiple kerberized support we noticed that non-kerberized hadoop\n // access was trying to use SASL-client authentication. Setting the fallback to simple auth\n // allows us to still access non-kerberized hadoop clusters when there exists at least one\n // kerberized hadoop cluster. The root cause is that UGI has static fields and many hadoop\n // libraries depend on the state of the UGI\n // allow using SIMPLE auth for non-Kerberized HCFS access by SASL-enabled IPC client\n // that is created due to the fact that it uses UGI.isSecurityEnabled\n // and will try to use SASL if there is at least one Kerberized Hadoop cluster\n configuration.set(CommonConfigurationKeys.IPC_CLIENT_FALLBACK_TO_SIMPLE_AUTH_ALLOWED_KEY, \"true\");\n\n // set synthetic property pxf.session.user so that is can be used in config files for interpolation in other properties\n // for example in JDBC when setting session authorization from a proxy user to the end-user\n configuration.set(PXF_SESSION_USER_PROPERTY, userName);\n\n File[] serverDirectories = null;\n Path p = Paths.get(configDirectory);\n\n if (p.isAbsolute()) {\n File f = p.toFile();\n if (f.exists() && f.isDirectory() && f.canRead()) {\n serverDirectories = new File[]{f};\n }\n } else {\n serverDirectories = serversConfigDirectory\n .listFiles(f ->\n f.isDirectory() &&\n f.canRead() &&\n StringUtils.equalsIgnoreCase(configDirectory, f.getName()));\n }\n\n if (ArrayUtils.isEmpty(serverDirectories)) {\n LOG.debug(\"Directory {}{}{} does not exist or cannot be read by PXF, no configuration resources are added for server {}\",\n serversConfigDirectory, File.separator, configDirectory, serverName);\n } else if (serverDirectories.length > 1) {\n throw new IllegalStateException(String.format(\n \"Multiple directories found for server %s. Server directories are expected to be case-insensitive.\", serverName\n ));\n } else {\n // add all site files as URL resources to the configuration, no resources will be added from the classpath\n LOG.debug(\"Using directory {} for server {} configuration\", serverDirectories[0], serverName);\n processServerResources(configuration, serverName, serverDirectories[0]);\n }\n\n // add additional properties, if provided\n if (additionalProperties != null) {\n LOG.debug(\"Adding {} additional properties to configuration for server {}\", additionalProperties.size(), serverName);\n additionalProperties.forEach(configuration::set);\n }\n\n // add user configuration\n if (!ArrayUtils.isEmpty(serverDirectories)) {\n processUserResource(configuration, serverName, userName, serverDirectories[0]);\n }\n\n try {\n // We need to set the restrict system properties to false so\n // variables in the configuration get replaced by system property\n // values\n configuration.setRestrictSystemProps(false);\n } catch (NoSuchMethodError e) {\n // Expected exception for MapR\n }\n\n return configuration;\n }",
"class_method_signature": "BaseConfigurationFactory.initConfiguration(String configDirectory, String serverName, String userName, Map<String, String> additionalProperties)",
"constructor": false,
"full_signature": "@Override public Configuration initConfiguration(String configDirectory, String serverName, String userName, Map<String, String> additionalProperties)",
"identifier": "initConfiguration",
"invocations": [
"debug",
"set",
"set",
"get",
"isAbsolute",
"toFile",
"exists",
"isDirectory",
"canRead",
"listFiles",
"isDirectory",
"canRead",
"equalsIgnoreCase",
"getName",
"isEmpty",
"debug",
"format",
"debug",
"processServerResources",
"debug",
"size",
"forEach",
"isEmpty",
"processUserResource",
"setRestrictSystemProps"
],
"modifiers": "@Override public",
"parameters": "(String configDirectory, String serverName, String userName, Map<String, String> additionalProperties)",
"return": "Configuration",
"signature": "Configuration initConfiguration(String configDirectory, String serverName, String userName, Map<String, String> additionalProperties)",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_19
|
{
"fields": [
{
"declarator": "thrown = ExpectedException.none()",
"modifier": "@Rule\n public",
"original_string": "@Rule\n public ExpectedException thrown = ExpectedException.none();",
"type": "ExpectedException",
"var_name": "thrown"
},
{
"declarator": "context",
"modifier": "private",
"original_string": "private RequestContext context;",
"type": "RequestContext",
"var_name": "context"
}
],
"file": "server/pxf-api/src/test/java/org/greenplum/pxf/api/model/RequestContextTest.java",
"identifier": "RequestContextTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void testStatsMaxFragmentsFailsOnZero() {\n thrown.expect(IllegalArgumentException.class);\n thrown.expectMessage(\"Wrong value '0'. STATS-MAX-FRAGMENTS must be a positive integer\");\n context.setStatsMaxFragments(0);\n }",
"class_method_signature": "RequestContextTest.testStatsMaxFragmentsFailsOnZero()",
"constructor": false,
"full_signature": "@Test public void testStatsMaxFragmentsFailsOnZero()",
"identifier": "testStatsMaxFragmentsFailsOnZero",
"invocations": [
"expect",
"expectMessage",
"setStatsMaxFragments"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testStatsMaxFragmentsFailsOnZero()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "requestType",
"modifier": "private",
"original_string": "private RequestType requestType;",
"type": "RequestType",
"var_name": "requestType"
},
{
"declarator": "accessor",
"modifier": "private",
"original_string": "private String accessor;",
"type": "String",
"var_name": "accessor"
},
{
"declarator": "aggType",
"modifier": "private",
"original_string": "private EnumAggregationType aggType;",
"type": "EnumAggregationType",
"var_name": "aggType"
},
{
"declarator": "config",
"modifier": "private",
"original_string": "private String config;",
"type": "String",
"var_name": "config"
},
{
"declarator": "dataFragment = -1",
"modifier": "private",
"original_string": "private int dataFragment = -1;",
"type": "int",
"var_name": "dataFragment"
},
{
"declarator": "dataSource",
"modifier": "private",
"original_string": "private String dataSource;",
"type": "String",
"var_name": "dataSource"
},
{
"declarator": "fragmenter",
"modifier": "private",
"original_string": "private String fragmenter;",
"type": "String",
"var_name": "fragmenter"
},
{
"declarator": "fragmentIndex",
"modifier": "private",
"original_string": "private int fragmentIndex;",
"type": "int",
"var_name": "fragmentIndex"
},
{
"declarator": "fragmentMetadata = null",
"modifier": "private",
"original_string": "private byte[] fragmentMetadata = null;",
"type": "byte[]",
"var_name": "fragmentMetadata"
},
{
"declarator": "filterString",
"modifier": "private",
"original_string": "private String filterString;",
"type": "String",
"var_name": "filterString"
},
{
"declarator": "metadata",
"modifier": "private",
"original_string": "private Object metadata;",
"type": "Object",
"var_name": "metadata"
},
{
"declarator": "outputFormat",
"modifier": "private",
"original_string": "private OutputFormat outputFormat;",
"type": "OutputFormat",
"var_name": "outputFormat"
},
{
"declarator": "port",
"modifier": "private",
"original_string": "private int port;",
"type": "int",
"var_name": "port"
},
{
"declarator": "host",
"modifier": "private",
"original_string": "private String host;",
"type": "String",
"var_name": "host"
},
{
"declarator": "token",
"modifier": "private",
"original_string": "private String token;",
"type": "String",
"var_name": "token"
},
{
"declarator": "statsMaxFragments = 0",
"modifier": "private",
"original_string": "private int statsMaxFragments = 0;",
"type": "int",
"var_name": "statsMaxFragments"
},
{
"declarator": "statsSampleRatio = 0",
"modifier": "private",
"original_string": "private float statsSampleRatio = 0;",
"type": "float",
"var_name": "statsSampleRatio"
},
{
"declarator": "numAttrsProjected",
"modifier": "private",
"original_string": "private int numAttrsProjected;",
"type": "int",
"var_name": "numAttrsProjected"
},
{
"declarator": "profile",
"modifier": "private",
"original_string": "private String profile;",
"type": "String",
"var_name": "profile"
},
{
"declarator": "profileScheme",
"modifier": "private",
"original_string": "private String profileScheme;",
"type": "String",
"var_name": "profileScheme"
},
{
"declarator": "protocol",
"modifier": "private",
"original_string": "private String protocol;",
"type": "String",
"var_name": "protocol"
},
{
"declarator": "format",
"modifier": "private",
"original_string": "private String format;",
"type": "String",
"var_name": "format"
},
{
"declarator": "greenplumCSV = new GreenplumCSV()",
"modifier": "private",
"original_string": "private GreenplumCSV greenplumCSV = new GreenplumCSV();",
"type": "GreenplumCSV",
"var_name": "greenplumCSV"
},
{
"declarator": "recordkeyColumn",
"modifier": "private",
"original_string": "private ColumnDescriptor recordkeyColumn;",
"type": "ColumnDescriptor",
"var_name": "recordkeyColumn"
},
{
"declarator": "remoteLogin",
"modifier": "private",
"original_string": "private String remoteLogin;",
"type": "String",
"var_name": "remoteLogin"
},
{
"declarator": "remoteSecret",
"modifier": "private",
"original_string": "private String remoteSecret;",
"type": "String",
"var_name": "remoteSecret"
},
{
"declarator": "resolver",
"modifier": "private",
"original_string": "private String resolver;",
"type": "String",
"var_name": "resolver"
},
{
"declarator": "segmentId",
"modifier": "private",
"original_string": "private int segmentId;",
"type": "int",
"var_name": "segmentId"
},
{
"declarator": "transactionId",
"modifier": "private",
"original_string": "private String transactionId;",
"type": "String",
"var_name": "transactionId"
},
{
"declarator": "serverName = \"default\"",
"modifier": "private",
"original_string": "private String serverName = \"default\";",
"type": "String",
"var_name": "serverName"
},
{
"declarator": "totalSegments",
"modifier": "private",
"original_string": "private int totalSegments;",
"type": "int",
"var_name": "totalSegments"
},
{
"declarator": "tupleDescription = new ArrayList<>()",
"modifier": "private",
"original_string": "private List<ColumnDescriptor> tupleDescription = new ArrayList<>();",
"type": "List<ColumnDescriptor>",
"var_name": "tupleDescription"
},
{
"declarator": "user",
"modifier": "private",
"original_string": "private String user;",
"type": "String",
"var_name": "user"
},
{
"declarator": "userData",
"modifier": "private",
"original_string": "private byte[] userData;",
"type": "byte[]",
"var_name": "userData"
},
{
"declarator": "additionalConfigProps",
"modifier": "private",
"original_string": "private Map<String, String> additionalConfigProps;",
"type": "Map<String, String>",
"var_name": "additionalConfigProps"
},
{
"declarator": "options = new TreeMap<>(String.CASE_INSENSITIVE_ORDER)",
"modifier": "private final",
"original_string": "private final Map<String, String> options = new TreeMap<>(String.CASE_INSENSITIVE_ORDER);",
"type": "Map<String, String>",
"var_name": "options"
},
{
"declarator": "pluginConf",
"modifier": "private",
"original_string": "private PluginConf pluginConf;",
"type": "PluginConf",
"var_name": "pluginConf"
}
],
"file": "server/pxf-api/src/main/java/org/greenplum/pxf/api/model/RequestContext.java",
"identifier": "RequestContext",
"interfaces": "",
"methods": [
{
"class_method_signature": "RequestContext.getRequestType()",
"constructor": false,
"full_signature": "public RequestType getRequestType()",
"identifier": "getRequestType",
"modifiers": "public",
"parameters": "()",
"return": "RequestType",
"signature": "RequestType getRequestType()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setRequestType(RequestType requestType)",
"constructor": false,
"full_signature": "public void setRequestType(RequestType requestType)",
"identifier": "setRequestType",
"modifiers": "public",
"parameters": "(RequestType requestType)",
"return": "void",
"signature": "void setRequestType(RequestType requestType)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getOption(String option, String defaultValue)",
"constructor": false,
"full_signature": "public String getOption(String option, String defaultValue)",
"identifier": "getOption",
"modifiers": "public",
"parameters": "(String option, String defaultValue)",
"return": "String",
"signature": "String getOption(String option, String defaultValue)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getOption(String option, int defaultValue)",
"constructor": false,
"full_signature": "public int getOption(String option, int defaultValue)",
"identifier": "getOption",
"modifiers": "public",
"parameters": "(String option, int defaultValue)",
"return": "int",
"signature": "int getOption(String option, int defaultValue)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getOption(String option, int defaultValue, boolean naturalOnly)",
"constructor": false,
"full_signature": "public int getOption(String option, int defaultValue, boolean naturalOnly)",
"identifier": "getOption",
"modifiers": "public",
"parameters": "(String option, int defaultValue, boolean naturalOnly)",
"return": "int",
"signature": "int getOption(String option, int defaultValue, boolean naturalOnly)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getOption(String option)",
"constructor": false,
"full_signature": "public String getOption(String option)",
"identifier": "getOption",
"modifiers": "public",
"parameters": "(String option)",
"return": "String",
"signature": "String getOption(String option)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getOption(String option, boolean defaultValue)",
"constructor": false,
"full_signature": "public boolean getOption(String option, boolean defaultValue)",
"identifier": "getOption",
"modifiers": "public",
"parameters": "(String option, boolean defaultValue)",
"return": "boolean",
"signature": "boolean getOption(String option, boolean defaultValue)",
"testcase": false
},
{
"class_method_signature": "RequestContext.addOption(String name, String value)",
"constructor": false,
"full_signature": "public void addOption(String name, String value)",
"identifier": "addOption",
"modifiers": "public",
"parameters": "(String name, String value)",
"return": "void",
"signature": "void addOption(String name, String value)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getOptions()",
"constructor": false,
"full_signature": "public Map<String, String> getOptions()",
"identifier": "getOptions",
"modifiers": "public",
"parameters": "()",
"return": "Map<String, String>",
"signature": "Map<String, String> getOptions()",
"testcase": false
},
{
"class_method_signature": "RequestContext.getRemoteLogin()",
"constructor": false,
"full_signature": "public String getRemoteLogin()",
"identifier": "getRemoteLogin",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getRemoteLogin()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setRemoteLogin(String remoteLogin)",
"constructor": false,
"full_signature": "public void setRemoteLogin(String remoteLogin)",
"identifier": "setRemoteLogin",
"modifiers": "public",
"parameters": "(String remoteLogin)",
"return": "void",
"signature": "void setRemoteLogin(String remoteLogin)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getRemoteSecret()",
"constructor": false,
"full_signature": "public String getRemoteSecret()",
"identifier": "getRemoteSecret",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getRemoteSecret()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setRemoteSecret(String remoteSecret)",
"constructor": false,
"full_signature": "public void setRemoteSecret(String remoteSecret)",
"identifier": "setRemoteSecret",
"modifiers": "public",
"parameters": "(String remoteSecret)",
"return": "void",
"signature": "void setRemoteSecret(String remoteSecret)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getUserData()",
"constructor": false,
"full_signature": "public byte[] getUserData()",
"identifier": "getUserData",
"modifiers": "public",
"parameters": "()",
"return": "byte[]",
"signature": "byte[] getUserData()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setUserData(byte[] userData)",
"constructor": false,
"full_signature": "public void setUserData(byte[] userData)",
"identifier": "setUserData",
"modifiers": "public",
"parameters": "(byte[] userData)",
"return": "void",
"signature": "void setUserData(byte[] userData)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getFragmentMetadata()",
"constructor": false,
"full_signature": "public byte[] getFragmentMetadata()",
"identifier": "getFragmentMetadata",
"modifiers": "public",
"parameters": "()",
"return": "byte[]",
"signature": "byte[] getFragmentMetadata()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setFragmentMetadata(byte[] fragmentMetadata)",
"constructor": false,
"full_signature": "public void setFragmentMetadata(byte[] fragmentMetadata)",
"identifier": "setFragmentMetadata",
"modifiers": "public",
"parameters": "(byte[] fragmentMetadata)",
"return": "void",
"signature": "void setFragmentMetadata(byte[] fragmentMetadata)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getFragmentUserData()",
"constructor": false,
"full_signature": "public byte[] getFragmentUserData()",
"identifier": "getFragmentUserData",
"modifiers": "public",
"parameters": "()",
"return": "byte[]",
"signature": "byte[] getFragmentUserData()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setFragmentUserData(byte[] userData)",
"constructor": false,
"full_signature": "public void setFragmentUserData(byte[] userData)",
"identifier": "setFragmentUserData",
"modifiers": "public",
"parameters": "(byte[] userData)",
"return": "void",
"signature": "void setFragmentUserData(byte[] userData)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getTotalSegments()",
"constructor": false,
"full_signature": "public int getTotalSegments()",
"identifier": "getTotalSegments",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getTotalSegments()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setTotalSegments(int totalSegments)",
"constructor": false,
"full_signature": "public void setTotalSegments(int totalSegments)",
"identifier": "setTotalSegments",
"modifiers": "public",
"parameters": "(int totalSegments)",
"return": "void",
"signature": "void setTotalSegments(int totalSegments)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getSegmentId()",
"constructor": false,
"full_signature": "public int getSegmentId()",
"identifier": "getSegmentId",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSegmentId()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setSegmentId(int segmentId)",
"constructor": false,
"full_signature": "public void setSegmentId(int segmentId)",
"identifier": "setSegmentId",
"modifiers": "public",
"parameters": "(int segmentId)",
"return": "void",
"signature": "void setSegmentId(int segmentId)",
"testcase": false
},
{
"class_method_signature": "RequestContext.hasFilter()",
"constructor": false,
"full_signature": "public boolean hasFilter()",
"identifier": "hasFilter",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean hasFilter()",
"testcase": false
},
{
"class_method_signature": "RequestContext.hasColumnProjection()",
"constructor": false,
"full_signature": "public boolean hasColumnProjection()",
"identifier": "hasColumnProjection",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean hasColumnProjection()",
"testcase": false
},
{
"class_method_signature": "RequestContext.getFilterString()",
"constructor": false,
"full_signature": "public String getFilterString()",
"identifier": "getFilterString",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getFilterString()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setFilterString(String filterString)",
"constructor": false,
"full_signature": "public void setFilterString(String filterString)",
"identifier": "setFilterString",
"modifiers": "public",
"parameters": "(String filterString)",
"return": "void",
"signature": "void setFilterString(String filterString)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getTupleDescription()",
"constructor": false,
"full_signature": "public List<ColumnDescriptor> getTupleDescription()",
"identifier": "getTupleDescription",
"modifiers": "public",
"parameters": "()",
"return": "List<ColumnDescriptor>",
"signature": "List<ColumnDescriptor> getTupleDescription()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setTupleDescription(List<ColumnDescriptor> tupleDescription)",
"constructor": false,
"full_signature": "public void setTupleDescription(List<ColumnDescriptor> tupleDescription)",
"identifier": "setTupleDescription",
"modifiers": "public",
"parameters": "(List<ColumnDescriptor> tupleDescription)",
"return": "void",
"signature": "void setTupleDescription(List<ColumnDescriptor> tupleDescription)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getColumns()",
"constructor": false,
"full_signature": "public int getColumns()",
"identifier": "getColumns",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getColumns()",
"testcase": false
},
{
"class_method_signature": "RequestContext.getColumn(int index)",
"constructor": false,
"full_signature": "public ColumnDescriptor getColumn(int index)",
"identifier": "getColumn",
"modifiers": "public",
"parameters": "(int index)",
"return": "ColumnDescriptor",
"signature": "ColumnDescriptor getColumn(int index)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getConfig()",
"constructor": false,
"full_signature": "public String getConfig()",
"identifier": "getConfig",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getConfig()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setConfig(String config)",
"constructor": false,
"full_signature": "public void setConfig(String config)",
"identifier": "setConfig",
"modifiers": "public",
"parameters": "(String config)",
"return": "void",
"signature": "void setConfig(String config)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getRecordkeyColumn()",
"constructor": false,
"full_signature": "public ColumnDescriptor getRecordkeyColumn()",
"identifier": "getRecordkeyColumn",
"modifiers": "public",
"parameters": "()",
"return": "ColumnDescriptor",
"signature": "ColumnDescriptor getRecordkeyColumn()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setRecordkeyColumn(ColumnDescriptor recordkeyColumn)",
"constructor": false,
"full_signature": "public void setRecordkeyColumn(ColumnDescriptor recordkeyColumn)",
"identifier": "setRecordkeyColumn",
"modifiers": "public",
"parameters": "(ColumnDescriptor recordkeyColumn)",
"return": "void",
"signature": "void setRecordkeyColumn(ColumnDescriptor recordkeyColumn)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getDataSource()",
"constructor": false,
"full_signature": "public String getDataSource()",
"identifier": "getDataSource",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getDataSource()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setDataSource(String dataSource)",
"constructor": false,
"full_signature": "public void setDataSource(String dataSource)",
"identifier": "setDataSource",
"modifiers": "public",
"parameters": "(String dataSource)",
"return": "void",
"signature": "void setDataSource(String dataSource)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getProfile()",
"constructor": false,
"full_signature": "public String getProfile()",
"identifier": "getProfile",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getProfile()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setProfile(String profile)",
"constructor": false,
"full_signature": "public void setProfile(String profile)",
"identifier": "setProfile",
"modifiers": "public",
"parameters": "(String profile)",
"return": "void",
"signature": "void setProfile(String profile)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getAccessor()",
"constructor": false,
"full_signature": "public String getAccessor()",
"identifier": "getAccessor",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getAccessor()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setAccessor(String accessor)",
"constructor": false,
"full_signature": "public void setAccessor(String accessor)",
"identifier": "setAccessor",
"modifiers": "public",
"parameters": "(String accessor)",
"return": "void",
"signature": "void setAccessor(String accessor)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getResolver()",
"constructor": false,
"full_signature": "public String getResolver()",
"identifier": "getResolver",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getResolver()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setResolver(String resolver)",
"constructor": false,
"full_signature": "public void setResolver(String resolver)",
"identifier": "setResolver",
"modifiers": "public",
"parameters": "(String resolver)",
"return": "void",
"signature": "void setResolver(String resolver)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getFragmenter()",
"constructor": false,
"full_signature": "public String getFragmenter()",
"identifier": "getFragmenter",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getFragmenter()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setFragmenter(String fragmenter)",
"constructor": false,
"full_signature": "public void setFragmenter(String fragmenter)",
"identifier": "setFragmenter",
"modifiers": "public",
"parameters": "(String fragmenter)",
"return": "void",
"signature": "void setFragmenter(String fragmenter)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getMetadata()",
"constructor": false,
"full_signature": "public Object getMetadata()",
"identifier": "getMetadata",
"modifiers": "public",
"parameters": "()",
"return": "Object",
"signature": "Object getMetadata()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setMetadata(Object metadata)",
"constructor": false,
"full_signature": "public void setMetadata(Object metadata)",
"identifier": "setMetadata",
"modifiers": "public",
"parameters": "(Object metadata)",
"return": "void",
"signature": "void setMetadata(Object metadata)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getLogin()",
"constructor": false,
"full_signature": "public String getLogin()",
"identifier": "getLogin",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getLogin()",
"testcase": false
},
{
"class_method_signature": "RequestContext.getSecret()",
"constructor": false,
"full_signature": "public String getSecret()",
"identifier": "getSecret",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getSecret()",
"testcase": false
},
{
"class_method_signature": "RequestContext.getDataFragment()",
"constructor": false,
"full_signature": "public int getDataFragment()",
"identifier": "getDataFragment",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getDataFragment()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setDataFragment(int dataFragment)",
"constructor": false,
"full_signature": "public void setDataFragment(int dataFragment)",
"identifier": "setDataFragment",
"modifiers": "public",
"parameters": "(int dataFragment)",
"return": "void",
"signature": "void setDataFragment(int dataFragment)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getAggType()",
"constructor": false,
"full_signature": "public EnumAggregationType getAggType()",
"identifier": "getAggType",
"modifiers": "public",
"parameters": "()",
"return": "EnumAggregationType",
"signature": "EnumAggregationType getAggType()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setAggType(EnumAggregationType aggType)",
"constructor": false,
"full_signature": "public void setAggType(EnumAggregationType aggType)",
"identifier": "setAggType",
"modifiers": "public",
"parameters": "(EnumAggregationType aggType)",
"return": "void",
"signature": "void setAggType(EnumAggregationType aggType)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getFormat()",
"constructor": false,
"full_signature": "public String getFormat()",
"identifier": "getFormat",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getFormat()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setFormat(String format)",
"constructor": false,
"full_signature": "public void setFormat(String format)",
"identifier": "setFormat",
"modifiers": "public",
"parameters": "(String format)",
"return": "void",
"signature": "void setFormat(String format)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getFragmentIndex()",
"constructor": false,
"full_signature": "public int getFragmentIndex()",
"identifier": "getFragmentIndex",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getFragmentIndex()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setFragmentIndex(int fragmentIndex)",
"constructor": false,
"full_signature": "public void setFragmentIndex(int fragmentIndex)",
"identifier": "setFragmentIndex",
"modifiers": "public",
"parameters": "(int fragmentIndex)",
"return": "void",
"signature": "void setFragmentIndex(int fragmentIndex)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getNumAttrsProjected()",
"constructor": false,
"full_signature": "public int getNumAttrsProjected()",
"identifier": "getNumAttrsProjected",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getNumAttrsProjected()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setNumAttrsProjected(int numAttrsProjected)",
"constructor": false,
"full_signature": "public void setNumAttrsProjected(int numAttrsProjected)",
"identifier": "setNumAttrsProjected",
"modifiers": "public",
"parameters": "(int numAttrsProjected)",
"return": "void",
"signature": "void setNumAttrsProjected(int numAttrsProjected)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getServerName()",
"constructor": false,
"full_signature": "public String getServerName()",
"identifier": "getServerName",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getServerName()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setServerName(String serverName)",
"constructor": false,
"full_signature": "public void setServerName(String serverName)",
"identifier": "setServerName",
"modifiers": "public",
"parameters": "(String serverName)",
"return": "void",
"signature": "void setServerName(String serverName)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getUser()",
"constructor": false,
"full_signature": "public String getUser()",
"identifier": "getUser",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getUser()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setUser(String user)",
"constructor": false,
"full_signature": "public void setUser(String user)",
"identifier": "setUser",
"modifiers": "public",
"parameters": "(String user)",
"return": "void",
"signature": "void setUser(String user)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getPort()",
"constructor": false,
"full_signature": "public int getPort()",
"identifier": "getPort",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPort()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setPort(int port)",
"constructor": false,
"full_signature": "public void setPort(int port)",
"identifier": "setPort",
"modifiers": "public",
"parameters": "(int port)",
"return": "void",
"signature": "void setPort(int port)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getGreenplumCSV()",
"constructor": false,
"full_signature": "public GreenplumCSV getGreenplumCSV()",
"identifier": "getGreenplumCSV",
"modifiers": "public",
"parameters": "()",
"return": "GreenplumCSV",
"signature": "GreenplumCSV getGreenplumCSV()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setGreenplumCSV(GreenplumCSV greenplumCSV)",
"constructor": false,
"full_signature": "public void setGreenplumCSV(GreenplumCSV greenplumCSV)",
"identifier": "setGreenplumCSV",
"modifiers": "public",
"parameters": "(GreenplumCSV greenplumCSV)",
"return": "void",
"signature": "void setGreenplumCSV(GreenplumCSV greenplumCSV)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getOutputFormat()",
"constructor": false,
"full_signature": "public OutputFormat getOutputFormat()",
"identifier": "getOutputFormat",
"modifiers": "public",
"parameters": "()",
"return": "OutputFormat",
"signature": "OutputFormat getOutputFormat()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setOutputFormat(OutputFormat outputFormat)",
"constructor": false,
"full_signature": "public void setOutputFormat(OutputFormat outputFormat)",
"identifier": "setOutputFormat",
"modifiers": "public",
"parameters": "(OutputFormat outputFormat)",
"return": "void",
"signature": "void setOutputFormat(OutputFormat outputFormat)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getHost()",
"constructor": false,
"full_signature": "public String getHost()",
"identifier": "getHost",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getHost()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setHost(String host)",
"constructor": false,
"full_signature": "public void setHost(String host)",
"identifier": "setHost",
"modifiers": "public",
"parameters": "(String host)",
"return": "void",
"signature": "void setHost(String host)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getToken()",
"constructor": false,
"full_signature": "public String getToken()",
"identifier": "getToken",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getToken()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setToken(String token)",
"constructor": false,
"full_signature": "public void setToken(String token)",
"identifier": "setToken",
"modifiers": "public",
"parameters": "(String token)",
"return": "void",
"signature": "void setToken(String token)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getStatsMaxFragments()",
"constructor": false,
"full_signature": "public int getStatsMaxFragments()",
"identifier": "getStatsMaxFragments",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStatsMaxFragments()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setStatsMaxFragments(int statsMaxFragments)",
"constructor": false,
"full_signature": "public void setStatsMaxFragments(int statsMaxFragments)",
"identifier": "setStatsMaxFragments",
"modifiers": "public",
"parameters": "(int statsMaxFragments)",
"return": "void",
"signature": "void setStatsMaxFragments(int statsMaxFragments)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getStatsSampleRatio()",
"constructor": false,
"full_signature": "public float getStatsSampleRatio()",
"identifier": "getStatsSampleRatio",
"modifiers": "public",
"parameters": "()",
"return": "float",
"signature": "float getStatsSampleRatio()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setStatsSampleRatio(float statsSampleRatio)",
"constructor": false,
"full_signature": "public void setStatsSampleRatio(float statsSampleRatio)",
"identifier": "setStatsSampleRatio",
"modifiers": "public",
"parameters": "(float statsSampleRatio)",
"return": "void",
"signature": "void setStatsSampleRatio(float statsSampleRatio)",
"testcase": false
},
{
"class_method_signature": "RequestContext.validate()",
"constructor": false,
"full_signature": "public void validate()",
"identifier": "validate",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void validate()",
"testcase": false
},
{
"class_method_signature": "RequestContext.ensureNotNull(String property, Object value)",
"constructor": false,
"full_signature": "private void ensureNotNull(String property, Object value)",
"identifier": "ensureNotNull",
"modifiers": "private",
"parameters": "(String property, Object value)",
"return": "void",
"signature": "void ensureNotNull(String property, Object value)",
"testcase": false
},
{
"class_method_signature": "RequestContext.fail(String message, Object... args)",
"constructor": false,
"full_signature": "private void fail(String message, Object... args)",
"identifier": "fail",
"modifiers": "private",
"parameters": "(String message, Object... args)",
"return": "void",
"signature": "void fail(String message, Object... args)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getPluginConf()",
"constructor": false,
"full_signature": "public PluginConf getPluginConf()",
"identifier": "getPluginConf",
"modifiers": "public",
"parameters": "()",
"return": "PluginConf",
"signature": "PluginConf getPluginConf()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setPluginConf(PluginConf pluginConf)",
"constructor": false,
"full_signature": "public void setPluginConf(PluginConf pluginConf)",
"identifier": "setPluginConf",
"modifiers": "public",
"parameters": "(PluginConf pluginConf)",
"return": "void",
"signature": "void setPluginConf(PluginConf pluginConf)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getProfileScheme()",
"constructor": false,
"full_signature": "public String getProfileScheme()",
"identifier": "getProfileScheme",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getProfileScheme()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setProfileScheme(String profileScheme)",
"constructor": false,
"full_signature": "public void setProfileScheme(String profileScheme)",
"identifier": "setProfileScheme",
"modifiers": "public",
"parameters": "(String profileScheme)",
"return": "void",
"signature": "void setProfileScheme(String profileScheme)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getProtocol()",
"constructor": false,
"full_signature": "public String getProtocol()",
"identifier": "getProtocol",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getProtocol()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setProtocol(String protocol)",
"constructor": false,
"full_signature": "public void setProtocol(String protocol)",
"identifier": "setProtocol",
"modifiers": "public",
"parameters": "(String protocol)",
"return": "void",
"signature": "void setProtocol(String protocol)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getAdditionalConfigProps()",
"constructor": false,
"full_signature": "public Map<String, String> getAdditionalConfigProps()",
"identifier": "getAdditionalConfigProps",
"modifiers": "public",
"parameters": "()",
"return": "Map<String, String>",
"signature": "Map<String, String> getAdditionalConfigProps()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setAdditionalConfigProps(Map<String, String> additionalConfigProps)",
"constructor": false,
"full_signature": "public void setAdditionalConfigProps(Map<String, String> additionalConfigProps)",
"identifier": "setAdditionalConfigProps",
"modifiers": "public",
"parameters": "(Map<String, String> additionalConfigProps)",
"return": "void",
"signature": "void setAdditionalConfigProps(Map<String, String> additionalConfigProps)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getTransactionId()",
"constructor": false,
"full_signature": "public String getTransactionId()",
"identifier": "getTransactionId",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getTransactionId()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setTransactionId(String transactionId)",
"constructor": false,
"full_signature": "public void setTransactionId(String transactionId)",
"identifier": "setTransactionId",
"modifiers": "public",
"parameters": "(String transactionId)",
"return": "void",
"signature": "void setTransactionId(String transactionId)",
"testcase": false
},
{
"class_method_signature": "RequestContext.inferProtocolName()",
"constructor": false,
"full_signature": "private String inferProtocolName()",
"identifier": "inferProtocolName",
"modifiers": "private",
"parameters": "()",
"return": "String",
"signature": "String inferProtocolName()",
"testcase": false
},
{
"class_method_signature": "RequestContext.inferFormatName()",
"constructor": false,
"full_signature": "public String inferFormatName()",
"identifier": "inferFormatName",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String inferFormatName()",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public void setStatsMaxFragments(int statsMaxFragments) {\n this.statsMaxFragments = statsMaxFragments;\n if (statsMaxFragments <= 0) {\n throw new IllegalArgumentException(String\n .format(\"Wrong value '%d'. STATS-MAX-FRAGMENTS must be a positive integer\",\n statsMaxFragments));\n }\n }",
"class_method_signature": "RequestContext.setStatsMaxFragments(int statsMaxFragments)",
"constructor": false,
"full_signature": "public void setStatsMaxFragments(int statsMaxFragments)",
"identifier": "setStatsMaxFragments",
"invocations": [
"format"
],
"modifiers": "public",
"parameters": "(int statsMaxFragments)",
"return": "void",
"signature": "void setStatsMaxFragments(int statsMaxFragments)",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_145
|
{
"fields": [
{
"declarator": "UN_SUPPORTED_TYPE = -1",
"modifier": "private static final",
"original_string": "private static final int UN_SUPPORTED_TYPE = -1;",
"type": "int",
"var_name": "UN_SUPPORTED_TYPE"
},
{
"declarator": "output = null",
"modifier": "private",
"original_string": "private GPDBWritable output = null;",
"type": "GPDBWritable",
"var_name": "output"
},
{
"declarator": "dos = new DataOutputToBytes()",
"modifier": "private",
"original_string": "private DataOutputToBytes dos = new DataOutputToBytes();",
"type": "DataOutputToBytes",
"var_name": "dos"
}
],
"file": "server/pxf-service/src/test/java/org/greenplum/pxf/service/BridgeOutputBuilderTest.java",
"identifier": "BridgeOutputBuilderTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void testCSVSerialization() throws Exception {\n RequestContext context = new RequestContext();\n\n addColumn(context, 0, DataType.INTEGER, \"col0\");\n addColumn(context, 1, DataType.FLOAT8, \"col1\");\n addColumn(context, 2, DataType.REAL, \"col2\");\n addColumn(context, 3, DataType.BIGINT, \"col3\");\n addColumn(context, 4, DataType.SMALLINT, \"col4\");\n addColumn(context, 5, DataType.BOOLEAN, \"col5\");\n addColumn(context, 6, DataType.BYTEA, \"col6\");\n addColumn(context, 7, DataType.VARCHAR, \"col7\");\n addColumn(context, 8, DataType.BPCHAR, \"col8\");\n addColumn(context, 9, DataType.TEXT, \"col9\");\n addColumn(context, 10, DataType.NUMERIC, \"col10\");\n addColumn(context, 11, DataType.TIMESTAMP, \"col11\");\n addColumn(context, 12, DataType.DATE, \"col12\");\n addColumn(context, 13, DataType.VARCHAR, \"col13\");\n\n BridgeOutputBuilder builder = makeBuilder(context);\n\n List<OneField> recFields = Arrays.asList(\n new OneField(DataType.INTEGER.getOID(), 0),\n new OneField(DataType.FLOAT8.getOID(), (double) 0),\n new OneField(DataType.REAL.getOID(), (float) 0),\n new OneField(DataType.BIGINT.getOID(), (long) 0),\n new OneField(DataType.SMALLINT.getOID(), (short) 0),\n new OneField(DataType.BOOLEAN.getOID(), true),\n new OneField(DataType.BYTEA.getOID(), new byte[]{0}),\n new OneField(DataType.VARCHAR.getOID(), \"value\"),\n new OneField(DataType.BPCHAR.getOID(), \"value\"),\n new OneField(DataType.TEXT.getOID(), \"va\\\"lue\"),\n new OneField(DataType.NUMERIC.getOID(), \"0\"),\n new OneField(DataType.TIMESTAMP.getOID(), new Timestamp(0)),\n new OneField(DataType.DATE.getOID(), new Date(1)),\n new OneField(DataType.VARCHAR.getOID(), null)\n );\n\n List<Writable> outputQueue = builder.makeOutput(recFields);\n\n assertNotNull(outputQueue);\n assertEquals(1, outputQueue.size());\n\n String datetime = new Timestamp(0).toLocalDateTime().format(GreenplumDateTime.DATETIME_FORMATTER);\n String date = new Date(1).toString();\n\n outputQueue.get(0).write(dos);\n assertEquals(\"0,0.0,0.0,0,0,true,\\\\x00,value,value,\\\"va\\\"\\\"lue\\\",0,\" + datetime + \",\" + date + \",\\n\",\n new String(dos.getOutput(), \"UTF8\"));\n }",
"class_method_signature": "BridgeOutputBuilderTest.testCSVSerialization()",
"constructor": false,
"full_signature": "@Test public void testCSVSerialization()",
"identifier": "testCSVSerialization",
"invocations": [
"addColumn",
"addColumn",
"addColumn",
"addColumn",
"addColumn",
"addColumn",
"addColumn",
"addColumn",
"addColumn",
"addColumn",
"addColumn",
"addColumn",
"addColumn",
"addColumn",
"makeBuilder",
"asList",
"getOID",
"getOID",
"getOID",
"getOID",
"getOID",
"getOID",
"getOID",
"getOID",
"getOID",
"getOID",
"getOID",
"getOID",
"getOID",
"getOID",
"makeOutput",
"assertNotNull",
"assertEquals",
"size",
"format",
"toLocalDateTime",
"toString",
"write",
"get",
"assertEquals",
"getOutput"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testCSVSerialization()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "LOG = LoggerFactory.getLogger(BridgeOutputBuilder.class)",
"modifier": "private static final",
"original_string": "private static final Logger LOG = LoggerFactory.getLogger(BridgeOutputBuilder.class);",
"type": "Logger",
"var_name": "LOG"
},
{
"declarator": "DELIM = 10",
"modifier": "private static final",
"original_string": "private static final byte DELIM = 10;",
"type": "byte",
"var_name": "DELIM"
},
{
"declarator": "context",
"modifier": "private",
"original_string": "private RequestContext context;",
"type": "RequestContext",
"var_name": "context"
},
{
"declarator": "output = null",
"modifier": "private",
"original_string": "private Writable output = null;",
"type": "Writable",
"var_name": "output"
},
{
"declarator": "outputList",
"modifier": "private",
"original_string": "private LinkedList<Writable> outputList;",
"type": "LinkedList<Writable>",
"var_name": "outputList"
},
{
"declarator": "partialLine = null",
"modifier": "private",
"original_string": "private Writable partialLine = null;",
"type": "Writable",
"var_name": "partialLine"
},
{
"declarator": "errorRecord = null",
"modifier": "private",
"original_string": "private GPDBWritable errorRecord = null;",
"type": "GPDBWritable",
"var_name": "errorRecord"
},
{
"declarator": "schema",
"modifier": "private",
"original_string": "private int[] schema;",
"type": "int[]",
"var_name": "schema"
},
{
"declarator": "colNames",
"modifier": "private",
"original_string": "private String[] colNames;",
"type": "String[]",
"var_name": "colNames"
},
{
"declarator": "samplingEnabled",
"modifier": "private",
"original_string": "private boolean samplingEnabled;",
"type": "boolean",
"var_name": "samplingEnabled"
},
{
"declarator": "isPartialLine = false",
"modifier": "private",
"original_string": "private boolean isPartialLine = false;",
"type": "boolean",
"var_name": "isPartialLine"
},
{
"declarator": "greenplumCSV",
"modifier": "private",
"original_string": "private GreenplumCSV greenplumCSV;",
"type": "GreenplumCSV",
"var_name": "greenplumCSV"
}
],
"file": "server/pxf-service/src/main/java/org/greenplum/pxf/service/BridgeOutputBuilder.java",
"identifier": "BridgeOutputBuilder",
"interfaces": "",
"methods": [
{
"class_method_signature": "BridgeOutputBuilder.BridgeOutputBuilder(RequestContext context)",
"constructor": true,
"full_signature": "public BridgeOutputBuilder(RequestContext context)",
"identifier": "BridgeOutputBuilder",
"modifiers": "public",
"parameters": "(RequestContext context)",
"return": "",
"signature": " BridgeOutputBuilder(RequestContext context)",
"testcase": false
},
{
"class_method_signature": "BridgeOutputBuilder.makeErrorRecord()",
"constructor": false,
"full_signature": " void makeErrorRecord()",
"identifier": "makeErrorRecord",
"modifiers": "",
"parameters": "()",
"return": "void",
"signature": "void makeErrorRecord()",
"testcase": false
},
{
"class_method_signature": "BridgeOutputBuilder.getErrorOutput(Exception ex)",
"constructor": false,
"full_signature": "public Writable getErrorOutput(Exception ex)",
"identifier": "getErrorOutput",
"modifiers": "public",
"parameters": "(Exception ex)",
"return": "Writable",
"signature": "Writable getErrorOutput(Exception ex)",
"testcase": false
},
{
"class_method_signature": "BridgeOutputBuilder.makeOutput(List<OneField> recFields)",
"constructor": false,
"full_signature": "public LinkedList<Writable> makeOutput(List<OneField> recFields)",
"identifier": "makeOutput",
"modifiers": "public",
"parameters": "(List<OneField> recFields)",
"return": "LinkedList<Writable>",
"signature": "LinkedList<Writable> makeOutput(List<OneField> recFields)",
"testcase": false
},
{
"class_method_signature": "BridgeOutputBuilder.makeVectorizedOutput(List<List<OneField>> recordsBatch)",
"constructor": false,
"full_signature": "public LinkedList<Writable> makeVectorizedOutput(List<List<OneField>> recordsBatch)",
"identifier": "makeVectorizedOutput",
"modifiers": "public",
"parameters": "(List<List<OneField>> recordsBatch)",
"return": "LinkedList<Writable>",
"signature": "LinkedList<Writable> makeVectorizedOutput(List<List<OneField>> recordsBatch)",
"testcase": false
},
{
"class_method_signature": "BridgeOutputBuilder.getPartialLine()",
"constructor": false,
"full_signature": "public Writable getPartialLine()",
"identifier": "getPartialLine",
"modifiers": "public",
"parameters": "()",
"return": "Writable",
"signature": "Writable getPartialLine()",
"testcase": false
},
{
"class_method_signature": "BridgeOutputBuilder.makeGPDBWritableOutput()",
"constructor": false,
"full_signature": " GPDBWritable makeGPDBWritableOutput()",
"identifier": "makeGPDBWritableOutput",
"modifiers": "",
"parameters": "()",
"return": "GPDBWritable",
"signature": "GPDBWritable makeGPDBWritableOutput()",
"testcase": false
},
{
"class_method_signature": "BridgeOutputBuilder.fillOutputRecord(List<OneField> recFields)",
"constructor": false,
"full_signature": " void fillOutputRecord(List<OneField> recFields)",
"identifier": "fillOutputRecord",
"modifiers": "",
"parameters": "(List<OneField> recFields)",
"return": "void",
"signature": "void fillOutputRecord(List<OneField> recFields)",
"testcase": false
},
{
"class_method_signature": "BridgeOutputBuilder.fillGPDBWritable(List<OneField> recFields)",
"constructor": false,
"full_signature": " void fillGPDBWritable(List<OneField> recFields)",
"identifier": "fillGPDBWritable",
"modifiers": "",
"parameters": "(List<OneField> recFields)",
"return": "void",
"signature": "void fillGPDBWritable(List<OneField> recFields)",
"testcase": false
},
{
"class_method_signature": "BridgeOutputBuilder.isStringType(DataType type)",
"constructor": false,
"full_signature": " boolean isStringType(DataType type)",
"identifier": "isStringType",
"modifiers": "",
"parameters": "(DataType type)",
"return": "boolean",
"signature": "boolean isStringType(DataType type)",
"testcase": false
},
{
"class_method_signature": "BridgeOutputBuilder.isTypeInSchema(int recType, int schemaType)",
"constructor": false,
"full_signature": " boolean isTypeInSchema(int recType, int schemaType)",
"identifier": "isTypeInSchema",
"modifiers": "",
"parameters": "(int recType, int schemaType)",
"return": "boolean",
"signature": "boolean isTypeInSchema(int recType, int schemaType)",
"testcase": false
},
{
"class_method_signature": "BridgeOutputBuilder.fillText(List<OneField> recFields)",
"constructor": false,
"full_signature": " void fillText(List<OneField> recFields)",
"identifier": "fillText",
"modifiers": "",
"parameters": "(List<OneField> recFields)",
"return": "void",
"signature": "void fillText(List<OneField> recFields)",
"testcase": false
},
{
"class_method_signature": "BridgeOutputBuilder.convertTextDataToLines(byte[] val)",
"constructor": false,
"full_signature": " void convertTextDataToLines(byte[] val)",
"identifier": "convertTextDataToLines",
"modifiers": "",
"parameters": "(byte[] val)",
"return": "void",
"signature": "void convertTextDataToLines(byte[] val)",
"testcase": false
},
{
"class_method_signature": "BridgeOutputBuilder.fillOneGPDBWritableField(OneField oneField, int colIdx)",
"constructor": false,
"full_signature": " void fillOneGPDBWritableField(OneField oneField, int colIdx)",
"identifier": "fillOneGPDBWritableField",
"modifiers": "",
"parameters": "(OneField oneField, int colIdx)",
"return": "void",
"signature": "void fillOneGPDBWritableField(OneField oneField, int colIdx)",
"testcase": false
},
{
"class_method_signature": "BridgeOutputBuilder.fieldListToCSVString(List<OneField> fields)",
"constructor": false,
"full_signature": "private String fieldListToCSVString(List<OneField> fields)",
"identifier": "fieldListToCSVString",
"modifiers": "private",
"parameters": "(List<OneField> fields)",
"return": "String",
"signature": "String fieldListToCSVString(List<OneField> fields)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public LinkedList<Writable> makeOutput(List<OneField> recFields)\n throws BadRecordException {\n if (output == null && context.getOutputFormat() == OutputFormat.GPDBWritable) {\n makeGPDBWritableOutput();\n }\n\n outputList.clear();\n\n fillOutputRecord(recFields);\n\n return outputList;\n }",
"class_method_signature": "BridgeOutputBuilder.makeOutput(List<OneField> recFields)",
"constructor": false,
"full_signature": "public LinkedList<Writable> makeOutput(List<OneField> recFields)",
"identifier": "makeOutput",
"invocations": [
"getOutputFormat",
"makeGPDBWritableOutput",
"clear",
"fillOutputRecord"
],
"modifiers": "public",
"parameters": "(List<OneField> recFields)",
"return": "LinkedList<Writable>",
"signature": "LinkedList<Writable> makeOutput(List<OneField> recFields)",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_329
|
{
"fields": [
{
"declarator": "expectedException = ExpectedException.none()",
"modifier": "@Rule\n public",
"original_string": "@Rule\n public ExpectedException expectedException = ExpectedException.none();",
"type": "ExpectedException",
"var_name": "expectedException"
},
{
"declarator": "context",
"modifier": "private",
"original_string": "private RequestContext context;",
"type": "RequestContext",
"var_name": "context"
},
{
"declarator": "mockHiveClient",
"modifier": "private",
"original_string": "private HiveMetaStoreClient mockHiveClient;",
"type": "HiveMetaStoreClient",
"var_name": "mockHiveClient"
},
{
"declarator": "fetcher",
"modifier": "private",
"original_string": "private HiveMetadataFetcher fetcher;",
"type": "HiveMetadataFetcher",
"var_name": "fetcher"
},
{
"declarator": "metadataList",
"modifier": "private",
"original_string": "private List<Metadata> metadataList;",
"type": "List<Metadata>",
"var_name": "metadataList"
},
{
"declarator": "fakeHiveClientWrapper",
"modifier": "private",
"original_string": "private HiveClientWrapper fakeHiveClientWrapper;",
"type": "HiveClientWrapper",
"var_name": "fakeHiveClientWrapper"
},
{
"declarator": "mockConfigurationFactory",
"modifier": "private",
"original_string": "private ConfigurationFactory mockConfigurationFactory;",
"type": "ConfigurationFactory",
"var_name": "mockConfigurationFactory"
},
{
"declarator": "configuration",
"modifier": "private",
"original_string": "private Configuration configuration;",
"type": "Configuration",
"var_name": "configuration"
},
{
"declarator": "mockClientFactory",
"modifier": "private",
"original_string": "private HiveClientWrapper.HiveClientFactory mockClientFactory;",
"type": "HiveClientWrapper.HiveClientFactory",
"var_name": "mockClientFactory"
}
],
"file": "server/pxf-hive/src/test/java/org/greenplum/pxf/plugins/hive/HiveMetadataFetcherTest.java",
"identifier": "HiveMetadataFetcherTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void getTableMetadataWithIncompatibleTables() throws Exception {\n\n fetcher = new HiveMetadataFetcher(context, mockConfigurationFactory, fakeHiveClientWrapper);\n\n String tablePattern = \"*\";\n String dbPattern = \"*\";\n String dbName = \"default\";\n String pattern = dbPattern + \".\" + tablePattern;\n\n String tableName1 = \"viewtable\";\n // mock hive table returned from hive client\n Table hiveTable1 = new Table();\n hiveTable1.setTableType(\"VIRTUAL_VIEW\");\n when(mockHiveClient.getTable(dbName, tableName1)).thenReturn(hiveTable1);\n\n String tableName2 = \"regulartable\";\n // mock hive table returned from hive client\n List<FieldSchema> fields = new ArrayList<>();\n fields.add(new FieldSchema(\"field1\", \"string\", null));\n fields.add(new FieldSchema(\"field2\", \"int\", null));\n StorageDescriptor sd = new StorageDescriptor();\n sd.setCols(fields);\n sd.setInputFormat(\"org.apache.hadoop.mapred.TextInputFormat\");\n Table hiveTable2 = new Table();\n hiveTable2.setTableType(\"MANAGED_TABLE\");\n hiveTable2.setSd(sd);\n hiveTable2.setPartitionKeys(new ArrayList<>());\n when(mockHiveClient.getTable(dbName, tableName2)).thenReturn(hiveTable2);\n\n // Mock get databases and tables return from hive client\n List<String> tableNames = new ArrayList<>(Arrays.asList(tableName1, tableName2));\n List<String> dbNames = new ArrayList<>(Collections.singletonList(dbName));\n when(mockHiveClient.getDatabases(dbPattern)).thenReturn(dbNames);\n when(mockHiveClient.getTables(dbName, tablePattern)).thenReturn(tableNames);\n\n // Get metadata\n metadataList = fetcher.getMetadata(pattern);\n assertEquals(1, metadataList.size());\n Metadata metadata = metadataList.get(0);\n assertEquals(dbName + \".\" + tableName2, metadata.getItem().toString());\n\n List<Metadata.Field> resultFields = metadata.getFields();\n assertNotNull(resultFields);\n assertEquals(2, resultFields.size());\n Metadata.Field field = resultFields.get(0);\n assertEquals(\"field1\", field.getName());\n assertEquals(\"text\", field.getType().getTypeName()); // converted type\n field = resultFields.get(1);\n assertEquals(\"field2\", field.getName());\n assertEquals(\"int4\", field.getType().getTypeName());\n }",
"class_method_signature": "HiveMetadataFetcherTest.getTableMetadataWithIncompatibleTables()",
"constructor": false,
"full_signature": "@Test public void getTableMetadataWithIncompatibleTables()",
"identifier": "getTableMetadataWithIncompatibleTables",
"invocations": [
"setTableType",
"thenReturn",
"when",
"getTable",
"add",
"add",
"setCols",
"setInputFormat",
"setTableType",
"setSd",
"setPartitionKeys",
"thenReturn",
"when",
"getTable",
"asList",
"singletonList",
"thenReturn",
"when",
"getDatabases",
"thenReturn",
"when",
"getTables",
"getMetadata",
"assertEquals",
"size",
"get",
"assertEquals",
"toString",
"getItem",
"getFields",
"assertNotNull",
"assertEquals",
"size",
"get",
"assertEquals",
"getName",
"assertEquals",
"getTypeName",
"getType",
"get",
"assertEquals",
"getName",
"assertEquals",
"getTypeName",
"getType"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void getTableMetadataWithIncompatibleTables()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "DELIM_FIELD = \"DELIMITER\"",
"modifier": "private static final",
"original_string": "private static final String DELIM_FIELD = \"DELIMITER\";",
"type": "String",
"var_name": "DELIM_FIELD"
},
{
"declarator": "LOG = LogFactory.getLog(HiveMetadataFetcher.class)",
"modifier": "private static final",
"original_string": "private static final Log LOG = LogFactory.getLog(HiveMetadataFetcher.class);",
"type": "Log",
"var_name": "LOG"
},
{
"declarator": "client",
"modifier": "private",
"original_string": "private IMetaStoreClient client;",
"type": "IMetaStoreClient",
"var_name": "client"
},
{
"declarator": "jobConf",
"modifier": "private",
"original_string": "private JobConf jobConf;",
"type": "JobConf",
"var_name": "jobConf"
},
{
"declarator": "hiveClientWrapper",
"modifier": "private",
"original_string": "private HiveClientWrapper hiveClientWrapper;",
"type": "HiveClientWrapper",
"var_name": "hiveClientWrapper"
}
],
"file": "server/pxf-hive/src/main/java/org/greenplum/pxf/plugins/hive/HiveMetadataFetcher.java",
"identifier": "HiveMetadataFetcher",
"interfaces": "implements MetadataFetcher",
"methods": [
{
"class_method_signature": "HiveMetadataFetcher.HiveMetadataFetcher(RequestContext context)",
"constructor": true,
"full_signature": "public HiveMetadataFetcher(RequestContext context)",
"identifier": "HiveMetadataFetcher",
"modifiers": "public",
"parameters": "(RequestContext context)",
"return": "",
"signature": " HiveMetadataFetcher(RequestContext context)",
"testcase": false
},
{
"class_method_signature": "HiveMetadataFetcher.HiveMetadataFetcher(RequestContext context, ConfigurationFactory configurationFactory, HiveClientWrapper hiveClientWrapper)",
"constructor": true,
"full_signature": " HiveMetadataFetcher(RequestContext context, ConfigurationFactory configurationFactory, HiveClientWrapper hiveClientWrapper)",
"identifier": "HiveMetadataFetcher",
"modifiers": "",
"parameters": "(RequestContext context, ConfigurationFactory configurationFactory, HiveClientWrapper hiveClientWrapper)",
"return": "",
"signature": " HiveMetadataFetcher(RequestContext context, ConfigurationFactory configurationFactory, HiveClientWrapper hiveClientWrapper)",
"testcase": false
},
{
"class_method_signature": "HiveMetadataFetcher.getMetadata(String pattern)",
"constructor": false,
"full_signature": "@Override public List<Metadata> getMetadata(String pattern)",
"identifier": "getMetadata",
"modifiers": "@Override public",
"parameters": "(String pattern)",
"return": "List<Metadata>",
"signature": "List<Metadata> getMetadata(String pattern)",
"testcase": false
},
{
"class_method_signature": "HiveMetadataFetcher.getOutputFormat(String inputFormat, boolean hasComplexTypes)",
"constructor": false,
"full_signature": "private OutputFormat getOutputFormat(String inputFormat, boolean hasComplexTypes)",
"identifier": "getOutputFormat",
"modifiers": "private",
"parameters": "(String inputFormat, boolean hasComplexTypes)",
"return": "OutputFormat",
"signature": "OutputFormat getOutputFormat(String inputFormat, boolean hasComplexTypes)",
"testcase": false
}
],
"superclass": "extends BasePlugin"
}
|
{
"body": "@Override\n public List<Metadata> getMetadata(String pattern) throws Exception {\n\n boolean ignoreErrors = false;\n List<Metadata.Item> tblsDesc = hiveClientWrapper.extractTablesFromPattern(client, pattern);\n\n if (tblsDesc == null || tblsDesc.isEmpty()) {\n LOG.warn(\"No tables found for the given pattern: \" + pattern);\n return null;\n }\n\n List<Metadata> metadataList = new ArrayList<>();\n\n if (tblsDesc.size() > 1) {\n ignoreErrors = true;\n }\n\n for (Metadata.Item tblDesc : tblsDesc) {\n try {\n Metadata metadata = new Metadata(tblDesc);\n Table tbl = hiveClientWrapper.getHiveTable(client, tblDesc);\n hiveClientWrapper.getSchema(tbl, metadata);\n boolean hasComplexTypes = hiveClientWrapper.hasComplexTypes(metadata);\n metadataList.add(metadata);\n List<Partition> tablePartitions = client.listPartitionsByFilter(tblDesc.getPath(), tblDesc.getName(), \"\", (short) -1);\n Set<OutputFormat> formats = new HashSet<>();\n //If table has partitions - find out all formats\n for (Partition tablePartition : tablePartitions) {\n String inputFormat = tablePartition.getSd().getInputFormat();\n OutputFormat outputFormat = getOutputFormat(inputFormat, hasComplexTypes);\n formats.add(outputFormat);\n }\n //If table has no partitions - get single format of table\n if (tablePartitions.size() == 0) {\n String inputFormat = tbl.getSd().getInputFormat();\n OutputFormat outputFormat = getOutputFormat(inputFormat, hasComplexTypes);\n formats.add(outputFormat);\n }\n metadata.setOutputFormats(formats);\n Map<String, String> outputParameters = new HashMap<>();\n Integer delimiterCode = hiveClientWrapper.getDelimiterCode(tbl.getSd());\n outputParameters.put(DELIM_FIELD, delimiterCode.toString());\n metadata.setOutputParameters(outputParameters);\n } catch (UnsupportedTypeException | UnsupportedOperationException e) {\n if (ignoreErrors) {\n LOG.warn(\"Metadata fetch for \" + tblDesc.toString() + \" failed. \" + e.getMessage());\n } else {\n throw e;\n }\n }\n }\n\n return metadataList;\n }",
"class_method_signature": "HiveMetadataFetcher.getMetadata(String pattern)",
"constructor": false,
"full_signature": "@Override public List<Metadata> getMetadata(String pattern)",
"identifier": "getMetadata",
"invocations": [
"extractTablesFromPattern",
"isEmpty",
"warn",
"size",
"getHiveTable",
"getSchema",
"hasComplexTypes",
"add",
"listPartitionsByFilter",
"getPath",
"getName",
"getInputFormat",
"getSd",
"getOutputFormat",
"add",
"size",
"getInputFormat",
"getSd",
"getOutputFormat",
"add",
"setOutputFormats",
"getDelimiterCode",
"getSd",
"put",
"toString",
"setOutputParameters",
"warn",
"toString",
"getMessage"
],
"modifiers": "@Override public",
"parameters": "(String pattern)",
"return": "List<Metadata>",
"signature": "List<Metadata> getMetadata(String pattern)",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_283
|
{
"fields": [
{
"declarator": "expectedException = ExpectedException.none()",
"modifier": "@Rule\n public",
"original_string": "@Rule\n public ExpectedException expectedException = ExpectedException.none();",
"type": "ExpectedException",
"var_name": "expectedException"
},
{
"declarator": "accessor",
"modifier": "private",
"original_string": "private QuotedLineBreakAccessor accessor;",
"type": "QuotedLineBreakAccessor",
"var_name": "accessor"
},
{
"declarator": "context",
"modifier": "private",
"original_string": "private RequestContext context;",
"type": "RequestContext",
"var_name": "context"
}
],
"file": "server/pxf-hdfs/src/test/java/org/greenplum/pxf/plugins/hdfs/QuotedLineBreakAccessorTest.java",
"identifier": "QuotedLineBreakAccessorTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void testReadFromSingleLineCsvFile() throws Exception {\n prepareTest(\"csv/singleline.csv\", false);\n\n OneRow oneRow = accessor.readNextObject();\n assertNotNull(oneRow);\n assertEquals(\"a,b,c\", oneRow.getData());\n\n oneRow = accessor.readNextObject();\n assertNull(oneRow);\n }",
"class_method_signature": "QuotedLineBreakAccessorTest.testReadFromSingleLineCsvFile()",
"constructor": false,
"full_signature": "@Test public void testReadFromSingleLineCsvFile()",
"identifier": "testReadFromSingleLineCsvFile",
"invocations": [
"prepareTest",
"readNextObject",
"assertNotNull",
"assertEquals",
"getData",
"readNextObject",
"assertNull"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testReadFromSingleLineCsvFile()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "fileAsRow",
"modifier": "private",
"original_string": "private boolean fileAsRow;",
"type": "boolean",
"var_name": "fileAsRow"
},
{
"declarator": "firstLine",
"modifier": "private",
"original_string": "private boolean firstLine, lastLine;",
"type": "boolean",
"var_name": "firstLine"
},
{
"declarator": "reader",
"modifier": "",
"original_string": "BufferedReader reader;",
"type": "BufferedReader",
"var_name": "reader"
},
{
"declarator": "lineQueue",
"modifier": "",
"original_string": "Queue<String> lineQueue;",
"type": "Queue<String>",
"var_name": "lineQueue"
}
],
"file": "server/pxf-hdfs/src/main/java/org/greenplum/pxf/plugins/hdfs/QuotedLineBreakAccessor.java",
"identifier": "QuotedLineBreakAccessor",
"interfaces": "",
"methods": [
{
"class_method_signature": "QuotedLineBreakAccessor.initialize(RequestContext requestContext)",
"constructor": false,
"full_signature": "@Override public void initialize(RequestContext requestContext)",
"identifier": "initialize",
"modifiers": "@Override public",
"parameters": "(RequestContext requestContext)",
"return": "void",
"signature": "void initialize(RequestContext requestContext)",
"testcase": false
},
{
"class_method_signature": "QuotedLineBreakAccessor.openForRead()",
"constructor": false,
"full_signature": "@Override public boolean openForRead()",
"identifier": "openForRead",
"modifiers": "@Override public",
"parameters": "()",
"return": "boolean",
"signature": "boolean openForRead()",
"testcase": false
},
{
"class_method_signature": "QuotedLineBreakAccessor.readNextObject()",
"constructor": false,
"full_signature": "@Override public OneRow readNextObject()",
"identifier": "readNextObject",
"modifiers": "@Override public",
"parameters": "()",
"return": "OneRow",
"signature": "OneRow readNextObject()",
"testcase": false
},
{
"class_method_signature": "QuotedLineBreakAccessor.readLine()",
"constructor": false,
"full_signature": " String readLine()",
"identifier": "readLine",
"modifiers": "",
"parameters": "()",
"return": "String",
"signature": "String readLine()",
"testcase": false
},
{
"class_method_signature": "QuotedLineBreakAccessor.openForWrite()",
"constructor": false,
"full_signature": "@Override public boolean openForWrite()",
"identifier": "openForWrite",
"modifiers": "@Override public",
"parameters": "()",
"return": "boolean",
"signature": "boolean openForWrite()",
"testcase": false
},
{
"class_method_signature": "QuotedLineBreakAccessor.writeNextObject(OneRow onerow)",
"constructor": false,
"full_signature": "@Override public boolean writeNextObject(OneRow onerow)",
"identifier": "writeNextObject",
"modifiers": "@Override public",
"parameters": "(OneRow onerow)",
"return": "boolean",
"signature": "boolean writeNextObject(OneRow onerow)",
"testcase": false
},
{
"class_method_signature": "QuotedLineBreakAccessor.closeForWrite()",
"constructor": false,
"full_signature": "@Override public void closeForWrite()",
"identifier": "closeForWrite",
"modifiers": "@Override public",
"parameters": "()",
"return": "void",
"signature": "void closeForWrite()",
"testcase": false
}
],
"superclass": "extends HdfsAtomicDataAccessor"
}
|
{
"body": "@Override\n public OneRow readNextObject() throws IOException {\n if (super.readNextObject() == null) /* check if working segment */ {\n return null;\n }\n\n String nextLine = readLine();\n if (nextLine == null) /* EOF */ {\n return null;\n }\n\n if (fileAsRow) {\n // Wrap text around quotes, and escape single quotes\n nextLine = context.getGreenplumCSV().toCsvField(nextLine, firstLine, lastLine);\n firstLine = false;\n }\n\n return new OneRow(null, nextLine);\n }",
"class_method_signature": "QuotedLineBreakAccessor.readNextObject()",
"constructor": false,
"full_signature": "@Override public OneRow readNextObject()",
"identifier": "readNextObject",
"invocations": [
"readNextObject",
"readLine",
"toCsvField",
"getGreenplumCSV"
],
"modifiers": "@Override public",
"parameters": "()",
"return": "OneRow",
"signature": "OneRow readNextObject()",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_407
|
{
"fields": [
{
"declarator": "thrown = ExpectedException.none()",
"modifier": "@Rule\n public",
"original_string": "@Rule\n public ExpectedException thrown = ExpectedException.none();",
"type": "ExpectedException",
"var_name": "thrown"
}
],
"file": "server/pxf-s3/src/test/java/org/greenplum/pxf/plugins/s3/S3SelectAccessorTest.java",
"identifier": "S3SelectAccessorTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void testRecordDelimiter() {\n RequestContext context = getDefaultRequestContext();\n context.addOption(\"NEWLINE\", \"\\n\");\n InputSerialization inputSerialization =\n new S3SelectAccessor().getInputSerialization(context);\n assertEquals('\\n', inputSerialization.getCsv().getRecordDelimiter().charValue());\n }",
"class_method_signature": "S3SelectAccessorTest.testRecordDelimiter()",
"constructor": false,
"full_signature": "@Test public void testRecordDelimiter()",
"identifier": "testRecordDelimiter",
"invocations": [
"getDefaultRequestContext",
"addOption",
"getInputSerialization",
"assertEquals",
"charValue",
"getRecordDelimiter",
"getCsv"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testRecordDelimiter()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "COMPRESSION_TYPE = \"COMPRESSION_CODEC\"",
"modifier": "public static final",
"original_string": "public static final String COMPRESSION_TYPE = \"COMPRESSION_CODEC\";",
"type": "String",
"var_name": "COMPRESSION_TYPE"
},
{
"declarator": "FILE_HEADER_INFO = \"FILE_HEADER\"",
"modifier": "public static final",
"original_string": "public static final String FILE_HEADER_INFO = \"FILE_HEADER\";",
"type": "String",
"var_name": "FILE_HEADER_INFO"
},
{
"declarator": "FILE_HEADER_INFO_NONE = \"NONE\"",
"modifier": "public static final",
"original_string": "public static final String FILE_HEADER_INFO_NONE = \"NONE\";",
"type": "String",
"var_name": "FILE_HEADER_INFO_NONE"
},
{
"declarator": "FILE_HEADER_INFO_IGNORE = \"IGNORE\"",
"modifier": "public static final",
"original_string": "public static final String FILE_HEADER_INFO_IGNORE = \"IGNORE\";",
"type": "String",
"var_name": "FILE_HEADER_INFO_IGNORE"
},
{
"declarator": "FILE_HEADER_INFO_USE = \"USE\"",
"modifier": "public static final",
"original_string": "public static final String FILE_HEADER_INFO_USE = \"USE\";",
"type": "String",
"var_name": "FILE_HEADER_INFO_USE"
},
{
"declarator": "JSON_TYPE = \"JSON-TYPE\"",
"modifier": "public static final",
"original_string": "public static final String JSON_TYPE = \"JSON-TYPE\";",
"type": "String",
"var_name": "JSON_TYPE"
},
{
"declarator": "isResultComplete",
"modifier": "private",
"original_string": "private AtomicBoolean isResultComplete;",
"type": "AtomicBoolean",
"var_name": "isResultComplete"
},
{
"declarator": "s3Client",
"modifier": "private",
"original_string": "private AmazonS3 s3Client;",
"type": "AmazonS3",
"var_name": "s3Client"
},
{
"declarator": "result",
"modifier": "private",
"original_string": "private SelectObjectContentResult result;",
"type": "SelectObjectContentResult",
"var_name": "result"
},
{
"declarator": "resultInputStream",
"modifier": "private",
"original_string": "private InputStream resultInputStream;",
"type": "InputStream",
"var_name": "resultInputStream"
},
{
"declarator": "reader",
"modifier": "private",
"original_string": "private BufferedReader reader;",
"type": "BufferedReader",
"var_name": "reader"
},
{
"declarator": "lineReadCount",
"modifier": "private",
"original_string": "private int lineReadCount;",
"type": "int",
"var_name": "lineReadCount"
},
{
"declarator": "name",
"modifier": "private",
"original_string": "private URI name;",
"type": "URI",
"var_name": "name"
}
],
"file": "server/pxf-s3/src/main/java/org/greenplum/pxf/plugins/s3/S3SelectAccessor.java",
"identifier": "S3SelectAccessor",
"interfaces": "implements Accessor",
"methods": [
{
"class_method_signature": "S3SelectAccessor.initialize(RequestContext requestContext)",
"constructor": false,
"full_signature": "@Override public void initialize(RequestContext requestContext)",
"identifier": "initialize",
"modifiers": "@Override public",
"parameters": "(RequestContext requestContext)",
"return": "void",
"signature": "void initialize(RequestContext requestContext)",
"testcase": false
},
{
"class_method_signature": "S3SelectAccessor.openForRead()",
"constructor": false,
"full_signature": "@Override public boolean openForRead()",
"identifier": "openForRead",
"modifiers": "@Override public",
"parameters": "()",
"return": "boolean",
"signature": "boolean openForRead()",
"testcase": false
},
{
"class_method_signature": "S3SelectAccessor.readNextObject()",
"constructor": false,
"full_signature": "@Override public OneRow readNextObject()",
"identifier": "readNextObject",
"modifiers": "@Override public",
"parameters": "()",
"return": "OneRow",
"signature": "OneRow readNextObject()",
"testcase": false
},
{
"class_method_signature": "S3SelectAccessor.closeForRead()",
"constructor": false,
"full_signature": "@Override public void closeForRead()",
"identifier": "closeForRead",
"modifiers": "@Override public",
"parameters": "()",
"return": "void",
"signature": "void closeForRead()",
"testcase": false
},
{
"class_method_signature": "S3SelectAccessor.generateBaseCSVRequest(RequestContext context)",
"constructor": false,
"full_signature": " SelectObjectContentRequest generateBaseCSVRequest(RequestContext context)",
"identifier": "generateBaseCSVRequest",
"modifiers": "",
"parameters": "(RequestContext context)",
"return": "SelectObjectContentRequest",
"signature": "SelectObjectContentRequest generateBaseCSVRequest(RequestContext context)",
"testcase": false
},
{
"class_method_signature": "S3SelectAccessor.getOutputSerialization(RequestContext context)",
"constructor": false,
"full_signature": "private OutputSerialization getOutputSerialization(RequestContext context)",
"identifier": "getOutputSerialization",
"modifiers": "private",
"parameters": "(RequestContext context)",
"return": "OutputSerialization",
"signature": "OutputSerialization getOutputSerialization(RequestContext context)",
"testcase": false
},
{
"class_method_signature": "S3SelectAccessor.getInputSerialization(RequestContext context)",
"constructor": false,
"full_signature": " InputSerialization getInputSerialization(RequestContext context)",
"identifier": "getInputSerialization",
"modifiers": "",
"parameters": "(RequestContext context)",
"return": "InputSerialization",
"signature": "InputSerialization getInputSerialization(RequestContext context)",
"testcase": false
},
{
"class_method_signature": "S3SelectAccessor.getJSONInput(RequestContext context)",
"constructor": false,
"full_signature": " JSONInput getJSONInput(RequestContext context)",
"identifier": "getJSONInput",
"modifiers": "",
"parameters": "(RequestContext context)",
"return": "JSONInput",
"signature": "JSONInput getJSONInput(RequestContext context)",
"testcase": false
},
{
"class_method_signature": "S3SelectAccessor.getCSVInput(RequestContext context)",
"constructor": false,
"full_signature": " CSVInput getCSVInput(RequestContext context)",
"identifier": "getCSVInput",
"modifiers": "",
"parameters": "(RequestContext context)",
"return": "CSVInput",
"signature": "CSVInput getCSVInput(RequestContext context)",
"testcase": false
},
{
"class_method_signature": "S3SelectAccessor.initS3Client()",
"constructor": false,
"full_signature": "private AmazonS3 initS3Client()",
"identifier": "initS3Client",
"modifiers": "private",
"parameters": "()",
"return": "AmazonS3",
"signature": "AmazonS3 initS3Client()",
"testcase": false
},
{
"class_method_signature": "S3SelectAccessor.openForWrite()",
"constructor": false,
"full_signature": "@Override public boolean openForWrite()",
"identifier": "openForWrite",
"modifiers": "@Override public",
"parameters": "()",
"return": "boolean",
"signature": "boolean openForWrite()",
"testcase": false
},
{
"class_method_signature": "S3SelectAccessor.writeNextObject(OneRow onerow)",
"constructor": false,
"full_signature": "@Override public boolean writeNextObject(OneRow onerow)",
"identifier": "writeNextObject",
"modifiers": "@Override public",
"parameters": "(OneRow onerow)",
"return": "boolean",
"signature": "boolean writeNextObject(OneRow onerow)",
"testcase": false
},
{
"class_method_signature": "S3SelectAccessor.closeForWrite()",
"constructor": false,
"full_signature": "@Override public void closeForWrite()",
"identifier": "closeForWrite",
"modifiers": "@Override public",
"parameters": "()",
"return": "void",
"signature": "void closeForWrite()",
"testcase": false
}
],
"superclass": "extends BasePlugin"
}
|
{
"body": "InputSerialization getInputSerialization(RequestContext context) {\n InputSerialization inputSerialization = new InputSerialization();\n\n // We need to infer the format name from the profile (i.e. s3:parquet\n // would return parquet for the format)\n String format = context.inferFormatName();\n String compressionType = context.getOption(COMPRESSION_TYPE);\n\n LOG.debug(\"With format {}\", format);\n if (StringUtils.equalsIgnoreCase(format, \"parquet\")) {\n inputSerialization.setParquet(new ParquetInput());\n } else if (StringUtils.equalsIgnoreCase(format, \"json\")) {\n inputSerialization.setJson(getJSONInput(context));\n } else {\n inputSerialization.setCsv(getCSVInput(context));\n }\n\n LOG.debug(\"With compression type {}\", compressionType);\n if (StringUtils.equalsIgnoreCase(compressionType, \"gzip\")) {\n inputSerialization.setCompressionType(CompressionType.GZIP);\n } else if (StringUtils.equalsIgnoreCase(compressionType, \"bzip2\")) {\n inputSerialization.setCompressionType(CompressionType.BZIP2);\n } else {\n inputSerialization.setCompressionType(CompressionType.NONE);\n }\n\n return inputSerialization;\n }",
"class_method_signature": "S3SelectAccessor.getInputSerialization(RequestContext context)",
"constructor": false,
"full_signature": " InputSerialization getInputSerialization(RequestContext context)",
"identifier": "getInputSerialization",
"invocations": [
"inferFormatName",
"getOption",
"debug",
"equalsIgnoreCase",
"setParquet",
"equalsIgnoreCase",
"setJson",
"getJSONInput",
"setCsv",
"getCSVInput",
"debug",
"equalsIgnoreCase",
"setCompressionType",
"equalsIgnoreCase",
"setCompressionType",
"setCompressionType"
],
"modifiers": "",
"parameters": "(RequestContext context)",
"return": "InputSerialization",
"signature": "InputSerialization getInputSerialization(RequestContext context)",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_112
|
{
"fields": [
{
"declarator": "serverName",
"modifier": "private",
"original_string": "private String serverName;",
"type": "String",
"var_name": "serverName"
},
{
"declarator": "configuration",
"modifier": "private",
"original_string": "private Configuration configuration;",
"type": "Configuration",
"var_name": "configuration"
},
{
"declarator": "ugi",
"modifier": "private",
"original_string": "private UserGroupInformation ugi;",
"type": "UserGroupInformation",
"var_name": "ugi"
},
{
"declarator": "subject",
"modifier": "private",
"original_string": "private Subject subject;",
"type": "Subject",
"var_name": "subject"
},
{
"declarator": "user",
"modifier": "private",
"original_string": "private User user;",
"type": "User",
"var_name": "user"
},
{
"declarator": "mockLoginContext",
"modifier": "private",
"original_string": "private LoginContext mockLoginContext, mockAnotherLoginContext;",
"type": "LoginContext",
"var_name": "mockLoginContext"
},
{
"declarator": "mockTGT",
"modifier": "private",
"original_string": "private KerberosTicket mockTGT;",
"type": "KerberosTicket",
"var_name": "mockTGT"
},
{
"declarator": "tgtPrincipal = new KerberosPrincipal(\"krbtgt/EXAMPLE.COM@EXAMPLE.COM\")",
"modifier": "private",
"original_string": "private KerberosPrincipal tgtPrincipal = new KerberosPrincipal(\"krbtgt/EXAMPLE.COM@EXAMPLE.COM\");",
"type": "KerberosPrincipal",
"var_name": "tgtPrincipal"
},
{
"declarator": "nonTgtPrincipal = new KerberosPrincipal(\"some/somewhere@EXAMPLE.COM\")",
"modifier": "private",
"original_string": "private KerberosPrincipal nonTgtPrincipal = new KerberosPrincipal(\"some/somewhere@EXAMPLE.COM\");",
"type": "KerberosPrincipal",
"var_name": "nonTgtPrincipal"
},
{
"declarator": "session",
"modifier": "private",
"original_string": "private LoginSession session;",
"type": "LoginSession",
"var_name": "session"
},
{
"declarator": "nowMs",
"modifier": "private",
"original_string": "private long nowMs;",
"type": "long",
"var_name": "nowMs"
},
{
"declarator": "expectedException = ExpectedException.none()",
"modifier": "@Rule\n public",
"original_string": "@Rule\n public ExpectedException expectedException = ExpectedException.none();",
"type": "ExpectedException",
"var_name": "expectedException"
},
{
"declarator": "PROPERTY_KEY_KERBEROS_KDC = \"java.security.krb5.kdc\"",
"modifier": "private static final",
"original_string": "private static final String PROPERTY_KEY_KERBEROS_KDC = \"java.security.krb5.kdc\";",
"type": "String",
"var_name": "PROPERTY_KEY_KERBEROS_KDC"
},
{
"declarator": "PROPERTY_KEY_KERBEROS_REALM = \"java.security.krb5.realm\"",
"modifier": "private static final",
"original_string": "private static final String PROPERTY_KEY_KERBEROS_REALM = \"java.security.krb5.realm\";",
"type": "String",
"var_name": "PROPERTY_KEY_KERBEROS_REALM"
},
{
"declarator": "kdcDefault",
"modifier": "private static",
"original_string": "private static String kdcDefault;",
"type": "String",
"var_name": "kdcDefault"
},
{
"declarator": "realmDefault",
"modifier": "private static",
"original_string": "private static String realmDefault;",
"type": "String",
"var_name": "realmDefault"
}
],
"file": "server/pxf-api/src/test/java/org/apache/hadoop/security/PxfUserGroupInformationTest.java",
"identifier": "PxfUserGroupInformationTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void testReloginFromKeytabNoValidTGT() throws Exception {\n\n assertEquals(1, subject.getPrivateCredentials().size()); // subject has 1 ticket\n\n user.setLogin(mockLoginContext);\n PowerMockito.mockStatic(KerberosUtil.class);\n when(KerberosUtil.hasKerberosKeyTab(subject)).thenReturn(true);\n when(KerberosUtil.getKrb5LoginModuleName()).thenReturn(\"com.sun.security.auth.module.Krb5LoginModule\"); // need for login\n\n when(mockTGT.getServer()).thenReturn(nonTgtPrincipal); // ticket is not from krbtgt, so not valid\n\n ugi = new UserGroupInformation(subject);\n ugi.setAuthenticationMethod(UserGroupInformation.AuthenticationMethod.KERBEROS);\n // leave user.lastLogin at 0 to simulate old login\n session = new LoginSession(\"config\", \"principal\", \"keytab\", ugi, subject, 1);\n\n // train to return another LoginContext when it is constructed during re-login\n mockAnotherLoginContext = PowerMockito.mock(LoginContext.class);\n PowerMockito.whenNew(LoginContext.class).withAnyArguments().thenReturn(mockAnotherLoginContext);\n\n PxfUserGroupInformation.reloginFromKeytab(serverName, session);\n\n assertNotSame(mockLoginContext, user.getLogin());\n assertSame(mockAnotherLoginContext, user.getLogin());\n assertTrue(user.getLastLogin() > 0); // login timestamp is updated\n\n /* subject's non-TGT ticket has been removed, in reality another one would be created by login process,\n * but we are not mocking it here.\n */\n assertTrue(subject.getPrivateCredentials().isEmpty());\n\n verify(mockLoginContext).logout();\n verify(mockAnotherLoginContext).login();\n verify(mockTGT).destroy(); // subject's non-TGT ticket has been destroyed\n }",
"class_method_signature": "PxfUserGroupInformationTest.testReloginFromKeytabNoValidTGT()",
"constructor": false,
"full_signature": "@Test public void testReloginFromKeytabNoValidTGT()",
"identifier": "testReloginFromKeytabNoValidTGT",
"invocations": [
"assertEquals",
"size",
"getPrivateCredentials",
"setLogin",
"mockStatic",
"thenReturn",
"when",
"hasKerberosKeyTab",
"thenReturn",
"when",
"getKrb5LoginModuleName",
"thenReturn",
"when",
"getServer",
"setAuthenticationMethod",
"mock",
"thenReturn",
"withAnyArguments",
"whenNew",
"reloginFromKeytab",
"assertNotSame",
"getLogin",
"assertSame",
"getLogin",
"assertTrue",
"getLastLogin",
"assertTrue",
"isEmpty",
"getPrivateCredentials",
"logout",
"verify",
"login",
"verify",
"destroy",
"verify"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testReloginFromKeytabNoValidTGT()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "LOGIN_FAILURE = \"Login failure\"",
"modifier": "private static final",
"original_string": "private static final String LOGIN_FAILURE = \"Login failure\";",
"type": "String",
"var_name": "LOGIN_FAILURE"
},
{
"declarator": "LOG = LoggerFactory.getLogger(\"org.greenplum.pxf.api.security.PxfUserGroupInformation\")",
"modifier": "private static final",
"original_string": "private static final Logger LOG = LoggerFactory.getLogger(\"org.greenplum.pxf.api.security.PxfUserGroupInformation\");",
"type": "Logger",
"var_name": "LOG"
},
{
"declarator": "MUST_FIRST_LOGIN_FROM_KEYTAB = \"loginUserFromKeyTab must be done first\"",
"modifier": "private static final",
"original_string": "private static final String MUST_FIRST_LOGIN_FROM_KEYTAB = \"loginUserFromKeyTab must be done first\";",
"type": "String",
"var_name": "MUST_FIRST_LOGIN_FROM_KEYTAB"
},
{
"declarator": "OS_LOGIN_MODULE_NAME = getOSLoginModuleName()",
"modifier": "private static final",
"original_string": "private static final String OS_LOGIN_MODULE_NAME = getOSLoginModuleName();",
"type": "String",
"var_name": "OS_LOGIN_MODULE_NAME"
},
{
"declarator": "TICKET_RENEW_WINDOW = 0.80f",
"modifier": "private static final",
"original_string": "private static final float TICKET_RENEW_WINDOW = 0.80f;",
"type": "float",
"var_name": "TICKET_RENEW_WINDOW"
},
{
"declarator": "windows = System.getProperty(\"os.name\").startsWith(\"Windows\")",
"modifier": "private static final",
"original_string": "private static final boolean windows = System.getProperty(\"os.name\").startsWith(\"Windows\");",
"type": "boolean",
"var_name": "windows"
},
{
"declarator": "is64Bit = System.getProperty(\"os.arch\").contains(\"64\") ||\n System.getProperty(\"os.arch\").contains(\"s390x\")",
"modifier": "private static final",
"original_string": "private static final boolean is64Bit = System.getProperty(\"os.arch\").contains(\"64\") ||\n System.getProperty(\"os.arch\").contains(\"s390x\");",
"type": "boolean",
"var_name": "is64Bit"
},
{
"declarator": "aix = System.getProperty(\"os.name\").equals(\"AIX\")",
"modifier": "private static final",
"original_string": "private static final boolean aix = System.getProperty(\"os.name\").equals(\"AIX\");",
"type": "boolean",
"var_name": "aix"
},
{
"declarator": "subjectProvider = () -> new Subject()",
"modifier": "static",
"original_string": "static Supplier<Subject> subjectProvider = () -> new Subject();",
"type": "Supplier<Subject>",
"var_name": "subjectProvider"
},
{
"declarator": "loginCountMap = new HashMap<>()",
"modifier": "private static final",
"original_string": "private static final Map<String, AtomicLong> loginCountMap = new HashMap<>();",
"type": "Map<String, AtomicLong>",
"var_name": "loginCountMap"
},
{
"declarator": "reloginCountMap = new HashMap<>()",
"modifier": "private static final",
"original_string": "private static final Map<String, AtomicLong> reloginCountMap = new HashMap<>();",
"type": "Map<String, AtomicLong>",
"var_name": "reloginCountMap"
}
],
"file": "server/pxf-api/src/main/java/org/apache/hadoop/security/PxfUserGroupInformation.java",
"identifier": "PxfUserGroupInformation",
"interfaces": "",
"methods": [
{
"class_method_signature": "PxfUserGroupInformation.loginUserFromKeytab(Configuration configuration, String serverName, String configDirectory, String principal, String keytabFilename)",
"constructor": false,
"full_signature": "public synchronized static LoginSession loginUserFromKeytab(Configuration configuration, String serverName, String configDirectory, String principal, String keytabFilename)",
"identifier": "loginUserFromKeytab",
"modifiers": "public synchronized static",
"parameters": "(Configuration configuration, String serverName, String configDirectory, String principal, String keytabFilename)",
"return": "LoginSession",
"signature": "LoginSession loginUserFromKeytab(Configuration configuration, String serverName, String configDirectory, String principal, String keytabFilename)",
"testcase": false
},
{
"class_method_signature": "PxfUserGroupInformation.reloginFromKeytab(String serverName, LoginSession loginSession)",
"constructor": false,
"full_signature": "public static void reloginFromKeytab(String serverName, LoginSession loginSession)",
"identifier": "reloginFromKeytab",
"modifiers": "public static",
"parameters": "(String serverName, LoginSession loginSession)",
"return": "void",
"signature": "void reloginFromKeytab(String serverName, LoginSession loginSession)",
"testcase": false
},
{
"class_method_signature": "PxfUserGroupInformation.getKerberosMinMillisBeforeRelogin(String serverName, Configuration configuration)",
"constructor": false,
"full_signature": "public static long getKerberosMinMillisBeforeRelogin(String serverName, Configuration configuration)",
"identifier": "getKerberosMinMillisBeforeRelogin",
"modifiers": "public static",
"parameters": "(String serverName, Configuration configuration)",
"return": "long",
"signature": "long getKerberosMinMillisBeforeRelogin(String serverName, Configuration configuration)",
"testcase": false
},
{
"class_method_signature": "PxfUserGroupInformation.fixKerberosTicketOrder(Subject subject)",
"constructor": false,
"full_signature": "static private void fixKerberosTicketOrder(Subject subject)",
"identifier": "fixKerberosTicketOrder",
"modifiers": "static private",
"parameters": "(Subject subject)",
"return": "void",
"signature": "void fixKerberosTicketOrder(Subject subject)",
"testcase": false
},
{
"class_method_signature": "PxfUserGroupInformation.getRefreshTime(KerberosTicket tgt)",
"constructor": false,
"full_signature": "private static long getRefreshTime(KerberosTicket tgt)",
"identifier": "getRefreshTime",
"modifiers": "private static",
"parameters": "(KerberosTicket tgt)",
"return": "long",
"signature": "long getRefreshTime(KerberosTicket tgt)",
"testcase": false
},
{
"class_method_signature": "PxfUserGroupInformation.newLoginContext(String appName, Subject subject, javax.security.auth.login.Configuration loginConf)",
"constructor": false,
"full_signature": "private static LoginContext newLoginContext(String appName, Subject subject, javax.security.auth.login.Configuration loginConf)",
"identifier": "newLoginContext",
"modifiers": "private static",
"parameters": "(String appName, Subject subject, javax.security.auth.login.Configuration loginConf)",
"return": "LoginContext",
"signature": "LoginContext newLoginContext(String appName, Subject subject, javax.security.auth.login.Configuration loginConf)",
"testcase": false
},
{
"class_method_signature": "PxfUserGroupInformation.getOSLoginModuleName()",
"constructor": false,
"full_signature": "private static String getOSLoginModuleName()",
"identifier": "getOSLoginModuleName",
"modifiers": "private static",
"parameters": "()",
"return": "String",
"signature": "String getOSLoginModuleName()",
"testcase": false
},
{
"class_method_signature": "PxfUserGroupInformation.getTGT(Subject subject)",
"constructor": false,
"full_signature": "private static synchronized KerberosTicket getTGT(Subject subject)",
"identifier": "getTGT",
"modifiers": "private static synchronized",
"parameters": "(Subject subject)",
"return": "KerberosTicket",
"signature": "KerberosTicket getTGT(Subject subject)",
"testcase": false
},
{
"class_method_signature": "PxfUserGroupInformation.hasSufficientTimeElapsed(long now, LoginSession loginSession)",
"constructor": false,
"full_signature": "private static boolean hasSufficientTimeElapsed(long now, LoginSession loginSession)",
"identifier": "hasSufficientTimeElapsed",
"modifiers": "private static",
"parameters": "(long now, LoginSession loginSession)",
"return": "boolean",
"signature": "boolean hasSufficientTimeElapsed(long now, LoginSession loginSession)",
"testcase": false
},
{
"class_method_signature": "PxfUserGroupInformation.prependFileAuthority(String keytabPath)",
"constructor": false,
"full_signature": "private static String prependFileAuthority(String keytabPath)",
"identifier": "prependFileAuthority",
"modifiers": "private static",
"parameters": "(String keytabPath)",
"return": "String",
"signature": "String prependFileAuthority(String keytabPath)",
"testcase": false
},
{
"class_method_signature": "PxfUserGroupInformation.trackEventPerServer(String serverName, Map<String, AtomicLong> map)",
"constructor": false,
"full_signature": "private static void trackEventPerServer(String serverName, Map<String, AtomicLong> map)",
"identifier": "trackEventPerServer",
"modifiers": "private static",
"parameters": "(String serverName, Map<String, AtomicLong> map)",
"return": "void",
"signature": "void trackEventPerServer(String serverName, Map<String, AtomicLong> map)",
"testcase": false
},
{
"class_method_signature": "PxfUserGroupInformation.logStatistics(String serverName)",
"constructor": false,
"full_signature": "private static void logStatistics(String serverName)",
"identifier": "logStatistics",
"modifiers": "private static",
"parameters": "(String serverName)",
"return": "void",
"signature": "void logStatistics(String serverName)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public static void reloginFromKeytab(String serverName, LoginSession loginSession) throws KerberosAuthException {\n\n UserGroupInformation ugi = loginSession.getLoginUser();\n\n if (ugi.getAuthenticationMethod() != UserGroupInformation.AuthenticationMethod.KERBEROS ||\n !ugi.isFromKeytab()) {\n LOG.error(\"Did not attempt to relogin from keytab: auth={}, fromKeyTab={}\", ugi.getAuthenticationMethod(), ugi.isFromKeytab());\n return;\n }\n\n synchronized (loginSession) {\n long now = Time.now();\n if (!hasSufficientTimeElapsed(now, loginSession)) {\n return;\n }\n\n Subject subject = loginSession.getSubject();\n KerberosTicket tgt = getTGT(subject);\n //Return if TGT is valid and is not going to expire soon.\n if (tgt != null && now < getRefreshTime(tgt)) {\n return;\n }\n\n User user = loginSession.getUser();\n LoginContext login = user.getLogin();\n String keytabFile = loginSession.getKeytabPath();\n String keytabPrincipal = loginSession.getPrincipalName();\n\n if (login == null || keytabFile == null) {\n throw new KerberosAuthException(MUST_FIRST_LOGIN_FROM_KEYTAB);\n }\n\n // register most recent relogin attempt\n user.setLastLogin(now);\n try {\n LOG.debug(\"Initiating logout for {}\", user.getName());\n synchronized (UserGroupInformation.class) {\n // clear up the kerberos state. But the tokens are not cleared! As per\n // the Java kerberos login module code, only the kerberos credentials\n // are cleared\n login.logout();\n // login and also update the subject field of this instance to\n // have the new credentials (pass it to the LoginContext constructor)\n login = newLoginContext(\n HadoopConfiguration.KEYTAB_KERBEROS_CONFIG_NAME, subject,\n new HadoopConfiguration(keytabPrincipal, keytabFile));\n LOG.info(\"Initiating re-login for {} for server {}\", keytabPrincipal, serverName);\n login.login();\n fixKerberosTicketOrder(subject);\n user.setLogin(login);\n }\n } catch (LoginException le) {\n KerberosAuthException kae = new KerberosAuthException(LOGIN_FAILURE, le);\n kae.setPrincipal(keytabPrincipal);\n kae.setKeytabFile(keytabFile);\n throw kae;\n }\n\n // Keep track of the number of relogins per server to make sure\n // we are not re-logging in too often\n trackEventPerServer(serverName, reloginCountMap);\n }\n\n logStatistics(serverName);\n }",
"class_method_signature": "PxfUserGroupInformation.reloginFromKeytab(String serverName, LoginSession loginSession)",
"constructor": false,
"full_signature": "public static void reloginFromKeytab(String serverName, LoginSession loginSession)",
"identifier": "reloginFromKeytab",
"invocations": [
"getLoginUser",
"getAuthenticationMethod",
"isFromKeytab",
"error",
"getAuthenticationMethod",
"isFromKeytab",
"now",
"hasSufficientTimeElapsed",
"getSubject",
"getTGT",
"getRefreshTime",
"getUser",
"getLogin",
"getKeytabPath",
"getPrincipalName",
"setLastLogin",
"debug",
"getName",
"logout",
"newLoginContext",
"info",
"login",
"fixKerberosTicketOrder",
"setLogin",
"setPrincipal",
"setKeytabFile",
"trackEventPerServer",
"logStatistics"
],
"modifiers": "public static",
"parameters": "(String serverName, LoginSession loginSession)",
"return": "void",
"signature": "void reloginFromKeytab(String serverName, LoginSession loginSession)",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_391
|
{
"fields": [
{
"declarator": "FILE_FRAGMENTER = \"org.greenplum.pxf.plugins.hdfs.HdfsFileFragmenter\"",
"modifier": "private static final",
"original_string": "private static final String FILE_FRAGMENTER = \"org.greenplum.pxf.plugins.hdfs.HdfsFileFragmenter\";",
"type": "String",
"var_name": "FILE_FRAGMENTER"
},
{
"declarator": "STRING_PASS_RESOLVER = \"org.greenplum.pxf.plugins.hdfs.StringPassResolver\"",
"modifier": "private static final",
"original_string": "private static final String STRING_PASS_RESOLVER = \"org.greenplum.pxf.plugins.hdfs.StringPassResolver\";",
"type": "String",
"var_name": "STRING_PASS_RESOLVER"
},
{
"declarator": "S3_ACCESSOR = S3SelectAccessor.class.getName()",
"modifier": "private static final",
"original_string": "private static final String S3_ACCESSOR = S3SelectAccessor.class.getName();",
"type": "String",
"var_name": "S3_ACCESSOR"
},
{
"declarator": "DEFAULT_ACCESSOR = \"default-accessor\"",
"modifier": "private static final",
"original_string": "private static final String DEFAULT_ACCESSOR = \"default-accessor\";",
"type": "String",
"var_name": "DEFAULT_ACCESSOR"
},
{
"declarator": "DEFAULT_RESOLVER = \"default-resolver\"",
"modifier": "private static final",
"original_string": "private static final String DEFAULT_RESOLVER = \"default-resolver\";",
"type": "String",
"var_name": "DEFAULT_RESOLVER"
},
{
"declarator": "DEFAULT_FRAGMENTER = \"default-fragmenter\"",
"modifier": "private static final",
"original_string": "private static final String DEFAULT_FRAGMENTER = \"default-fragmenter\";",
"type": "String",
"var_name": "DEFAULT_FRAGMENTER"
},
{
"declarator": "NOT_SUPPORTED = \"ERROR\"",
"modifier": "private static final",
"original_string": "private static final String NOT_SUPPORTED = \"ERROR\";",
"type": "String",
"var_name": "NOT_SUPPORTED"
},
{
"declarator": "FORMATS = {\"parquet\", \"text\", \"csv\", \"json\", \"avro\"}",
"modifier": "private static",
"original_string": "private static String[] FORMATS = {\"parquet\", \"text\", \"csv\", \"json\", \"avro\"};",
"type": "String[]",
"var_name": "FORMATS"
},
{
"declarator": "EXPECTED_RESOLVER_TEXT_ON = {STRING_PASS_RESOLVER, STRING_PASS_RESOLVER, STRING_PASS_RESOLVER, STRING_PASS_RESOLVER, NOT_SUPPORTED}",
"modifier": "private static",
"original_string": "private static String[] EXPECTED_RESOLVER_TEXT_ON = {STRING_PASS_RESOLVER, STRING_PASS_RESOLVER, STRING_PASS_RESOLVER, STRING_PASS_RESOLVER, NOT_SUPPORTED};",
"type": "String[]",
"var_name": "EXPECTED_RESOLVER_TEXT_ON"
},
{
"declarator": "EXPECTED_RESOLVER_TEXT_AUTO_BENEFIT = {STRING_PASS_RESOLVER, STRING_PASS_RESOLVER, STRING_PASS_RESOLVER, STRING_PASS_RESOLVER, DEFAULT_RESOLVER}",
"modifier": "private static",
"original_string": "private static String[] EXPECTED_RESOLVER_TEXT_AUTO_BENEFIT = {STRING_PASS_RESOLVER, STRING_PASS_RESOLVER, STRING_PASS_RESOLVER, STRING_PASS_RESOLVER, DEFAULT_RESOLVER};",
"type": "String[]",
"var_name": "EXPECTED_RESOLVER_TEXT_AUTO_BENEFIT"
},
{
"declarator": "EXPECTED_RESOLVER_TEXT_AUTO_NO_BENEFIT = {DEFAULT_RESOLVER, DEFAULT_RESOLVER, DEFAULT_RESOLVER, STRING_PASS_RESOLVER, DEFAULT_RESOLVER}",
"modifier": "private static",
"original_string": "private static String[] EXPECTED_RESOLVER_TEXT_AUTO_NO_BENEFIT = {DEFAULT_RESOLVER, DEFAULT_RESOLVER, DEFAULT_RESOLVER, STRING_PASS_RESOLVER, DEFAULT_RESOLVER};",
"type": "String[]",
"var_name": "EXPECTED_RESOLVER_TEXT_AUTO_NO_BENEFIT"
},
{
"declarator": "EXPECTED_RESOLVER_TEXT_OFF = {DEFAULT_RESOLVER, DEFAULT_RESOLVER, DEFAULT_RESOLVER, DEFAULT_RESOLVER, DEFAULT_RESOLVER}",
"modifier": "private static",
"original_string": "private static String[] EXPECTED_RESOLVER_TEXT_OFF = {DEFAULT_RESOLVER, DEFAULT_RESOLVER, DEFAULT_RESOLVER, DEFAULT_RESOLVER, DEFAULT_RESOLVER};",
"type": "String[]",
"var_name": "EXPECTED_RESOLVER_TEXT_OFF"
},
{
"declarator": "EXPECTED_RESOLVER_GPDB_WRITABLE_ON = {NOT_SUPPORTED, NOT_SUPPORTED, NOT_SUPPORTED, NOT_SUPPORTED, NOT_SUPPORTED}",
"modifier": "private static",
"original_string": "private static String[] EXPECTED_RESOLVER_GPDB_WRITABLE_ON = {NOT_SUPPORTED, NOT_SUPPORTED, NOT_SUPPORTED, NOT_SUPPORTED, NOT_SUPPORTED};",
"type": "String[]",
"var_name": "EXPECTED_RESOLVER_GPDB_WRITABLE_ON"
},
{
"declarator": "EXPECTED_RESOLVER_GPDB_WRITABLE_AUTO = {DEFAULT_RESOLVER, NOT_SUPPORTED, NOT_SUPPORTED, DEFAULT_RESOLVER, DEFAULT_RESOLVER}",
"modifier": "private static",
"original_string": "private static String[] EXPECTED_RESOLVER_GPDB_WRITABLE_AUTO = {DEFAULT_RESOLVER, NOT_SUPPORTED, NOT_SUPPORTED, DEFAULT_RESOLVER, DEFAULT_RESOLVER};",
"type": "String[]",
"var_name": "EXPECTED_RESOLVER_GPDB_WRITABLE_AUTO"
},
{
"declarator": "EXPECTED_RESOLVER_GPDB_WRITABLE_OFF = {DEFAULT_RESOLVER, DEFAULT_RESOLVER, DEFAULT_RESOLVER, DEFAULT_RESOLVER, DEFAULT_RESOLVER}",
"modifier": "private static",
"original_string": "private static String[] EXPECTED_RESOLVER_GPDB_WRITABLE_OFF = {DEFAULT_RESOLVER, DEFAULT_RESOLVER, DEFAULT_RESOLVER, DEFAULT_RESOLVER, DEFAULT_RESOLVER};",
"type": "String[]",
"var_name": "EXPECTED_RESOLVER_GPDB_WRITABLE_OFF"
},
{
"declarator": "EXPECTED_FRAGMENTER_TEXT_ON = {FILE_FRAGMENTER, FILE_FRAGMENTER, FILE_FRAGMENTER, FILE_FRAGMENTER, NOT_SUPPORTED}",
"modifier": "private static",
"original_string": "private static String[] EXPECTED_FRAGMENTER_TEXT_ON = {FILE_FRAGMENTER, FILE_FRAGMENTER, FILE_FRAGMENTER, FILE_FRAGMENTER, NOT_SUPPORTED};",
"type": "String[]",
"var_name": "EXPECTED_FRAGMENTER_TEXT_ON"
},
{
"declarator": "EXPECTED_FRAGMENTER_TEXT_AUTO_BENEFIT = {FILE_FRAGMENTER, FILE_FRAGMENTER, FILE_FRAGMENTER, FILE_FRAGMENTER, DEFAULT_FRAGMENTER}",
"modifier": "private static",
"original_string": "private static String[] EXPECTED_FRAGMENTER_TEXT_AUTO_BENEFIT = {FILE_FRAGMENTER, FILE_FRAGMENTER, FILE_FRAGMENTER, FILE_FRAGMENTER, DEFAULT_FRAGMENTER};",
"type": "String[]",
"var_name": "EXPECTED_FRAGMENTER_TEXT_AUTO_BENEFIT"
},
{
"declarator": "EXPECTED_FRAGMENTER_TEXT_AUTO_NO_BENEFIT = {DEFAULT_FRAGMENTER, DEFAULT_FRAGMENTER, DEFAULT_FRAGMENTER, FILE_FRAGMENTER, DEFAULT_FRAGMENTER}",
"modifier": "private static",
"original_string": "private static String[] EXPECTED_FRAGMENTER_TEXT_AUTO_NO_BENEFIT = {DEFAULT_FRAGMENTER, DEFAULT_FRAGMENTER, DEFAULT_FRAGMENTER, FILE_FRAGMENTER, DEFAULT_FRAGMENTER};",
"type": "String[]",
"var_name": "EXPECTED_FRAGMENTER_TEXT_AUTO_NO_BENEFIT"
},
{
"declarator": "EXPECTED_FRAGMENTER_TEXT_OFF = {DEFAULT_FRAGMENTER, DEFAULT_FRAGMENTER, DEFAULT_FRAGMENTER, DEFAULT_FRAGMENTER, DEFAULT_FRAGMENTER}",
"modifier": "private static",
"original_string": "private static String[] EXPECTED_FRAGMENTER_TEXT_OFF = {DEFAULT_FRAGMENTER, DEFAULT_FRAGMENTER, DEFAULT_FRAGMENTER, DEFAULT_FRAGMENTER, DEFAULT_FRAGMENTER};",
"type": "String[]",
"var_name": "EXPECTED_FRAGMENTER_TEXT_OFF"
},
{
"declarator": "EXPECTED_FRAGMENTER_GPDB_WRITABLE_ON = {NOT_SUPPORTED, NOT_SUPPORTED, NOT_SUPPORTED, NOT_SUPPORTED, NOT_SUPPORTED}",
"modifier": "private static",
"original_string": "private static String[] EXPECTED_FRAGMENTER_GPDB_WRITABLE_ON = {NOT_SUPPORTED, NOT_SUPPORTED, NOT_SUPPORTED, NOT_SUPPORTED, NOT_SUPPORTED};",
"type": "String[]",
"var_name": "EXPECTED_FRAGMENTER_GPDB_WRITABLE_ON"
},
{
"declarator": "EXPECTED_FRAGMENTER_GPDB_WRITABLE_AUTO = {DEFAULT_FRAGMENTER, NOT_SUPPORTED, NOT_SUPPORTED, DEFAULT_FRAGMENTER, DEFAULT_FRAGMENTER}",
"modifier": "private static",
"original_string": "private static String[] EXPECTED_FRAGMENTER_GPDB_WRITABLE_AUTO = {DEFAULT_FRAGMENTER, NOT_SUPPORTED, NOT_SUPPORTED, DEFAULT_FRAGMENTER, DEFAULT_FRAGMENTER};",
"type": "String[]",
"var_name": "EXPECTED_FRAGMENTER_GPDB_WRITABLE_AUTO"
},
{
"declarator": "EXPECTED_FRAGMENTER_GPDB_WRITABLE_OFF = {DEFAULT_FRAGMENTER, DEFAULT_FRAGMENTER, DEFAULT_FRAGMENTER, DEFAULT_FRAGMENTER, DEFAULT_FRAGMENTER}",
"modifier": "private static",
"original_string": "private static String[] EXPECTED_FRAGMENTER_GPDB_WRITABLE_OFF = {DEFAULT_FRAGMENTER, DEFAULT_FRAGMENTER, DEFAULT_FRAGMENTER, DEFAULT_FRAGMENTER, DEFAULT_FRAGMENTER};",
"type": "String[]",
"var_name": "EXPECTED_FRAGMENTER_GPDB_WRITABLE_OFF"
},
{
"declarator": "EXPECTED_ACCESSOR_TEXT_ON = {S3_ACCESSOR, S3_ACCESSOR, S3_ACCESSOR, S3_ACCESSOR, NOT_SUPPORTED}",
"modifier": "private static",
"original_string": "private static String[] EXPECTED_ACCESSOR_TEXT_ON = {S3_ACCESSOR, S3_ACCESSOR, S3_ACCESSOR, S3_ACCESSOR, NOT_SUPPORTED};",
"type": "String[]",
"var_name": "EXPECTED_ACCESSOR_TEXT_ON"
},
{
"declarator": "EXPECTED_ACCESSOR_TEXT_AUTO_BENEFIT = {S3_ACCESSOR, S3_ACCESSOR, S3_ACCESSOR, S3_ACCESSOR, DEFAULT_ACCESSOR}",
"modifier": "private static",
"original_string": "private static String[] EXPECTED_ACCESSOR_TEXT_AUTO_BENEFIT = {S3_ACCESSOR, S3_ACCESSOR, S3_ACCESSOR, S3_ACCESSOR, DEFAULT_ACCESSOR};",
"type": "String[]",
"var_name": "EXPECTED_ACCESSOR_TEXT_AUTO_BENEFIT"
},
{
"declarator": "EXPECTED_ACCESSOR_TEXT_AUTO_NO_BENEFIT = {DEFAULT_ACCESSOR, DEFAULT_ACCESSOR, DEFAULT_ACCESSOR, S3_ACCESSOR, DEFAULT_ACCESSOR}",
"modifier": "private static",
"original_string": "private static String[] EXPECTED_ACCESSOR_TEXT_AUTO_NO_BENEFIT = {DEFAULT_ACCESSOR, DEFAULT_ACCESSOR, DEFAULT_ACCESSOR, S3_ACCESSOR, DEFAULT_ACCESSOR};",
"type": "String[]",
"var_name": "EXPECTED_ACCESSOR_TEXT_AUTO_NO_BENEFIT"
},
{
"declarator": "EXPECTED_ACCESSOR_TEXT_OFF = {DEFAULT_ACCESSOR, DEFAULT_ACCESSOR, DEFAULT_ACCESSOR, DEFAULT_ACCESSOR, DEFAULT_ACCESSOR}",
"modifier": "private static",
"original_string": "private static String[] EXPECTED_ACCESSOR_TEXT_OFF = {DEFAULT_ACCESSOR, DEFAULT_ACCESSOR, DEFAULT_ACCESSOR, DEFAULT_ACCESSOR, DEFAULT_ACCESSOR};",
"type": "String[]",
"var_name": "EXPECTED_ACCESSOR_TEXT_OFF"
},
{
"declarator": "EXPECTED_ACCESSOR_GPDB_WRITABLE_ON = {NOT_SUPPORTED, NOT_SUPPORTED, NOT_SUPPORTED, NOT_SUPPORTED, NOT_SUPPORTED}",
"modifier": "private static",
"original_string": "private static String[] EXPECTED_ACCESSOR_GPDB_WRITABLE_ON = {NOT_SUPPORTED, NOT_SUPPORTED, NOT_SUPPORTED, NOT_SUPPORTED, NOT_SUPPORTED};",
"type": "String[]",
"var_name": "EXPECTED_ACCESSOR_GPDB_WRITABLE_ON"
},
{
"declarator": "EXPECTED_ACCESSOR_GPDB_WRITABLE_AUTO = {DEFAULT_ACCESSOR, NOT_SUPPORTED, NOT_SUPPORTED, DEFAULT_ACCESSOR, DEFAULT_ACCESSOR}",
"modifier": "private static",
"original_string": "private static String[] EXPECTED_ACCESSOR_GPDB_WRITABLE_AUTO = {DEFAULT_ACCESSOR, NOT_SUPPORTED, NOT_SUPPORTED, DEFAULT_ACCESSOR, DEFAULT_ACCESSOR};",
"type": "String[]",
"var_name": "EXPECTED_ACCESSOR_GPDB_WRITABLE_AUTO"
},
{
"declarator": "EXPECTED_ACCESSOR_GPDB_WRITABLE_OFF = {DEFAULT_ACCESSOR, DEFAULT_ACCESSOR, DEFAULT_ACCESSOR, DEFAULT_ACCESSOR, DEFAULT_ACCESSOR}",
"modifier": "private static",
"original_string": "private static String[] EXPECTED_ACCESSOR_GPDB_WRITABLE_OFF = {DEFAULT_ACCESSOR, DEFAULT_ACCESSOR, DEFAULT_ACCESSOR, DEFAULT_ACCESSOR, DEFAULT_ACCESSOR};",
"type": "String[]",
"var_name": "EXPECTED_ACCESSOR_GPDB_WRITABLE_OFF"
},
{
"declarator": "EXPECTED_ACCESSOR_TEXT_AUTO_NO_BENEFIT_HAS_FORMAT_OPTIONS = {DEFAULT_ACCESSOR, DEFAULT_ACCESSOR, DEFAULT_ACCESSOR, S3_ACCESSOR, DEFAULT_ACCESSOR}",
"modifier": "private static",
"original_string": "private static String[] EXPECTED_ACCESSOR_TEXT_AUTO_NO_BENEFIT_HAS_FORMAT_OPTIONS = {DEFAULT_ACCESSOR, DEFAULT_ACCESSOR, DEFAULT_ACCESSOR, S3_ACCESSOR, DEFAULT_ACCESSOR};",
"type": "String[]",
"var_name": "EXPECTED_ACCESSOR_TEXT_AUTO_NO_BENEFIT_HAS_FORMAT_OPTIONS"
},
{
"declarator": "EXPECTED_RESOLVER_TEXT_AUTO_NO_BENEFIT_HAS_FORMAT_OPTIONS = {DEFAULT_RESOLVER, DEFAULT_RESOLVER, DEFAULT_RESOLVER, STRING_PASS_RESOLVER, DEFAULT_RESOLVER}",
"modifier": "private static",
"original_string": "private static String[] EXPECTED_RESOLVER_TEXT_AUTO_NO_BENEFIT_HAS_FORMAT_OPTIONS = {DEFAULT_RESOLVER, DEFAULT_RESOLVER, DEFAULT_RESOLVER, STRING_PASS_RESOLVER, DEFAULT_RESOLVER};",
"type": "String[]",
"var_name": "EXPECTED_RESOLVER_TEXT_AUTO_NO_BENEFIT_HAS_FORMAT_OPTIONS"
},
{
"declarator": "EXPECTED_FRAGMENTER_TEXT_AUTO_NO_BENEFIT_HAS_FORMAT_OPTIONS = {DEFAULT_FRAGMENTER, DEFAULT_FRAGMENTER, DEFAULT_FRAGMENTER, FILE_FRAGMENTER, DEFAULT_FRAGMENTER}",
"modifier": "private static",
"original_string": "private static String[] EXPECTED_FRAGMENTER_TEXT_AUTO_NO_BENEFIT_HAS_FORMAT_OPTIONS = {DEFAULT_FRAGMENTER, DEFAULT_FRAGMENTER, DEFAULT_FRAGMENTER, FILE_FRAGMENTER, DEFAULT_FRAGMENTER};",
"type": "String[]",
"var_name": "EXPECTED_FRAGMENTER_TEXT_AUTO_NO_BENEFIT_HAS_FORMAT_OPTIONS"
},
{
"declarator": "EXPECTED_ACCESSOR_TEXT_AUTO_NO_BENEFIT_HAS_HEADER = {DEFAULT_ACCESSOR, S3_ACCESSOR, S3_ACCESSOR, S3_ACCESSOR, DEFAULT_ACCESSOR}",
"modifier": "private static",
"original_string": "private static String[] EXPECTED_ACCESSOR_TEXT_AUTO_NO_BENEFIT_HAS_HEADER = {DEFAULT_ACCESSOR, S3_ACCESSOR, S3_ACCESSOR, S3_ACCESSOR, DEFAULT_ACCESSOR};",
"type": "String[]",
"var_name": "EXPECTED_ACCESSOR_TEXT_AUTO_NO_BENEFIT_HAS_HEADER"
},
{
"declarator": "EXPECTED_RESOLVER_TEXT_AUTO_NO_BENEFIT_HAS_HEADER = {DEFAULT_RESOLVER, STRING_PASS_RESOLVER, STRING_PASS_RESOLVER, STRING_PASS_RESOLVER, DEFAULT_RESOLVER}",
"modifier": "private static",
"original_string": "private static String[] EXPECTED_RESOLVER_TEXT_AUTO_NO_BENEFIT_HAS_HEADER = {DEFAULT_RESOLVER, STRING_PASS_RESOLVER, STRING_PASS_RESOLVER, STRING_PASS_RESOLVER, DEFAULT_RESOLVER};",
"type": "String[]",
"var_name": "EXPECTED_RESOLVER_TEXT_AUTO_NO_BENEFIT_HAS_HEADER"
},
{
"declarator": "EXPECTED_FRAGMENTER_TEXT_AUTO_NO_BENEFIT_HAS_HEADER = {DEFAULT_FRAGMENTER, FILE_FRAGMENTER, FILE_FRAGMENTER, FILE_FRAGMENTER, DEFAULT_FRAGMENTER}",
"modifier": "private static",
"original_string": "private static String[] EXPECTED_FRAGMENTER_TEXT_AUTO_NO_BENEFIT_HAS_HEADER = {DEFAULT_FRAGMENTER, FILE_FRAGMENTER, FILE_FRAGMENTER, FILE_FRAGMENTER, DEFAULT_FRAGMENTER};",
"type": "String[]",
"var_name": "EXPECTED_FRAGMENTER_TEXT_AUTO_NO_BENEFIT_HAS_HEADER"
},
{
"declarator": "handler",
"modifier": "private",
"original_string": "private S3ProtocolHandler handler;",
"type": "S3ProtocolHandler",
"var_name": "handler"
},
{
"declarator": "context",
"modifier": "private",
"original_string": "private RequestContext context;",
"type": "RequestContext",
"var_name": "context"
},
{
"declarator": "thrown = ExpectedException.none()",
"modifier": "@Rule\n public",
"original_string": "@Rule\n public ExpectedException thrown = ExpectedException.none();",
"type": "ExpectedException",
"var_name": "thrown"
}
],
"file": "server/pxf-s3/src/test/java/org/greenplum/pxf/plugins/s3/S3ProtocolHandlerTest.java",
"identifier": "S3ProtocolHandlerTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void testTextSelectOptionMissing() {\n context.setFormat(\"CSV\");\n context.setOutputFormat(OutputFormat.TEXT);\n assertEquals(\"default-accessor\", handler.getAccessorClassName(context));\n }",
"class_method_signature": "S3ProtocolHandlerTest.testTextSelectOptionMissing()",
"constructor": false,
"full_signature": "@Test public void testTextSelectOptionMissing()",
"identifier": "testTextSelectOptionMissing",
"invocations": [
"setFormat",
"setOutputFormat",
"assertEquals",
"getAccessorClassName"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testTextSelectOptionMissing()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "S3_SELECT_OPTION = \"S3_SELECT\"",
"modifier": "public static final",
"original_string": "public static final String S3_SELECT_OPTION = \"S3_SELECT\";",
"type": "String",
"var_name": "S3_SELECT_OPTION"
},
{
"declarator": "LOG = LoggerFactory.getLogger(S3ProtocolHandler.class)",
"modifier": "private static final",
"original_string": "private static final Logger LOG = LoggerFactory.getLogger(S3ProtocolHandler.class);",
"type": "Logger",
"var_name": "LOG"
},
{
"declarator": "SUPPORTED_FORMATS = Sets.newHashSet(\"TEXT\", \"CSV\", \"PARQUET\", \"JSON\")",
"modifier": "private static final",
"original_string": "private static final Set<String> SUPPORTED_FORMATS = Sets.newHashSet(\"TEXT\", \"CSV\", \"PARQUET\", \"JSON\");",
"type": "Set<String>",
"var_name": "SUPPORTED_FORMATS"
},
{
"declarator": "SUPPORTED_COMPRESSION_TYPE_FOR_TEXT = Sets.newHashSet(\"GZIP\", \"BZIP2\")",
"modifier": "private static final",
"original_string": "private static final Set<String> SUPPORTED_COMPRESSION_TYPE_FOR_TEXT = Sets.newHashSet(\"GZIP\", \"BZIP2\");",
"type": "Set<String>",
"var_name": "SUPPORTED_COMPRESSION_TYPE_FOR_TEXT"
},
{
"declarator": "SUPPORTED_COMPRESSION_TYPE_FOR_PARQUET = Sets.newHashSet(\"GZIP\", \"SNAPPY\")",
"modifier": "private static final",
"original_string": "private static final Set<String> SUPPORTED_COMPRESSION_TYPE_FOR_PARQUET = Sets.newHashSet(\"GZIP\", \"SNAPPY\");",
"type": "Set<String>",
"var_name": "SUPPORTED_COMPRESSION_TYPE_FOR_PARQUET"
},
{
"declarator": "SUPPORTED_COMPRESSION_TYPES =\n Collections.unmodifiableMap(new HashMap<String, Set<String>>() {{\n put(\"TEXT\", SUPPORTED_COMPRESSION_TYPE_FOR_TEXT);\n put(\"CSV\", SUPPORTED_COMPRESSION_TYPE_FOR_TEXT);\n put(\"JSON\", SUPPORTED_COMPRESSION_TYPE_FOR_TEXT);\n put(\"PARQUET\", SUPPORTED_COMPRESSION_TYPE_FOR_PARQUET);\n }})",
"modifier": "private static final",
"original_string": "private static final Map<String, Set<String>> SUPPORTED_COMPRESSION_TYPES =\n Collections.unmodifiableMap(new HashMap<String, Set<String>>() {{\n put(\"TEXT\", SUPPORTED_COMPRESSION_TYPE_FOR_TEXT);\n put(\"CSV\", SUPPORTED_COMPRESSION_TYPE_FOR_TEXT);\n put(\"JSON\", SUPPORTED_COMPRESSION_TYPE_FOR_TEXT);\n put(\"PARQUET\", SUPPORTED_COMPRESSION_TYPE_FOR_PARQUET);\n }});",
"type": "Map<String, Set<String>>",
"var_name": "SUPPORTED_COMPRESSION_TYPES"
},
{
"declarator": "SUPPORT_MATRIX = Sets.newHashSet(\n new SupportMatrixEntry(\"PARQUET\", OutputFormat.TEXT, S3Mode.ON),\n new SupportMatrixEntry(\"TEXT\", OutputFormat.TEXT, S3Mode.ON),\n new SupportMatrixEntry(\"CSV\", OutputFormat.TEXT, S3Mode.ON),\n new SupportMatrixEntry(\"JSON\", OutputFormat.TEXT, S3Mode.ON),\n new SupportMatrixEntry(\"PARQUET\", OutputFormat.TEXT, S3Mode.OFF),\n new SupportMatrixEntry(\"TEXT\", OutputFormat.TEXT, S3Mode.OFF),\n new SupportMatrixEntry(\"CSV\", OutputFormat.TEXT, S3Mode.OFF),\n new SupportMatrixEntry(\"PARQUET\", OutputFormat.GPDBWritable, S3Mode.OFF),\n new SupportMatrixEntry(\"JSON\", OutputFormat.GPDBWritable, S3Mode.OFF)\n )",
"modifier": "private static final",
"original_string": "private static final Set<SupportMatrixEntry> SUPPORT_MATRIX = Sets.newHashSet(\n new SupportMatrixEntry(\"PARQUET\", OutputFormat.TEXT, S3Mode.ON),\n new SupportMatrixEntry(\"TEXT\", OutputFormat.TEXT, S3Mode.ON),\n new SupportMatrixEntry(\"CSV\", OutputFormat.TEXT, S3Mode.ON),\n new SupportMatrixEntry(\"JSON\", OutputFormat.TEXT, S3Mode.ON),\n new SupportMatrixEntry(\"PARQUET\", OutputFormat.TEXT, S3Mode.OFF),\n new SupportMatrixEntry(\"TEXT\", OutputFormat.TEXT, S3Mode.OFF),\n new SupportMatrixEntry(\"CSV\", OutputFormat.TEXT, S3Mode.OFF),\n new SupportMatrixEntry(\"PARQUET\", OutputFormat.GPDBWritable, S3Mode.OFF),\n new SupportMatrixEntry(\"JSON\", OutputFormat.GPDBWritable, S3Mode.OFF)\n );",
"type": "Set<SupportMatrixEntry>",
"var_name": "SUPPORT_MATRIX"
},
{
"declarator": "STRING_PASS_RESOLVER = \"org.greenplum.pxf.plugins.hdfs.StringPassResolver\"",
"modifier": "private static final",
"original_string": "private static final String STRING_PASS_RESOLVER = \"org.greenplum.pxf.plugins.hdfs.StringPassResolver\";",
"type": "String",
"var_name": "STRING_PASS_RESOLVER"
},
{
"declarator": "HCFS_FILE_FRAGMENTER = \"org.greenplum.pxf.plugins.hdfs.HdfsFileFragmenter\"",
"modifier": "private static final",
"original_string": "private static final String HCFS_FILE_FRAGMENTER = \"org.greenplum.pxf.plugins.hdfs.HdfsFileFragmenter\";",
"type": "String",
"var_name": "HCFS_FILE_FRAGMENTER"
}
],
"file": "server/pxf-s3/src/main/java/org/greenplum/pxf/plugins/s3/S3ProtocolHandler.java",
"identifier": "S3ProtocolHandler",
"interfaces": "implements ProtocolHandler",
"methods": [
{
"class_method_signature": "S3ProtocolHandler.getFragmenterClassName(RequestContext context)",
"constructor": false,
"full_signature": "@Override public String getFragmenterClassName(RequestContext context)",
"identifier": "getFragmenterClassName",
"modifiers": "@Override public",
"parameters": "(RequestContext context)",
"return": "String",
"signature": "String getFragmenterClassName(RequestContext context)",
"testcase": false
},
{
"class_method_signature": "S3ProtocolHandler.getAccessorClassName(RequestContext context)",
"constructor": false,
"full_signature": "@Override public String getAccessorClassName(RequestContext context)",
"identifier": "getAccessorClassName",
"modifiers": "@Override public",
"parameters": "(RequestContext context)",
"return": "String",
"signature": "String getAccessorClassName(RequestContext context)",
"testcase": false
},
{
"class_method_signature": "S3ProtocolHandler.getResolverClassName(RequestContext context)",
"constructor": false,
"full_signature": "@Override public String getResolverClassName(RequestContext context)",
"identifier": "getResolverClassName",
"modifiers": "@Override public",
"parameters": "(RequestContext context)",
"return": "String",
"signature": "String getResolverClassName(RequestContext context)",
"testcase": false
},
{
"class_method_signature": "S3ProtocolHandler.useS3Select(RequestContext context)",
"constructor": false,
"full_signature": "private boolean useS3Select(RequestContext context)",
"identifier": "useS3Select",
"modifiers": "private",
"parameters": "(RequestContext context)",
"return": "boolean",
"signature": "boolean useS3Select(RequestContext context)",
"testcase": false
},
{
"class_method_signature": "S3ProtocolHandler.fileHasHeaderLine(String format, RequestContext context)",
"constructor": false,
"full_signature": "private boolean fileHasHeaderLine(String format, RequestContext context)",
"identifier": "fileHasHeaderLine",
"modifiers": "private",
"parameters": "(String format, RequestContext context)",
"return": "boolean",
"signature": "boolean fileHasHeaderLine(String format, RequestContext context)",
"testcase": false
},
{
"class_method_signature": "S3ProtocolHandler.willBenefitFromSelect(RequestContext context)",
"constructor": false,
"full_signature": "private boolean willBenefitFromSelect(RequestContext context)",
"identifier": "willBenefitFromSelect",
"modifiers": "private",
"parameters": "(RequestContext context)",
"return": "boolean",
"signature": "boolean willBenefitFromSelect(RequestContext context)",
"testcase": false
},
{
"class_method_signature": "S3ProtocolHandler.formatSupported(OutputFormat outputFormat, String format, S3Mode selectMode, boolean raiseException)",
"constructor": false,
"full_signature": "private boolean formatSupported(OutputFormat outputFormat, String format, S3Mode selectMode, boolean raiseException)",
"identifier": "formatSupported",
"modifiers": "private",
"parameters": "(OutputFormat outputFormat, String format, S3Mode selectMode, boolean raiseException)",
"return": "boolean",
"signature": "boolean formatSupported(OutputFormat outputFormat, String format, S3Mode selectMode, boolean raiseException)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "@Override\n public String getAccessorClassName(RequestContext context) {\n String accessor = context.getAccessor(); // default to accessor defined by the profile\n if (useS3Select(context)) {\n accessor = S3SelectAccessor.class.getName();\n }\n LOG.debug(\"Determined to use {} accessor\", accessor);\n return accessor;\n }",
"class_method_signature": "S3ProtocolHandler.getAccessorClassName(RequestContext context)",
"constructor": false,
"full_signature": "@Override public String getAccessorClassName(RequestContext context)",
"identifier": "getAccessorClassName",
"invocations": [
"getAccessor",
"useS3Select",
"getName",
"debug"
],
"modifiers": "@Override public",
"parameters": "(RequestContext context)",
"return": "String",
"signature": "String getAccessorClassName(RequestContext context)",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_411
|
{
"fields": [
{
"declarator": "thrown = ExpectedException.none()",
"modifier": "@Rule\n public",
"original_string": "@Rule\n public ExpectedException thrown = ExpectedException.none();",
"type": "ExpectedException",
"var_name": "thrown"
}
],
"file": "server/pxf-s3/src/test/java/org/greenplum/pxf/plugins/s3/S3SelectAccessorTest.java",
"identifier": "S3SelectAccessorTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void testFailsOnWriteNextObject() {\n thrown.expect(UnsupportedOperationException.class);\n thrown.expectMessage(\"S3 Select does not support writing\");\n new S3SelectAccessor().writeNextObject(new OneRow());\n }",
"class_method_signature": "S3SelectAccessorTest.testFailsOnWriteNextObject()",
"constructor": false,
"full_signature": "@Test public void testFailsOnWriteNextObject()",
"identifier": "testFailsOnWriteNextObject",
"invocations": [
"expect",
"expectMessage",
"writeNextObject"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testFailsOnWriteNextObject()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "COMPRESSION_TYPE = \"COMPRESSION_CODEC\"",
"modifier": "public static final",
"original_string": "public static final String COMPRESSION_TYPE = \"COMPRESSION_CODEC\";",
"type": "String",
"var_name": "COMPRESSION_TYPE"
},
{
"declarator": "FILE_HEADER_INFO = \"FILE_HEADER\"",
"modifier": "public static final",
"original_string": "public static final String FILE_HEADER_INFO = \"FILE_HEADER\";",
"type": "String",
"var_name": "FILE_HEADER_INFO"
},
{
"declarator": "FILE_HEADER_INFO_NONE = \"NONE\"",
"modifier": "public static final",
"original_string": "public static final String FILE_HEADER_INFO_NONE = \"NONE\";",
"type": "String",
"var_name": "FILE_HEADER_INFO_NONE"
},
{
"declarator": "FILE_HEADER_INFO_IGNORE = \"IGNORE\"",
"modifier": "public static final",
"original_string": "public static final String FILE_HEADER_INFO_IGNORE = \"IGNORE\";",
"type": "String",
"var_name": "FILE_HEADER_INFO_IGNORE"
},
{
"declarator": "FILE_HEADER_INFO_USE = \"USE\"",
"modifier": "public static final",
"original_string": "public static final String FILE_HEADER_INFO_USE = \"USE\";",
"type": "String",
"var_name": "FILE_HEADER_INFO_USE"
},
{
"declarator": "JSON_TYPE = \"JSON-TYPE\"",
"modifier": "public static final",
"original_string": "public static final String JSON_TYPE = \"JSON-TYPE\";",
"type": "String",
"var_name": "JSON_TYPE"
},
{
"declarator": "isResultComplete",
"modifier": "private",
"original_string": "private AtomicBoolean isResultComplete;",
"type": "AtomicBoolean",
"var_name": "isResultComplete"
},
{
"declarator": "s3Client",
"modifier": "private",
"original_string": "private AmazonS3 s3Client;",
"type": "AmazonS3",
"var_name": "s3Client"
},
{
"declarator": "result",
"modifier": "private",
"original_string": "private SelectObjectContentResult result;",
"type": "SelectObjectContentResult",
"var_name": "result"
},
{
"declarator": "resultInputStream",
"modifier": "private",
"original_string": "private InputStream resultInputStream;",
"type": "InputStream",
"var_name": "resultInputStream"
},
{
"declarator": "reader",
"modifier": "private",
"original_string": "private BufferedReader reader;",
"type": "BufferedReader",
"var_name": "reader"
},
{
"declarator": "lineReadCount",
"modifier": "private",
"original_string": "private int lineReadCount;",
"type": "int",
"var_name": "lineReadCount"
},
{
"declarator": "name",
"modifier": "private",
"original_string": "private URI name;",
"type": "URI",
"var_name": "name"
}
],
"file": "server/pxf-s3/src/main/java/org/greenplum/pxf/plugins/s3/S3SelectAccessor.java",
"identifier": "S3SelectAccessor",
"interfaces": "implements Accessor",
"methods": [
{
"class_method_signature": "S3SelectAccessor.initialize(RequestContext requestContext)",
"constructor": false,
"full_signature": "@Override public void initialize(RequestContext requestContext)",
"identifier": "initialize",
"modifiers": "@Override public",
"parameters": "(RequestContext requestContext)",
"return": "void",
"signature": "void initialize(RequestContext requestContext)",
"testcase": false
},
{
"class_method_signature": "S3SelectAccessor.openForRead()",
"constructor": false,
"full_signature": "@Override public boolean openForRead()",
"identifier": "openForRead",
"modifiers": "@Override public",
"parameters": "()",
"return": "boolean",
"signature": "boolean openForRead()",
"testcase": false
},
{
"class_method_signature": "S3SelectAccessor.readNextObject()",
"constructor": false,
"full_signature": "@Override public OneRow readNextObject()",
"identifier": "readNextObject",
"modifiers": "@Override public",
"parameters": "()",
"return": "OneRow",
"signature": "OneRow readNextObject()",
"testcase": false
},
{
"class_method_signature": "S3SelectAccessor.closeForRead()",
"constructor": false,
"full_signature": "@Override public void closeForRead()",
"identifier": "closeForRead",
"modifiers": "@Override public",
"parameters": "()",
"return": "void",
"signature": "void closeForRead()",
"testcase": false
},
{
"class_method_signature": "S3SelectAccessor.generateBaseCSVRequest(RequestContext context)",
"constructor": false,
"full_signature": " SelectObjectContentRequest generateBaseCSVRequest(RequestContext context)",
"identifier": "generateBaseCSVRequest",
"modifiers": "",
"parameters": "(RequestContext context)",
"return": "SelectObjectContentRequest",
"signature": "SelectObjectContentRequest generateBaseCSVRequest(RequestContext context)",
"testcase": false
},
{
"class_method_signature": "S3SelectAccessor.getOutputSerialization(RequestContext context)",
"constructor": false,
"full_signature": "private OutputSerialization getOutputSerialization(RequestContext context)",
"identifier": "getOutputSerialization",
"modifiers": "private",
"parameters": "(RequestContext context)",
"return": "OutputSerialization",
"signature": "OutputSerialization getOutputSerialization(RequestContext context)",
"testcase": false
},
{
"class_method_signature": "S3SelectAccessor.getInputSerialization(RequestContext context)",
"constructor": false,
"full_signature": " InputSerialization getInputSerialization(RequestContext context)",
"identifier": "getInputSerialization",
"modifiers": "",
"parameters": "(RequestContext context)",
"return": "InputSerialization",
"signature": "InputSerialization getInputSerialization(RequestContext context)",
"testcase": false
},
{
"class_method_signature": "S3SelectAccessor.getJSONInput(RequestContext context)",
"constructor": false,
"full_signature": " JSONInput getJSONInput(RequestContext context)",
"identifier": "getJSONInput",
"modifiers": "",
"parameters": "(RequestContext context)",
"return": "JSONInput",
"signature": "JSONInput getJSONInput(RequestContext context)",
"testcase": false
},
{
"class_method_signature": "S3SelectAccessor.getCSVInput(RequestContext context)",
"constructor": false,
"full_signature": " CSVInput getCSVInput(RequestContext context)",
"identifier": "getCSVInput",
"modifiers": "",
"parameters": "(RequestContext context)",
"return": "CSVInput",
"signature": "CSVInput getCSVInput(RequestContext context)",
"testcase": false
},
{
"class_method_signature": "S3SelectAccessor.initS3Client()",
"constructor": false,
"full_signature": "private AmazonS3 initS3Client()",
"identifier": "initS3Client",
"modifiers": "private",
"parameters": "()",
"return": "AmazonS3",
"signature": "AmazonS3 initS3Client()",
"testcase": false
},
{
"class_method_signature": "S3SelectAccessor.openForWrite()",
"constructor": false,
"full_signature": "@Override public boolean openForWrite()",
"identifier": "openForWrite",
"modifiers": "@Override public",
"parameters": "()",
"return": "boolean",
"signature": "boolean openForWrite()",
"testcase": false
},
{
"class_method_signature": "S3SelectAccessor.writeNextObject(OneRow onerow)",
"constructor": false,
"full_signature": "@Override public boolean writeNextObject(OneRow onerow)",
"identifier": "writeNextObject",
"modifiers": "@Override public",
"parameters": "(OneRow onerow)",
"return": "boolean",
"signature": "boolean writeNextObject(OneRow onerow)",
"testcase": false
},
{
"class_method_signature": "S3SelectAccessor.closeForWrite()",
"constructor": false,
"full_signature": "@Override public void closeForWrite()",
"identifier": "closeForWrite",
"modifiers": "@Override public",
"parameters": "()",
"return": "void",
"signature": "void closeForWrite()",
"testcase": false
}
],
"superclass": "extends BasePlugin"
}
|
{
"body": "@Override\n public boolean writeNextObject(OneRow onerow) {\n throw new UnsupportedOperationException(\"S3 Select does not support writing\");\n }",
"class_method_signature": "S3SelectAccessor.writeNextObject(OneRow onerow)",
"constructor": false,
"full_signature": "@Override public boolean writeNextObject(OneRow onerow)",
"identifier": "writeNextObject",
"invocations": [],
"modifiers": "@Override public",
"parameters": "(OneRow onerow)",
"return": "boolean",
"signature": "boolean writeNextObject(OneRow onerow)",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_58
|
{
"fields": [
{
"declarator": "thrown = ExpectedException.none()",
"modifier": "@Rule\n public",
"original_string": "@Rule\n public ExpectedException thrown = ExpectedException.none();",
"type": "ExpectedException",
"var_name": "thrown"
}
],
"file": "server/pxf-api/src/test/java/org/greenplum/pxf/api/filter/TreeTraverserTest.java",
"identifier": "TreeTraverserTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void testTraverseTree() {\n TreeVisitor visitor = mock(TreeVisitor.class);\n Node l0 = new Node();\n l0.setLeft(new Node());\n l0.setRight(new Node());\n l0.getLeft().setLeft(new Node());\n l0.getLeft().setRight(new Node());\n l0.getLeft().getRight().setLeft(new Node());\n l0.getLeft().getRight().setRight(new Node());\n\n\n // l0\n // |\n // ------------------------\n // | |\n // l1-l l1-r\n // |\n // ----------------\n // | |\n // l2-l l2-r\n // |\n // --------\n // | |\n // l3-l l3-r\n\n // DFS in order traversal\n when(visitor.before(l0, 0)).thenReturn(l0); // l0 - before\n when(visitor.before(l0.getLeft(), 1)).thenReturn(l0.getLeft()); // l1-l before\n when(visitor.before(l0.getLeft().getLeft(), 2)).thenReturn(l0.getLeft().getLeft()); // l2-l before\n when(visitor.visit(l0.getLeft().getLeft(), 2)).thenReturn(l0.getLeft().getLeft()); // l2-l visit\n when(visitor.after(l0.getLeft().getLeft(), 2)).thenReturn(l0.getLeft().getLeft()); // l2-l after\n when(visitor.visit(l0.getLeft(), 1)).thenReturn(l0.getLeft()); // l1-l visit\n when(visitor.before(l0.getLeft().getRight(), 2)).thenReturn(l0.getLeft().getRight()); // l2-r before\n when(visitor.before(l0.getLeft().getRight().getLeft(), 3)).thenReturn(l0.getLeft().getRight().getLeft()); // l3-l before\n when(visitor.visit(l0.getLeft().getRight().getLeft(), 3)).thenReturn(l0.getLeft().getRight().getLeft()); // l3-l visit\n when(visitor.after(l0.getLeft().getRight().getLeft(), 3)).thenReturn(l0.getLeft().getRight().getLeft()); // l3-l after\n when(visitor.visit(l0.getLeft().getRight(), 2)).thenReturn(l0.getLeft().getRight()); // l2-r visit\n when(visitor.before(l0.getLeft().getRight().getRight(), 3)).thenReturn(l0.getLeft().getRight().getRight()); // l3-r before\n when(visitor.visit(l0.getLeft().getRight().getRight(), 3)).thenReturn(l0.getLeft().getRight().getRight()); // l3-r visit\n when(visitor.after(l0.getLeft().getRight().getRight(), 3)).thenReturn(l0.getLeft().getRight().getRight()); // l3-r after\n when(visitor.after(l0.getLeft().getRight(), 2)).thenReturn(l0.getLeft().getRight()); // l2-r after\n when(visitor.after(l0.getLeft(), 1)).thenReturn(l0.getLeft()); // l1-l after\n when(visitor.visit(l0, 0)).thenReturn(l0); // l0 - visit\n when(visitor.before(l0.getRight(), 1)).thenReturn(l0.getRight()); // l1-r before\n when(visitor.visit(l0.getRight(), 1)).thenReturn(l0.getRight()); // l1-r visit\n when(visitor.after(l0.getRight(), 1)).thenReturn(l0.getRight()); // l1-r after\n when(visitor.after(l0, 0)).thenReturn(l0); // l0 - after\n\n Node result = new TreeTraverser().traverse(l0, visitor);\n\n verify(visitor).before(l0, 0); // l0 - before\n verify(visitor).before(l0.getLeft(), 1); // l1-l before\n verify(visitor).before(l0.getLeft().getLeft(), 2); // l2-l before\n verify(visitor).visit(l0.getLeft().getLeft(), 2); // l2-l visit\n verify(visitor).after(l0.getLeft().getLeft(), 2); // l2-l after\n verify(visitor).visit(l0.getLeft(), 1); // l1-l visit\n verify(visitor).before(l0.getLeft().getRight(), 2); // l2-r before\n verify(visitor).before(l0.getLeft().getRight().getLeft(), 3); // l3-l before\n verify(visitor).visit(l0.getLeft().getRight().getLeft(), 3); // l3-l visit\n verify(visitor).after(l0.getLeft().getRight().getLeft(), 3); // l3-l after\n verify(visitor).visit(l0.getLeft().getRight(), 2); // l2-r visit\n verify(visitor).before(l0.getLeft().getRight().getRight(), 3); // l3-r before\n verify(visitor).visit(l0.getLeft().getRight().getRight(), 3); // l3-r visit\n verify(visitor).after(l0.getLeft().getRight().getRight(), 3); // l3-r after\n verify(visitor).after(l0.getLeft().getRight(), 2); // l2-r after\n verify(visitor).after(l0.getLeft(), 1); // l1-l after\n verify(visitor).visit(l0, 0); // l0 - visit\n verify(visitor).before(l0.getRight(), 1); // l1-r before\n verify(visitor).visit(l0.getRight(), 1); // l1-r visit\n verify(visitor).after(l0.getRight(), 1); // l1-r after\n verify(visitor).after(l0, 0); // l0 - after\n verifyNoMoreInteractions(visitor);\n\n assertSame(l0, result);\n }",
"class_method_signature": "TreeTraverserTest.testTraverseTree()",
"constructor": false,
"full_signature": "@Test public void testTraverseTree()",
"identifier": "testTraverseTree",
"invocations": [
"mock",
"setLeft",
"setRight",
"setLeft",
"getLeft",
"setRight",
"getLeft",
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"getLeft",
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"getLeft",
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"getLeft",
"getRight",
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"getLeft",
"after",
"verify",
"getLeft",
"getRight",
"getLeft",
"visit",
"verify",
"getRight",
"getLeft",
"before",
"verify",
"getRight",
"getRight",
"getLeft",
"visit",
"verify",
"getRight",
"getRight",
"getLeft",
"after",
"verify",
"getRight",
"getRight",
"getLeft",
"after",
"verify",
"getRight",
"getLeft",
"after",
"verify",
"getLeft",
"visit",
"verify",
"before",
"verify",
"getRight",
"visit",
"verify",
"getRight",
"after",
"verify",
"getRight",
"after",
"verify",
"verifyNoMoreInteractions",
"assertSame"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testTraverseTree()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "LOG = LoggerFactory.getLogger(TreeTraverser.class)",
"modifier": "private static final",
"original_string": "private static final Logger LOG = LoggerFactory.getLogger(TreeTraverser.class);",
"type": "Logger",
"var_name": "LOG"
}
],
"file": "server/pxf-api/src/main/java/org/greenplum/pxf/api/filter/TreeTraverser.java",
"identifier": "TreeTraverser",
"interfaces": "",
"methods": [
{
"class_method_signature": "TreeTraverser.traverse(Node node, TreeVisitor... visitors)",
"constructor": false,
"full_signature": "public Node traverse(Node node, TreeVisitor... visitors)",
"identifier": "traverse",
"modifiers": "public",
"parameters": "(Node node, TreeVisitor... visitors)",
"return": "Node",
"signature": "Node traverse(Node node, TreeVisitor... visitors)",
"testcase": false
},
{
"class_method_signature": "TreeTraverser.traverse(Node node, TreeVisitor visitor, final int level)",
"constructor": false,
"full_signature": "protected Node traverse(Node node, TreeVisitor visitor, final int level)",
"identifier": "traverse",
"modifiers": "protected",
"parameters": "(Node node, TreeVisitor visitor, final int level)",
"return": "Node",
"signature": "Node traverse(Node node, TreeVisitor visitor, final int level)",
"testcase": false
},
{
"class_method_signature": "TreeTraverser.traverseHelper(Node node, int index, TreeVisitor visitor, final int level)",
"constructor": false,
"full_signature": "private void traverseHelper(Node node, int index, TreeVisitor visitor, final int level)",
"identifier": "traverseHelper",
"modifiers": "private",
"parameters": "(Node node, int index, TreeVisitor visitor, final int level)",
"return": "void",
"signature": "void traverseHelper(Node node, int index, TreeVisitor visitor, final int level)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public Node traverse(Node node, TreeVisitor... visitors) {\n\n if (ArrayUtils.isEmpty(visitors)) {\n throw new IllegalArgumentException(\"You need to provide at least one visitor for this traverser\");\n }\n\n Node result = node;\n for (TreeVisitor visitor : visitors) {\n result = traverse(result, visitor, 0);\n }\n return result;\n }",
"class_method_signature": "TreeTraverser.traverse(Node node, TreeVisitor... visitors)",
"constructor": false,
"full_signature": "public Node traverse(Node node, TreeVisitor... visitors)",
"identifier": "traverse",
"invocations": [
"isEmpty",
"traverse"
],
"modifiers": "public",
"parameters": "(Node node, TreeVisitor... visitors)",
"return": "Node",
"signature": "Node traverse(Node node, TreeVisitor... visitors)",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_104
|
{
"fields": [
{
"declarator": "session",
"modifier": "private",
"original_string": "private LoginSession session, sessionFoo, sessionBar;",
"type": "LoginSession",
"var_name": "session"
},
{
"declarator": "ugiFoo",
"modifier": "private",
"original_string": "private UserGroupInformation ugiFoo, ugiBar;",
"type": "UserGroupInformation",
"var_name": "ugiFoo"
},
{
"declarator": "subjectFoo",
"modifier": "private",
"original_string": "private Subject subjectFoo, subjectBar;",
"type": "Subject",
"var_name": "subjectFoo"
},
{
"declarator": "userFoo",
"modifier": "private",
"original_string": "private User userFoo, userBar;",
"type": "User",
"var_name": "userFoo"
},
{
"declarator": "PROPERTY_KEY_KERBEROS_KDC = \"java.security.krb5.kdc\"",
"modifier": "private static final",
"original_string": "private static final String PROPERTY_KEY_KERBEROS_KDC = \"java.security.krb5.kdc\";",
"type": "String",
"var_name": "PROPERTY_KEY_KERBEROS_KDC"
},
{
"declarator": "PROPERTY_KEY_KERBEROS_REALM = \"java.security.krb5.realm\"",
"modifier": "private static final",
"original_string": "private static final String PROPERTY_KEY_KERBEROS_REALM = \"java.security.krb5.realm\";",
"type": "String",
"var_name": "PROPERTY_KEY_KERBEROS_REALM"
},
{
"declarator": "kdcDefault",
"modifier": "private static",
"original_string": "private static String kdcDefault;",
"type": "String",
"var_name": "kdcDefault"
},
{
"declarator": "realmDefault",
"modifier": "private static",
"original_string": "private static String realmDefault;",
"type": "String",
"var_name": "realmDefault"
}
],
"file": "server/pxf-api/src/test/java/org/apache/hadoop/security/LoginSessionTest.java",
"identifier": "LoginSessionTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void testEquality() {\n sessionFoo = new LoginSession(\"config\", \"principal\", \"keytab\", ugiFoo, subjectFoo, 1);\n\n sessionBar = new LoginSession(\"config\", \"principal\", \"keytab\", ugiBar, subjectBar, 1);\n assertEquals(sessionFoo, sessionBar);\n assertEquals(sessionFoo.hashCode(), sessionBar.hashCode());\n\n\n sessionBar = new LoginSession(\"DIFFERENT\", \"principal\", \"keytab\", ugiBar, subjectBar, 1);\n assertNotEquals(sessionFoo, sessionBar);\n assertNotEquals(sessionFoo.hashCode(), sessionBar.hashCode());\n\n sessionBar = new LoginSession(\"config\", \"DIFFERENT\", \"keytab\", ugiBar, subjectBar, 1);\n assertNotEquals(sessionFoo, sessionBar);\n assertNotEquals(sessionFoo.hashCode(), sessionBar.hashCode());\n\n\n sessionBar = new LoginSession(\"config\", \"principal\", \"DIFFERENT\", ugiBar, subjectBar, 1);\n assertNotEquals(sessionFoo, sessionBar);\n assertNotEquals(sessionFoo.hashCode(), sessionBar.hashCode());\n\n sessionBar = new LoginSession(\"config\", \"principal\", \"keytab\", ugiBar, subjectBar, 999);\n assertNotEquals(sessionFoo, sessionBar);\n assertNotEquals(sessionFoo.hashCode(), sessionBar.hashCode());\n }",
"class_method_signature": "LoginSessionTest.testEquality()",
"constructor": false,
"full_signature": "@Test public void testEquality()",
"identifier": "testEquality",
"invocations": [
"assertEquals",
"assertEquals",
"hashCode",
"hashCode",
"assertNotEquals",
"assertNotEquals",
"hashCode",
"hashCode",
"assertNotEquals",
"assertNotEquals",
"hashCode",
"hashCode",
"assertNotEquals",
"assertNotEquals",
"hashCode",
"hashCode",
"assertNotEquals",
"assertNotEquals",
"hashCode",
"hashCode"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testEquality()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "configDirectory",
"modifier": "private",
"original_string": "private String configDirectory;",
"type": "String",
"var_name": "configDirectory"
},
{
"declarator": "principalName",
"modifier": "private",
"original_string": "private String principalName;",
"type": "String",
"var_name": "principalName"
},
{
"declarator": "keytabPath",
"modifier": "private",
"original_string": "private String keytabPath;",
"type": "String",
"var_name": "keytabPath"
},
{
"declarator": "kerberosMinMillisBeforeRelogin",
"modifier": "private",
"original_string": "private long kerberosMinMillisBeforeRelogin;",
"type": "long",
"var_name": "kerberosMinMillisBeforeRelogin"
},
{
"declarator": "loginUser",
"modifier": "private",
"original_string": "private UserGroupInformation loginUser;",
"type": "UserGroupInformation",
"var_name": "loginUser"
},
{
"declarator": "subject",
"modifier": "private",
"original_string": "private Subject subject;",
"type": "Subject",
"var_name": "subject"
},
{
"declarator": "user",
"modifier": "private",
"original_string": "private User user;",
"type": "User",
"var_name": "user"
}
],
"file": "server/pxf-api/src/main/java/org/apache/hadoop/security/LoginSession.java",
"identifier": "LoginSession",
"interfaces": "",
"methods": [
{
"class_method_signature": "LoginSession.LoginSession(String configDirectory)",
"constructor": true,
"full_signature": "public LoginSession(String configDirectory)",
"identifier": "LoginSession",
"modifiers": "public",
"parameters": "(String configDirectory)",
"return": "",
"signature": " LoginSession(String configDirectory)",
"testcase": false
},
{
"class_method_signature": "LoginSession.LoginSession(String configDirectory, UserGroupInformation loginUser)",
"constructor": true,
"full_signature": "public LoginSession(String configDirectory, UserGroupInformation loginUser)",
"identifier": "LoginSession",
"modifiers": "public",
"parameters": "(String configDirectory, UserGroupInformation loginUser)",
"return": "",
"signature": " LoginSession(String configDirectory, UserGroupInformation loginUser)",
"testcase": false
},
{
"class_method_signature": "LoginSession.LoginSession(String configDirectory, String principalName, String keytabPath, long kerberosMinMillisBeforeRelogin)",
"constructor": true,
"full_signature": "public LoginSession(String configDirectory, String principalName, String keytabPath, long kerberosMinMillisBeforeRelogin)",
"identifier": "LoginSession",
"modifiers": "public",
"parameters": "(String configDirectory, String principalName, String keytabPath, long kerberosMinMillisBeforeRelogin)",
"return": "",
"signature": " LoginSession(String configDirectory, String principalName, String keytabPath, long kerberosMinMillisBeforeRelogin)",
"testcase": false
},
{
"class_method_signature": "LoginSession.LoginSession(String configDirectory, String principalName, String keytabPath, UserGroupInformation loginUser,\n Subject subject, long kerberosMinMillisBeforeRelogin)",
"constructor": true,
"full_signature": "public LoginSession(String configDirectory, String principalName, String keytabPath, UserGroupInformation loginUser,\n Subject subject, long kerberosMinMillisBeforeRelogin)",
"identifier": "LoginSession",
"modifiers": "public",
"parameters": "(String configDirectory, String principalName, String keytabPath, UserGroupInformation loginUser,\n Subject subject, long kerberosMinMillisBeforeRelogin)",
"return": "",
"signature": " LoginSession(String configDirectory, String principalName, String keytabPath, UserGroupInformation loginUser,\n Subject subject, long kerberosMinMillisBeforeRelogin)",
"testcase": false
},
{
"class_method_signature": "LoginSession.getLoginUser()",
"constructor": false,
"full_signature": "public UserGroupInformation getLoginUser()",
"identifier": "getLoginUser",
"modifiers": "public",
"parameters": "()",
"return": "UserGroupInformation",
"signature": "UserGroupInformation getLoginUser()",
"testcase": false
},
{
"class_method_signature": "LoginSession.getKerberosMinMillisBeforeRelogin()",
"constructor": false,
"full_signature": "public long getKerberosMinMillisBeforeRelogin()",
"identifier": "getKerberosMinMillisBeforeRelogin",
"modifiers": "public",
"parameters": "()",
"return": "long",
"signature": "long getKerberosMinMillisBeforeRelogin()",
"testcase": false
},
{
"class_method_signature": "LoginSession.getSubject()",
"constructor": false,
"full_signature": "public Subject getSubject()",
"identifier": "getSubject",
"modifiers": "public",
"parameters": "()",
"return": "Subject",
"signature": "Subject getSubject()",
"testcase": false
},
{
"class_method_signature": "LoginSession.getUser()",
"constructor": false,
"full_signature": "public User getUser()",
"identifier": "getUser",
"modifiers": "public",
"parameters": "()",
"return": "User",
"signature": "User getUser()",
"testcase": false
},
{
"class_method_signature": "LoginSession.getKeytabPath()",
"constructor": false,
"full_signature": "public String getKeytabPath()",
"identifier": "getKeytabPath",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getKeytabPath()",
"testcase": false
},
{
"class_method_signature": "LoginSession.getPrincipalName()",
"constructor": false,
"full_signature": "public String getPrincipalName()",
"identifier": "getPrincipalName",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getPrincipalName()",
"testcase": false
},
{
"class_method_signature": "LoginSession.equals(Object o)",
"constructor": false,
"full_signature": "@Override public boolean equals(Object o)",
"identifier": "equals",
"modifiers": "@Override public",
"parameters": "(Object o)",
"return": "boolean",
"signature": "boolean equals(Object o)",
"testcase": false
},
{
"class_method_signature": "LoginSession.hashCode()",
"constructor": false,
"full_signature": "@Override public int hashCode()",
"identifier": "hashCode",
"modifiers": "@Override public",
"parameters": "()",
"return": "int",
"signature": "int hashCode()",
"testcase": false
},
{
"class_method_signature": "LoginSession.toString()",
"constructor": false,
"full_signature": "@Override public String toString()",
"identifier": "toString",
"modifiers": "@Override public",
"parameters": "()",
"return": "String",
"signature": "String toString()",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "@Override\n public int hashCode() {\n return Objects.hash(configDirectory, principalName, keytabPath, kerberosMinMillisBeforeRelogin);\n }",
"class_method_signature": "LoginSession.hashCode()",
"constructor": false,
"full_signature": "@Override public int hashCode()",
"identifier": "hashCode",
"invocations": [
"hash"
],
"modifiers": "@Override public",
"parameters": "()",
"return": "int",
"signature": "int hashCode()",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_387
|
{
"fields": [
{
"declarator": "thrown = ExpectedException.none()",
"modifier": "@Rule\n public",
"original_string": "@Rule\n public ExpectedException thrown = ExpectedException.none();",
"type": "ExpectedException",
"var_name": "thrown"
},
{
"declarator": "dbProduct = DbProduct.POSTGRES",
"modifier": "private",
"original_string": "private DbProduct dbProduct = DbProduct.POSTGRES;",
"type": "DbProduct",
"var_name": "dbProduct"
},
{
"declarator": "COL_RAW = \"col\"",
"modifier": "private final",
"original_string": "private final String COL_RAW = \"col\";",
"type": "String",
"var_name": "COL_RAW"
},
{
"declarator": "QUOTE = \"\\\"\"",
"modifier": "private final",
"original_string": "private final String QUOTE = \"\\\"\";",
"type": "String",
"var_name": "QUOTE"
},
{
"declarator": "COL = QUOTE + COL_RAW + QUOTE",
"modifier": "private final",
"original_string": "private final String COL = QUOTE + COL_RAW + QUOTE;",
"type": "String",
"var_name": "COL"
}
],
"file": "server/pxf-jdbc/src/test/java/org/greenplum/pxf/plugins/jdbc/partitioning/DatePartitionTest.java",
"identifier": "DatePartitionTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void testInvalidNullQuoteString() {\n DatePartition partition = new DatePartition(COL_RAW, LocalDate.parse(\"2000-01-01\"), LocalDate.parse(\"2000-01-02\"));\n\n thrown.expect(RuntimeException.class);\n\n partition.toSqlConstraint(null, dbProduct);\n }",
"class_method_signature": "DatePartitionTest.testInvalidNullQuoteString()",
"constructor": false,
"full_signature": "@Test public void testInvalidNullQuoteString()",
"identifier": "testInvalidNullQuoteString",
"invocations": [
"parse",
"parse",
"expect",
"toSqlConstraint"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testInvalidNullQuoteString()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "serialVersionUID = 0L",
"modifier": "private static final",
"original_string": "private static final long serialVersionUID = 0L;",
"type": "long",
"var_name": "serialVersionUID"
},
{
"declarator": "boundaries",
"modifier": "private final",
"original_string": "private final Date[] boundaries;",
"type": "Date[]",
"var_name": "boundaries"
}
],
"file": "server/pxf-jdbc/src/main/java/org/greenplum/pxf/plugins/jdbc/partitioning/DatePartition.java",
"identifier": "DatePartition",
"interfaces": "implements JdbcFragmentMetadata",
"methods": [
{
"class_method_signature": "DatePartition.DatePartition(String column, LocalDate start, LocalDate end)",
"constructor": true,
"full_signature": "public DatePartition(String column, LocalDate start, LocalDate end)",
"identifier": "DatePartition",
"modifiers": "public",
"parameters": "(String column, LocalDate start, LocalDate end)",
"return": "",
"signature": " DatePartition(String column, LocalDate start, LocalDate end)",
"testcase": false
},
{
"class_method_signature": "DatePartition.toSqlConstraint(String quoteString, DbProduct dbProduct)",
"constructor": false,
"full_signature": "@Override public String toSqlConstraint(String quoteString, DbProduct dbProduct)",
"identifier": "toSqlConstraint",
"modifiers": "@Override public",
"parameters": "(String quoteString, DbProduct dbProduct)",
"return": "String",
"signature": "String toSqlConstraint(String quoteString, DbProduct dbProduct)",
"testcase": false
},
{
"class_method_signature": "DatePartition.getBoundaries()",
"constructor": false,
"full_signature": "public Date[] getBoundaries()",
"identifier": "getBoundaries",
"modifiers": "public",
"parameters": "()",
"return": "Date[]",
"signature": "Date[] getBoundaries()",
"testcase": false
}
],
"superclass": "extends BasePartition"
}
|
{
"body": "@Override\n public String toSqlConstraint(String quoteString, DbProduct dbProduct) {\n if (quoteString == null) {\n throw new RuntimeException(\"Quote string cannot be null\");\n }\n if (dbProduct == null) {\n throw new RuntimeException(String.format(\n \"DbProduct cannot be null for partitions of type '%s'\", PartitionType.DATE\n ));\n }\n\n return generateRangeConstraint(\n quoteString + column + quoteString,\n Stream.of(boundaries).map(b -> b == null ? null : dbProduct.wrapDate(b)).toArray(String[]::new)\n );\n }",
"class_method_signature": "DatePartition.toSqlConstraint(String quoteString, DbProduct dbProduct)",
"constructor": false,
"full_signature": "@Override public String toSqlConstraint(String quoteString, DbProduct dbProduct)",
"identifier": "toSqlConstraint",
"invocations": [
"format",
"generateRangeConstraint",
"toArray",
"map",
"of",
"wrapDate"
],
"modifiers": "@Override public",
"parameters": "(String quoteString, DbProduct dbProduct)",
"return": "String",
"signature": "String toSqlConstraint(String quoteString, DbProduct dbProduct)",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_368
|
{
"fields": [
{
"declarator": "connConfig",
"modifier": "private",
"original_string": "private Properties connConfig, poolConfig;",
"type": "Properties",
"var_name": "connConfig"
},
{
"declarator": "poolDescriptor",
"modifier": "private",
"original_string": "private PoolDescriptor poolDescriptor;",
"type": "PoolDescriptor",
"var_name": "poolDescriptor"
},
{
"declarator": "expectedException = ExpectedException.none()",
"modifier": "@Rule\n public",
"original_string": "@Rule\n public ExpectedException expectedException = ExpectedException.none();",
"type": "ExpectedException",
"var_name": "expectedException"
}
],
"file": "server/pxf-jdbc/src/test/java/org/greenplum/pxf/plugins/jdbc/utils/PoolDescriptorTest.java",
"identifier": "PoolDescriptorTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void testPoolDescriptorToString() {\n poolDescriptor = new PoolDescriptor(\"test-server\", \"test-jdbcUrl\", connConfig, poolConfig, null);\n assertEquals(\"PoolDescriptor{jdbcUrl=test-jdbcUrl, user=test-user, password=*************, connectionConfig={test-other-property=test-other-property-value}, poolConfig={test-pool-property=test-pool-property-value}, qualifier=null}\", poolDescriptor.toString());\n poolDescriptor = new PoolDescriptor(\"test-server\", \"test-jdbcUrl\", connConfig, poolConfig, \"foo\");\n assertEquals(\"PoolDescriptor{jdbcUrl=test-jdbcUrl, user=test-user, password=*************, connectionConfig={test-other-property=test-other-property-value}, poolConfig={test-pool-property=test-pool-property-value}, qualifier=foo}\", poolDescriptor.toString());\n }",
"class_method_signature": "PoolDescriptorTest.testPoolDescriptorToString()",
"constructor": false,
"full_signature": "@Test public void testPoolDescriptorToString()",
"identifier": "testPoolDescriptorToString",
"invocations": [
"assertEquals",
"toString",
"assertEquals",
"toString"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testPoolDescriptorToString()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "USER_PROPERTY_NAME = \"user\"",
"modifier": "private static final",
"original_string": "private static final String USER_PROPERTY_NAME = \"user\";",
"type": "String",
"var_name": "USER_PROPERTY_NAME"
},
{
"declarator": "PASSWORD_PROPERTY_NAME = \"password\"",
"modifier": "private static final",
"original_string": "private static final String PASSWORD_PROPERTY_NAME = \"password\";",
"type": "String",
"var_name": "PASSWORD_PROPERTY_NAME"
},
{
"declarator": "PROHIBITED_PROPERTIES =\n Sets.newHashSet(\"username\", \"password\", \"dataSource.user\", \"dataSource.password\", \"dataSourceClassName\", \"jdbcUrl\")",
"modifier": "private static final",
"original_string": "private static final Set<String> PROHIBITED_PROPERTIES =\n Sets.newHashSet(\"username\", \"password\", \"dataSource.user\", \"dataSource.password\", \"dataSourceClassName\", \"jdbcUrl\");",
"type": "Set<String>",
"var_name": "PROHIBITED_PROPERTIES"
},
{
"declarator": "server",
"modifier": "private",
"original_string": "private String server;",
"type": "String",
"var_name": "server"
},
{
"declarator": "jdbcUrl",
"modifier": "private",
"original_string": "private String jdbcUrl;",
"type": "String",
"var_name": "jdbcUrl"
},
{
"declarator": "user",
"modifier": "private",
"original_string": "private String user;",
"type": "String",
"var_name": "user"
},
{
"declarator": "password",
"modifier": "private",
"original_string": "private String password;",
"type": "String",
"var_name": "password"
},
{
"declarator": "connectionConfig",
"modifier": "private",
"original_string": "private Properties connectionConfig, poolConfig;",
"type": "Properties",
"var_name": "connectionConfig"
},
{
"declarator": "qualifier",
"modifier": "private",
"original_string": "private String qualifier;",
"type": "String",
"var_name": "qualifier"
}
],
"file": "server/pxf-jdbc/src/main/java/org/greenplum/pxf/plugins/jdbc/utils/PoolDescriptor.java",
"identifier": "PoolDescriptor",
"interfaces": "",
"methods": [
{
"class_method_signature": "PoolDescriptor.PoolDescriptor(String server, String jdbcUrl, Properties connectionConfig, Properties poolConfig, String qualifier)",
"constructor": true,
"full_signature": "public PoolDescriptor(String server, String jdbcUrl, Properties connectionConfig, Properties poolConfig, String qualifier)",
"identifier": "PoolDescriptor",
"modifiers": "public",
"parameters": "(String server, String jdbcUrl, Properties connectionConfig, Properties poolConfig, String qualifier)",
"return": "",
"signature": " PoolDescriptor(String server, String jdbcUrl, Properties connectionConfig, Properties poolConfig, String qualifier)",
"testcase": false
},
{
"class_method_signature": "PoolDescriptor.getServer()",
"constructor": false,
"full_signature": "public String getServer()",
"identifier": "getServer",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getServer()",
"testcase": false
},
{
"class_method_signature": "PoolDescriptor.getJdbcUrl()",
"constructor": false,
"full_signature": "public String getJdbcUrl()",
"identifier": "getJdbcUrl",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getJdbcUrl()",
"testcase": false
},
{
"class_method_signature": "PoolDescriptor.getUser()",
"constructor": false,
"full_signature": "public String getUser()",
"identifier": "getUser",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getUser()",
"testcase": false
},
{
"class_method_signature": "PoolDescriptor.getPassword()",
"constructor": false,
"full_signature": "public String getPassword()",
"identifier": "getPassword",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getPassword()",
"testcase": false
},
{
"class_method_signature": "PoolDescriptor.getConnectionConfig()",
"constructor": false,
"full_signature": "public Properties getConnectionConfig()",
"identifier": "getConnectionConfig",
"modifiers": "public",
"parameters": "()",
"return": "Properties",
"signature": "Properties getConnectionConfig()",
"testcase": false
},
{
"class_method_signature": "PoolDescriptor.getPoolConfig()",
"constructor": false,
"full_signature": "public Properties getPoolConfig()",
"identifier": "getPoolConfig",
"modifiers": "public",
"parameters": "()",
"return": "Properties",
"signature": "Properties getPoolConfig()",
"testcase": false
},
{
"class_method_signature": "PoolDescriptor.equals(Object o)",
"constructor": false,
"full_signature": "@Override public boolean equals(Object o)",
"identifier": "equals",
"modifiers": "@Override public",
"parameters": "(Object o)",
"return": "boolean",
"signature": "boolean equals(Object o)",
"testcase": false
},
{
"class_method_signature": "PoolDescriptor.hashCode()",
"constructor": false,
"full_signature": "@Override public int hashCode()",
"identifier": "hashCode",
"modifiers": "@Override public",
"parameters": "()",
"return": "int",
"signature": "int hashCode()",
"testcase": false
},
{
"class_method_signature": "PoolDescriptor.toString()",
"constructor": false,
"full_signature": "@Override public String toString()",
"identifier": "toString",
"modifiers": "@Override public",
"parameters": "()",
"return": "String",
"signature": "String toString()",
"testcase": false
},
{
"class_method_signature": "PoolDescriptor.ensurePoolPropertyNotPresent(String propName)",
"constructor": false,
"full_signature": "private void ensurePoolPropertyNotPresent(String propName)",
"identifier": "ensurePoolPropertyNotPresent",
"modifiers": "private",
"parameters": "(String propName)",
"return": "void",
"signature": "void ensurePoolPropertyNotPresent(String propName)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "@Override\n public String toString() {\n return \"PoolDescriptor{\" +\n \"jdbcUrl=\" + jdbcUrl +\n \", user=\" + user +\n \", password=\" + ConnectionManager.maskPassword(password) +\n \", connectionConfig=\" + connectionConfig +\n \", poolConfig=\" + poolConfig +\n \", qualifier=\" + qualifier + '}';\n }",
"class_method_signature": "PoolDescriptor.toString()",
"constructor": false,
"full_signature": "@Override public String toString()",
"identifier": "toString",
"invocations": [
"maskPassword"
],
"modifiers": "@Override public",
"parameters": "()",
"return": "String",
"signature": "String toString()",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_153
|
{
"fields": [
{
"declarator": "expectedException = ExpectedException.none()",
"modifier": "@Rule\n public",
"original_string": "@Rule\n public ExpectedException expectedException = ExpectedException.none();",
"type": "ExpectedException",
"var_name": "expectedException"
},
{
"declarator": "filter",
"modifier": "private",
"original_string": "private SecurityServletFilter filter;",
"type": "SecurityServletFilter",
"var_name": "filter"
},
{
"declarator": "mockServletRequest",
"modifier": "@Mock private",
"original_string": "@Mock private HttpServletRequest mockServletRequest;",
"type": "HttpServletRequest",
"var_name": "mockServletRequest"
},
{
"declarator": "mockServletResponse",
"modifier": "@Mock private",
"original_string": "@Mock private ServletResponse mockServletResponse;",
"type": "ServletResponse",
"var_name": "mockServletResponse"
},
{
"declarator": "mockFilterChain",
"modifier": "@Mock private",
"original_string": "@Mock private FilterChain mockFilterChain;",
"type": "FilterChain",
"var_name": "mockFilterChain"
},
{
"declarator": "mockConfigurationFactory",
"modifier": "@Mock private",
"original_string": "@Mock private ConfigurationFactory mockConfigurationFactory;",
"type": "ConfigurationFactory",
"var_name": "mockConfigurationFactory"
},
{
"declarator": "mockSecureLogin",
"modifier": "@Mock private",
"original_string": "@Mock private SecureLogin mockSecureLogin;",
"type": "SecureLogin",
"var_name": "mockSecureLogin"
},
{
"declarator": "mockUGICache",
"modifier": "@Mock private",
"original_string": "@Mock private UGICache mockUGICache;",
"type": "UGICache",
"var_name": "mockUGICache"
},
{
"declarator": "mockConfiguration",
"modifier": "@Mock private",
"original_string": "@Mock private Configuration mockConfiguration;",
"type": "Configuration",
"var_name": "mockConfiguration"
},
{
"declarator": "mockLoginUGI",
"modifier": "@Mock private",
"original_string": "@Mock private UserGroupInformation mockLoginUGI;",
"type": "UserGroupInformation",
"var_name": "mockLoginUGI"
},
{
"declarator": "mockProxyUGI",
"modifier": "@Mock private",
"original_string": "@Mock private UserGroupInformation mockProxyUGI;",
"type": "UserGroupInformation",
"var_name": "mockProxyUGI"
},
{
"declarator": "session",
"modifier": "@Captor private",
"original_string": "@Captor private ArgumentCaptor<SessionId> session;",
"type": "ArgumentCaptor<SessionId>",
"var_name": "session"
}
],
"file": "server/pxf-service/src/test/java/org/greenplum/pxf/service/servlet/SecurityServletFilterTest.java",
"identifier": "SecurityServletFilterTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void throwsWhenRequiredUserIdHeaderIsMissing() throws Exception {\n expectedException.expect(IllegalArgumentException.class);\n expectedException.expectMessage(\"Header X-GP-USER is missing in the request\");\n filter.doFilter(mockServletRequest, mockServletResponse, mockFilterChain);\n }",
"class_method_signature": "SecurityServletFilterTest.throwsWhenRequiredUserIdHeaderIsMissing()",
"constructor": false,
"full_signature": "@Test public void throwsWhenRequiredUserIdHeaderIsMissing()",
"identifier": "throwsWhenRequiredUserIdHeaderIsMissing",
"invocations": [
"expect",
"expectMessage",
"doFilter"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void throwsWhenRequiredUserIdHeaderIsMissing()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "LOG = LoggerFactory.getLogger(SecurityServletFilter.class)",
"modifier": "private static final",
"original_string": "private static final Logger LOG = LoggerFactory.getLogger(SecurityServletFilter.class);",
"type": "Logger",
"var_name": "LOG"
},
{
"declarator": "CONFIG_HEADER = \"X-GP-OPTIONS-CONFIG\"",
"modifier": "private static final",
"original_string": "private static final String CONFIG_HEADER = \"X-GP-OPTIONS-CONFIG\";",
"type": "String",
"var_name": "CONFIG_HEADER"
},
{
"declarator": "USER_HEADER = \"X-GP-USER\"",
"modifier": "private static final",
"original_string": "private static final String USER_HEADER = \"X-GP-USER\";",
"type": "String",
"var_name": "USER_HEADER"
},
{
"declarator": "SEGMENT_ID_HEADER = \"X-GP-SEGMENT-ID\"",
"modifier": "private static final",
"original_string": "private static final String SEGMENT_ID_HEADER = \"X-GP-SEGMENT-ID\";",
"type": "String",
"var_name": "SEGMENT_ID_HEADER"
},
{
"declarator": "SERVER_HEADER = \"X-GP-OPTIONS-SERVER\"",
"modifier": "private static final",
"original_string": "private static final String SERVER_HEADER = \"X-GP-OPTIONS-SERVER\";",
"type": "String",
"var_name": "SERVER_HEADER"
},
{
"declarator": "TRANSACTION_ID_HEADER = \"X-GP-XID\"",
"modifier": "private static final",
"original_string": "private static final String TRANSACTION_ID_HEADER = \"X-GP-XID\";",
"type": "String",
"var_name": "TRANSACTION_ID_HEADER"
},
{
"declarator": "LAST_FRAGMENT_HEADER = \"X-GP-LAST-FRAGMENT\"",
"modifier": "private static final",
"original_string": "private static final String LAST_FRAGMENT_HEADER = \"X-GP-LAST-FRAGMENT\";",
"type": "String",
"var_name": "LAST_FRAGMENT_HEADER"
},
{
"declarator": "MISSING_HEADER_ERROR = \"Header %s is missing in the request\"",
"modifier": "private static final",
"original_string": "private static final String MISSING_HEADER_ERROR = \"Header %s is missing in the request\";",
"type": "String",
"var_name": "MISSING_HEADER_ERROR"
},
{
"declarator": "EMPTY_HEADER_ERROR = \"Header %s is empty in the request\"",
"modifier": "private static final",
"original_string": "private static final String EMPTY_HEADER_ERROR = \"Header %s is empty in the request\";",
"type": "String",
"var_name": "EMPTY_HEADER_ERROR"
},
{
"declarator": "ugiCache",
"modifier": "private",
"original_string": "private UGICache ugiCache;",
"type": "UGICache",
"var_name": "ugiCache"
},
{
"declarator": "configurationFactory",
"modifier": "private final",
"original_string": "private final ConfigurationFactory configurationFactory;",
"type": "ConfigurationFactory",
"var_name": "configurationFactory"
},
{
"declarator": "secureLogin",
"modifier": "private final",
"original_string": "private final SecureLogin secureLogin;",
"type": "SecureLogin",
"var_name": "secureLogin"
}
],
"file": "server/pxf-service/src/main/java/org/greenplum/pxf/service/servlet/SecurityServletFilter.java",
"identifier": "SecurityServletFilter",
"interfaces": "implements Filter",
"methods": [
{
"class_method_signature": "SecurityServletFilter.SecurityServletFilter()",
"constructor": true,
"full_signature": "public SecurityServletFilter()",
"identifier": "SecurityServletFilter",
"modifiers": "public",
"parameters": "()",
"return": "",
"signature": " SecurityServletFilter()",
"testcase": false
},
{
"class_method_signature": "SecurityServletFilter.SecurityServletFilter(ConfigurationFactory configurationFactory, SecureLogin secureLogin, UGICache ugiCache)",
"constructor": true,
"full_signature": " SecurityServletFilter(ConfigurationFactory configurationFactory, SecureLogin secureLogin, UGICache ugiCache)",
"identifier": "SecurityServletFilter",
"modifiers": "",
"parameters": "(ConfigurationFactory configurationFactory, SecureLogin secureLogin, UGICache ugiCache)",
"return": "",
"signature": " SecurityServletFilter(ConfigurationFactory configurationFactory, SecureLogin secureLogin, UGICache ugiCache)",
"testcase": false
},
{
"class_method_signature": "SecurityServletFilter.init(FilterConfig filterConfig)",
"constructor": false,
"full_signature": "@Override public void init(FilterConfig filterConfig)",
"identifier": "init",
"modifiers": "@Override public",
"parameters": "(FilterConfig filterConfig)",
"return": "void",
"signature": "void init(FilterConfig filterConfig)",
"testcase": false
},
{
"class_method_signature": "SecurityServletFilter.doFilter(final ServletRequest request, final ServletResponse response, final FilterChain chain)",
"constructor": false,
"full_signature": "@Override public void doFilter(final ServletRequest request, final ServletResponse response, final FilterChain chain)",
"identifier": "doFilter",
"modifiers": "@Override public",
"parameters": "(final ServletRequest request, final ServletResponse response, final FilterChain chain)",
"return": "void",
"signature": "void doFilter(final ServletRequest request, final ServletResponse response, final FilterChain chain)",
"testcase": false
},
{
"class_method_signature": "SecurityServletFilter.destroy()",
"constructor": false,
"full_signature": "@Override public void destroy()",
"identifier": "destroy",
"modifiers": "@Override public",
"parameters": "()",
"return": "void",
"signature": "void destroy()",
"testcase": false
},
{
"class_method_signature": "SecurityServletFilter.getHeaderValueInt(ServletRequest request, String headerKey, boolean required)",
"constructor": false,
"full_signature": "private Integer getHeaderValueInt(ServletRequest request, String headerKey, boolean required)",
"identifier": "getHeaderValueInt",
"modifiers": "private",
"parameters": "(ServletRequest request, String headerKey, boolean required)",
"return": "Integer",
"signature": "Integer getHeaderValueInt(ServletRequest request, String headerKey, boolean required)",
"testcase": false
},
{
"class_method_signature": "SecurityServletFilter.getHeaderValue(ServletRequest request, String headerKey, boolean required)",
"constructor": false,
"full_signature": "private String getHeaderValue(ServletRequest request, String headerKey, boolean required)",
"identifier": "getHeaderValue",
"modifiers": "private",
"parameters": "(ServletRequest request, String headerKey, boolean required)",
"return": "String",
"signature": "String getHeaderValue(ServletRequest request, String headerKey, boolean required)",
"testcase": false
},
{
"class_method_signature": "SecurityServletFilter.getHeaderValueBoolean(ServletRequest request, String headerKey, boolean required)",
"constructor": false,
"full_signature": "private boolean getHeaderValueBoolean(ServletRequest request, String headerKey, boolean required)",
"identifier": "getHeaderValueBoolean",
"modifiers": "private",
"parameters": "(ServletRequest request, String headerKey, boolean required)",
"return": "boolean",
"signature": "boolean getHeaderValueBoolean(ServletRequest request, String headerKey, boolean required)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "@Override\n public void doFilter(final ServletRequest request, final ServletResponse response, final FilterChain chain)\n throws IOException, ServletException {\n\n // retrieve user header and make sure header is present and is not empty\n final String gpdbUser = getHeaderValue(request, USER_HEADER, true);\n final String transactionId = getHeaderValue(request, TRANSACTION_ID_HEADER, true);\n final Integer segmentId = getHeaderValueInt(request, SEGMENT_ID_HEADER, true);\n final boolean lastCallForSegment = getHeaderValueBoolean(request, LAST_FRAGMENT_HEADER, false);\n\n final String serverName = StringUtils.defaultIfBlank(getHeaderValue(request, SERVER_HEADER, false), \"default\");\n final String configDirectory = StringUtils.defaultIfBlank(getHeaderValue(request, CONFIG_HEADER, false), serverName);\n final Configuration configuration = configurationFactory.initConfiguration(configDirectory, serverName, gpdbUser, null);\n final boolean isUserImpersonation = secureLogin.isUserImpersonationEnabled(configuration);\n final boolean isSecurityEnabled = Utilities.isSecurityEnabled(configuration);\n\n // Establish the UGI for the login user or the Kerberos principal for the given server, if applicable\n UserGroupInformation loginUser = secureLogin.getLoginUser(serverName, configDirectory, configuration);\n\n String serviceUser = loginUser.getUserName();\n\n if (!isUserImpersonation && isSecurityEnabled) {\n // When impersonation is disabled and security is enabled\n // we check whether the pxf.service.user.name property was provided\n // and if provided we use the value as the remote user instead of\n // the principal defined in pxf.service.kerberos.principal. However,\n // the principal will need to have proxy privileges on hadoop.\n String pxfServiceUserName = configuration.get(SecureLogin.CONFIG_KEY_SERVICE_USER_NAME);\n if (StringUtils.isNotBlank(pxfServiceUserName)) {\n serviceUser = pxfServiceUserName;\n }\n }\n\n String remoteUser = (isUserImpersonation ? gpdbUser : serviceUser);\n\n SessionId session = new SessionId(\n segmentId,\n transactionId,\n remoteUser,\n serverName,\n isSecurityEnabled,\n loginUser);\n\n final String serviceUserName = serviceUser;\n\n // Prepare privileged action to run on behalf of proxy user\n PrivilegedExceptionAction<Boolean> action = () -> {\n LOG.debug(\"Performing request for gpdb_user = {} as [remote_user = {} service_user = {} login_user ={}] with{} impersonation\",\n gpdbUser, remoteUser, serviceUserName, loginUser.getUserName(), isUserImpersonation ? \"\" : \"out\");\n chain.doFilter(request, response);\n return true;\n };\n\n boolean exceptionDetected = false;\n try {\n // Retrieve proxy user UGI from the UGI of the logged in user\n UserGroupInformation userGroupInformation = ugiCache\n .getUserGroupInformation(session, isUserImpersonation);\n\n LOG.debug(\"Retrieved proxy user {} for server {} and session {}\", userGroupInformation, serverName, session);\n\n // Execute the servlet chain as that user\n userGroupInformation.doAs(action);\n } catch (UndeclaredThrowableException ute) {\n exceptionDetected = true;\n // unwrap the real exception thrown by the action\n throw new ServletException(ute.getCause());\n } catch (InterruptedException ie) {\n exceptionDetected = true;\n throw new ServletException(ie);\n } finally {\n // Optimization to cleanup the cache if it is the last fragment\n boolean releaseUgi = lastCallForSegment || exceptionDetected;\n LOG.debug(\"Releasing UGI from cache for session: {}. {}\",\n session, exceptionDetected\n ? \" Exception while processing\"\n : (lastCallForSegment ? \" Processed last fragment for segment\" : \"\"));\n try {\n ugiCache.release(session, releaseUgi);\n } catch (Throwable t) {\n LOG.error(\"Error releasing UGI from cache for session: {}\", session, t);\n }\n if (releaseUgi) {\n LOG.info(\"Finished processing {}\", session);\n }\n }\n }",
"class_method_signature": "SecurityServletFilter.doFilter(final ServletRequest request, final ServletResponse response, final FilterChain chain)",
"constructor": false,
"full_signature": "@Override public void doFilter(final ServletRequest request, final ServletResponse response, final FilterChain chain)",
"identifier": "doFilter",
"invocations": [
"getHeaderValue",
"getHeaderValue",
"getHeaderValueInt",
"getHeaderValueBoolean",
"defaultIfBlank",
"getHeaderValue",
"defaultIfBlank",
"getHeaderValue",
"initConfiguration",
"isUserImpersonationEnabled",
"isSecurityEnabled",
"getLoginUser",
"getUserName",
"get",
"isNotBlank",
"debug",
"getUserName",
"doFilter",
"getUserGroupInformation",
"debug",
"doAs",
"getCause",
"debug",
"release",
"error",
"info"
],
"modifiers": "@Override public",
"parameters": "(final ServletRequest request, final ServletResponse response, final FilterChain chain)",
"return": "void",
"signature": "void doFilter(final ServletRequest request, final ServletResponse response, final FilterChain chain)",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_295
|
{
"fields": [
{
"declarator": "thrown = ExpectedException.none()",
"modifier": "@Rule\n public",
"original_string": "@Rule\n public ExpectedException thrown = ExpectedException.none();",
"type": "ExpectedException",
"var_name": "thrown"
},
{
"declarator": "resolver",
"modifier": "private",
"original_string": "private ParquetResolver resolver;",
"type": "ParquetResolver",
"var_name": "resolver"
},
{
"declarator": "context",
"modifier": "private",
"original_string": "private RequestContext context;",
"type": "RequestContext",
"var_name": "context"
},
{
"declarator": "schema",
"modifier": "private",
"original_string": "private MessageType schema;",
"type": "MessageType",
"var_name": "schema"
},
{
"declarator": "localTimestampString",
"modifier": "private",
"original_string": "private String localTimestampString;",
"type": "String",
"var_name": "localTimestampString"
}
],
"file": "server/pxf-hdfs/src/test/java/org/greenplum/pxf/plugins/hdfs/ParquetResolverTest.java",
"identifier": "ParquetResolverTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void testGetFields_Primitive_With_Projection() throws IOException {\n schema = getParquetSchemaForPrimitiveTypes(Type.Repetition.OPTIONAL, true);\n context.setTupleDescription(getColumnDescriptorsFromSchema(schema));\n\n // set odd columns to be not projected, their values will become null\n for (int i = 0; i < context.getTupleDescription().size(); i++) {\n context.getTupleDescription().get(i).setProjected(i % 2 == 0);\n }\n\n MessageType readSchema = buildReadSchema(schema);\n // schema has changed, set metadata again\n context.setMetadata(readSchema);\n\n resolver.initialize(context);\n\n // use readSchema to read only specific columns from parquet file into Group\n List<Group> groups = readParquetFile(\"primitive_types.parquet\", 25, readSchema);\n assertEquals(25, groups.size());\n\n List<OneField> fields = assertRow(groups, 0, 16);\n //s1 : \"row1\" : TEXT\n assertField(fields, 0, \"row1\", DataType.TEXT);\n assertField(fields, 1, null, DataType.TEXT);\n assertField(fields, 2, 1, DataType.INTEGER);\n assertField(fields, 3, null, DataType.FLOAT8);\n assertField(fields, 4, BigDecimal.valueOf(1234560000000000000L, 18), DataType.NUMERIC);\n assertField(fields, 5, null, DataType.TIMESTAMP);\n assertField(fields, 6, 7.7f, DataType.REAL);\n assertField(fields, 7, null, DataType.BIGINT);\n assertField(fields, 8, false, DataType.BOOLEAN);\n assertField(fields, 9, null, DataType.SMALLINT);\n assertField(fields, 10, (short) 10, DataType.SMALLINT);\n assertField(fields, 11, null, DataType.TEXT);\n assertField(fields, 12, \"abc\", DataType.TEXT);\n assertField(fields, 13, null, DataType.BYTEA); // 49 is the ascii code for '1'\n // Parquet only stores the Timestamp (timezone information was lost)\n assertField(fields, 14, localTimestampString, DataType.TIMESTAMP);\n // Parquet only stores the Timestamp (timezone information was lost)\n assertField(fields, 15, null, DataType.TIMESTAMP);\n\n // test nulls\n fields = assertRow(groups, 11, 16);\n assertField(fields, 1, null, DataType.TEXT);\n fields = assertRow(groups, 12, 16);\n assertField(fields, 2, null, DataType.INTEGER);\n fields = assertRow(groups, 13, 16);\n assertField(fields, 3, null, DataType.FLOAT8);\n fields = assertRow(groups, 14, 16);\n assertField(fields, 4, null, DataType.NUMERIC);\n fields = assertRow(groups, 15, 16);\n assertField(fields, 5, null, DataType.TIMESTAMP);\n fields = assertRow(groups, 16, 16);\n assertField(fields, 6, null, DataType.REAL);\n fields = assertRow(groups, 17, 16);\n assertField(fields, 7, null, DataType.BIGINT);\n fields = assertRow(groups, 18, 16);\n assertField(fields, 8, null, DataType.BOOLEAN);\n fields = assertRow(groups, 19, 16);\n assertField(fields, 9, null, DataType.SMALLINT);\n fields = assertRow(groups, 20, 16);\n assertField(fields, 10, null, DataType.SMALLINT);\n fields = assertRow(groups, 22, 16);\n assertField(fields, 11, null, DataType.TEXT);\n fields = assertRow(groups, 23, 16);\n assertField(fields, 12, null, DataType.TEXT);\n fields = assertRow(groups, 24, 16);\n assertField(fields, 13, null, DataType.BYTEA);\n }",
"class_method_signature": "ParquetResolverTest.testGetFields_Primitive_With_Projection()",
"constructor": false,
"full_signature": "@Test public void testGetFields_Primitive_With_Projection()",
"identifier": "testGetFields_Primitive_With_Projection",
"invocations": [
"getParquetSchemaForPrimitiveTypes",
"setTupleDescription",
"getColumnDescriptorsFromSchema",
"size",
"getTupleDescription",
"setProjected",
"get",
"getTupleDescription",
"buildReadSchema",
"setMetadata",
"initialize",
"readParquetFile",
"assertEquals",
"size",
"assertRow",
"assertField",
"assertField",
"assertField",
"assertField",
"assertField",
"valueOf",
"assertField",
"assertField",
"assertField",
"assertField",
"assertField",
"assertField",
"assertField",
"assertField",
"assertField",
"assertField",
"assertField",
"assertRow",
"assertField",
"assertRow",
"assertField",
"assertRow",
"assertField",
"assertRow",
"assertField",
"assertRow",
"assertField",
"assertRow",
"assertField",
"assertRow",
"assertField",
"assertRow",
"assertField",
"assertRow",
"assertField",
"assertRow",
"assertField",
"assertRow",
"assertField",
"assertRow",
"assertField",
"assertRow",
"assertField"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testGetFields_Primitive_With_Projection()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "TIMESTAMP_PATTERN = Pattern.compile(\"[+-]\\\\d{2}(:\\\\d{2})?$\")",
"modifier": "public static final",
"original_string": "public static final Pattern TIMESTAMP_PATTERN = Pattern.compile(\"[+-]\\\\d{2}(:\\\\d{2})?$\");",
"type": "Pattern",
"var_name": "TIMESTAMP_PATTERN"
},
{
"declarator": "schema",
"modifier": "private",
"original_string": "private MessageType schema;",
"type": "MessageType",
"var_name": "schema"
},
{
"declarator": "groupFactory",
"modifier": "private",
"original_string": "private SimpleGroupFactory groupFactory;",
"type": "SimpleGroupFactory",
"var_name": "groupFactory"
},
{
"declarator": "mapper = new ObjectMapper()",
"modifier": "private final",
"original_string": "private final ObjectMapper mapper = new ObjectMapper();",
"type": "ObjectMapper",
"var_name": "mapper"
},
{
"declarator": "columnDescriptors",
"modifier": "private",
"original_string": "private List<ColumnDescriptor> columnDescriptors;",
"type": "List<ColumnDescriptor>",
"var_name": "columnDescriptors"
}
],
"file": "server/pxf-hdfs/src/main/java/org/greenplum/pxf/plugins/hdfs/ParquetResolver.java",
"identifier": "ParquetResolver",
"interfaces": "implements Resolver",
"methods": [
{
"class_method_signature": "ParquetResolver.ParquetResolver()",
"constructor": true,
"full_signature": "public ParquetResolver()",
"identifier": "ParquetResolver",
"modifiers": "public",
"parameters": "()",
"return": "",
"signature": " ParquetResolver()",
"testcase": false
},
{
"class_method_signature": "ParquetResolver.ParquetResolver(ConfigurationFactory configurationFactory)",
"constructor": true,
"full_signature": " ParquetResolver(ConfigurationFactory configurationFactory)",
"identifier": "ParquetResolver",
"modifiers": "",
"parameters": "(ConfigurationFactory configurationFactory)",
"return": "",
"signature": " ParquetResolver(ConfigurationFactory configurationFactory)",
"testcase": false
},
{
"class_method_signature": "ParquetResolver.initialize(RequestContext requestContext)",
"constructor": false,
"full_signature": "@Override public void initialize(RequestContext requestContext)",
"identifier": "initialize",
"modifiers": "@Override public",
"parameters": "(RequestContext requestContext)",
"return": "void",
"signature": "void initialize(RequestContext requestContext)",
"testcase": false
},
{
"class_method_signature": "ParquetResolver.getFields(OneRow row)",
"constructor": false,
"full_signature": "@Override public List<OneField> getFields(OneRow row)",
"identifier": "getFields",
"modifiers": "@Override public",
"parameters": "(OneRow row)",
"return": "List<OneField>",
"signature": "List<OneField> getFields(OneRow row)",
"testcase": false
},
{
"class_method_signature": "ParquetResolver.setFields(List<OneField> record)",
"constructor": false,
"full_signature": "@Override public OneRow setFields(List<OneField> record)",
"identifier": "setFields",
"modifiers": "@Override public",
"parameters": "(List<OneField> record)",
"return": "OneRow",
"signature": "OneRow setFields(List<OneField> record)",
"testcase": false
},
{
"class_method_signature": "ParquetResolver.fillGroup(int index, OneField field, Group group, Type type)",
"constructor": false,
"full_signature": "private void fillGroup(int index, OneField field, Group group, Type type)",
"identifier": "fillGroup",
"modifiers": "private",
"parameters": "(int index, OneField field, Group group, Type type)",
"return": "void",
"signature": "void fillGroup(int index, OneField field, Group group, Type type)",
"testcase": false
},
{
"class_method_signature": "ParquetResolver.validateSchema()",
"constructor": false,
"full_signature": "private void validateSchema()",
"identifier": "validateSchema",
"modifiers": "private",
"parameters": "()",
"return": "void",
"signature": "void validateSchema()",
"testcase": false
},
{
"class_method_signature": "ParquetResolver.resolvePrimitive(Group group, int columnIndex, Type type, int level)",
"constructor": false,
"full_signature": "private OneField resolvePrimitive(Group group, int columnIndex, Type type, int level)",
"identifier": "resolvePrimitive",
"modifiers": "private",
"parameters": "(Group group, int columnIndex, Type type, int level)",
"return": "OneField",
"signature": "OneField resolvePrimitive(Group group, int columnIndex, Type type, int level)",
"testcase": false
}
],
"superclass": "extends BasePlugin"
}
|
{
"body": "@Override\n public void initialize(RequestContext requestContext) {\n super.initialize(requestContext);\n this.columnDescriptors = context.getTupleDescription();\n }",
"class_method_signature": "ParquetResolver.initialize(RequestContext requestContext)",
"constructor": false,
"full_signature": "@Override public void initialize(RequestContext requestContext)",
"identifier": "initialize",
"invocations": [
"initialize",
"getTupleDescription"
],
"modifiers": "@Override public",
"parameters": "(RequestContext requestContext)",
"return": "void",
"signature": "void initialize(RequestContext requestContext)",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_128
|
{
"fields": [
{
"declarator": "MINUTES = 60 * 1000L",
"modifier": "private static final",
"original_string": "private static final long MINUTES = 60 * 1000L;",
"type": "long",
"var_name": "MINUTES"
},
{
"declarator": "provider = null",
"modifier": "private",
"original_string": "private UGIProvider provider = null;",
"type": "UGIProvider",
"var_name": "provider"
},
{
"declarator": "session = null",
"modifier": "private",
"original_string": "private SessionId session = null;",
"type": "SessionId",
"var_name": "session"
},
{
"declarator": "cache = null",
"modifier": "private",
"original_string": "private UGICache cache = null;",
"type": "UGICache",
"var_name": "cache"
},
{
"declarator": "fakeTicker",
"modifier": "private",
"original_string": "private FakeTicker fakeTicker;",
"type": "FakeTicker",
"var_name": "fakeTicker"
}
],
"file": "server/pxf-service/src/test/java/org/greenplum/pxf/service/UGICacheTest.java",
"identifier": "UGICacheTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void getProxyUGIWithEquivalentSessionsReturnsTheSameInstance() throws Exception {\n SessionId session2 = new SessionId(0, \"txn-id\", \"the-user\", \"default\");\n UserGroupInformation ugi1 = cache.getUserGroupInformation(session, true);\n UserGroupInformation ugi2 = cache.getUserGroupInformation(session2, true);\n assertEquals(ugi1, ugi2);\n }",
"class_method_signature": "UGICacheTest.getProxyUGIWithEquivalentSessionsReturnsTheSameInstance()",
"constructor": false,
"full_signature": "@Test public void getProxyUGIWithEquivalentSessionsReturnsTheSameInstance()",
"identifier": "getProxyUGIWithEquivalentSessionsReturnsTheSameInstance",
"invocations": [
"getUserGroupInformation",
"getUserGroupInformation",
"assertEquals"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void getProxyUGIWithEquivalentSessionsReturnsTheSameInstance()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "NANOS_PER_MILLIS = 1000000",
"modifier": "static final",
"original_string": "static final int NANOS_PER_MILLIS = 1000000;",
"type": "int",
"var_name": "NANOS_PER_MILLIS"
},
{
"declarator": "UGI_CACHE_EXPIRY = 15 * 60 * 1000L",
"modifier": "static final",
"original_string": "static final long UGI_CACHE_EXPIRY = 15 * 60 * 1000L;",
"type": "long",
"var_name": "UGI_CACHE_EXPIRY"
},
{
"declarator": "LOG = LoggerFactory.getLogger(UGICache.class)",
"modifier": "private static final",
"original_string": "private static final Logger LOG = LoggerFactory.getLogger(UGICache.class);",
"type": "Logger",
"var_name": "LOG"
},
{
"declarator": "cache = new ConcurrentHashMap<>()",
"modifier": "private final",
"original_string": "private final Map<SessionId, Entry> cache = new ConcurrentHashMap<>();",
"type": "Map<SessionId, Entry>",
"var_name": "cache"
},
{
"declarator": "expirationQueueMap = new HashMap<>()",
"modifier": "private final",
"original_string": "private final Map<Integer, DelayQueue<Entry>> expirationQueueMap = new HashMap<>();",
"type": "Map<Integer, DelayQueue<Entry>>",
"var_name": "expirationQueueMap"
},
{
"declarator": "ugiProvider",
"modifier": "private final",
"original_string": "private final UGIProvider ugiProvider;",
"type": "UGIProvider",
"var_name": "ugiProvider"
},
{
"declarator": "ticker",
"modifier": "private final",
"original_string": "private final Ticker ticker;",
"type": "Ticker",
"var_name": "ticker"
}
],
"file": "server/pxf-service/src/main/java/org/greenplum/pxf/service/UGICache.java",
"identifier": "UGICache",
"interfaces": "",
"methods": [
{
"class_method_signature": "UGICache.UGICache(UGIProvider provider, Ticker ticker)",
"constructor": true,
"full_signature": " UGICache(UGIProvider provider, Ticker ticker)",
"identifier": "UGICache",
"modifiers": "",
"parameters": "(UGIProvider provider, Ticker ticker)",
"return": "",
"signature": " UGICache(UGIProvider provider, Ticker ticker)",
"testcase": false
},
{
"class_method_signature": "UGICache.UGICache()",
"constructor": true,
"full_signature": "public UGICache()",
"identifier": "UGICache",
"modifiers": "public",
"parameters": "()",
"return": "",
"signature": " UGICache()",
"testcase": false
},
{
"class_method_signature": "UGICache.getUserGroupInformation(SessionId session, boolean isProxyUser)",
"constructor": false,
"full_signature": "@SuppressWarnings(\"SynchronizationOnLocalVariableOrMethodParameter\") public UserGroupInformation getUserGroupInformation(SessionId session, boolean isProxyUser)",
"identifier": "getUserGroupInformation",
"modifiers": "@SuppressWarnings(\"SynchronizationOnLocalVariableOrMethodParameter\") public",
"parameters": "(SessionId session, boolean isProxyUser)",
"return": "UserGroupInformation",
"signature": "UserGroupInformation getUserGroupInformation(SessionId session, boolean isProxyUser)",
"testcase": false
},
{
"class_method_signature": "UGICache.release(SessionId session, boolean cleanImmediatelyIfNoRefs)",
"constructor": false,
"full_signature": "@SuppressWarnings(\"SynchronizationOnLocalVariableOrMethodParameter\") public void release(SessionId session, boolean cleanImmediatelyIfNoRefs)",
"identifier": "release",
"modifiers": "@SuppressWarnings(\"SynchronizationOnLocalVariableOrMethodParameter\") public",
"parameters": "(SessionId session, boolean cleanImmediatelyIfNoRefs)",
"return": "void",
"signature": "void release(SessionId session, boolean cleanImmediatelyIfNoRefs)",
"testcase": false
},
{
"class_method_signature": "UGICache.size()",
"constructor": false,
"full_signature": " int size()",
"identifier": "size",
"modifiers": "",
"parameters": "()",
"return": "int",
"signature": "int size()",
"testcase": false
},
{
"class_method_signature": "UGICache.allQueuesSize()",
"constructor": false,
"full_signature": " int allQueuesSize()",
"identifier": "allQueuesSize",
"modifiers": "",
"parameters": "()",
"return": "int",
"signature": "int allQueuesSize()",
"testcase": false
},
{
"class_method_signature": "UGICache.contains(SessionId session)",
"constructor": false,
"full_signature": "@SuppressWarnings(\"SynchronizationOnLocalVariableOrMethodParameter\") boolean contains(SessionId session)",
"identifier": "contains",
"modifiers": "@SuppressWarnings(\"SynchronizationOnLocalVariableOrMethodParameter\")",
"parameters": "(SessionId session)",
"return": "boolean",
"signature": "boolean contains(SessionId session)",
"testcase": false
},
{
"class_method_signature": "UGICache.getExpirationQueue(Integer segmentId)",
"constructor": false,
"full_signature": "private DelayQueue<Entry> getExpirationQueue(Integer segmentId)",
"identifier": "getExpirationQueue",
"modifiers": "private",
"parameters": "(Integer segmentId)",
"return": "DelayQueue<Entry>",
"signature": "DelayQueue<Entry> getExpirationQueue(Integer segmentId)",
"testcase": false
},
{
"class_method_signature": "UGICache.cleanup(DelayQueue<Entry> expirationQueue)",
"constructor": false,
"full_signature": "private void cleanup(DelayQueue<Entry> expirationQueue)",
"identifier": "cleanup",
"modifiers": "private",
"parameters": "(DelayQueue<Entry> expirationQueue)",
"return": "void",
"signature": "void cleanup(DelayQueue<Entry> expirationQueue)",
"testcase": false
},
{
"class_method_signature": "UGICache.closeUGI(Entry expiredUGI)",
"constructor": false,
"full_signature": "private void closeUGI(Entry expiredUGI)",
"identifier": "closeUGI",
"modifiers": "private",
"parameters": "(Entry expiredUGI)",
"return": "void",
"signature": "void closeUGI(Entry expiredUGI)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "@SuppressWarnings(\"SynchronizationOnLocalVariableOrMethodParameter\")\n public UserGroupInformation getUserGroupInformation(SessionId session, boolean isProxyUser) throws IOException {\n Integer segmentId = session.getSegmentId();\n String user = session.getUser();\n DelayQueue<Entry> delayQueue = getExpirationQueue(segmentId);\n synchronized (delayQueue) {\n // Use the opportunity to cleanup any expired entries\n cleanup(delayQueue);\n Entry entry = cache.get(session);\n if (entry == null) {\n\n UserGroupInformation ugi;\n if (isProxyUser) {\n LOG.debug(\"{} Creating proxy user = {}\", session, user);\n ugi = ugiProvider.createProxyUGI(user, session.getLoginUser());\n } else {\n LOG.debug(\"{} Creating remote user = {}\", session, user);\n ugi = ugiProvider.createRemoteUser(user, session);\n }\n entry = new Entry(ticker, ugi, session);\n delayQueue.offer(entry);\n cache.put(session, entry);\n }\n entry.incrementRefCount();\n return entry.getUGI();\n }\n }",
"class_method_signature": "UGICache.getUserGroupInformation(SessionId session, boolean isProxyUser)",
"constructor": false,
"full_signature": "@SuppressWarnings(\"SynchronizationOnLocalVariableOrMethodParameter\") public UserGroupInformation getUserGroupInformation(SessionId session, boolean isProxyUser)",
"identifier": "getUserGroupInformation",
"invocations": [
"getSegmentId",
"getUser",
"getExpirationQueue",
"cleanup",
"get",
"debug",
"createProxyUGI",
"getLoginUser",
"debug",
"createRemoteUser",
"offer",
"put",
"incrementRefCount",
"getUGI"
],
"modifiers": "@SuppressWarnings(\"SynchronizationOnLocalVariableOrMethodParameter\") public",
"parameters": "(SessionId session, boolean isProxyUser)",
"return": "UserGroupInformation",
"signature": "UserGroupInformation getUserGroupInformation(SessionId session, boolean isProxyUser)",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_74
|
{
"fields": [
{
"declarator": "PROPERTY_KEY_FRAGMENTER_CACHE = \"pxf.service.fragmenter.cache.enabled\"",
"modifier": "private",
"original_string": "private String PROPERTY_KEY_FRAGMENTER_CACHE = \"pxf.service.fragmenter.cache.enabled\";",
"type": "String",
"var_name": "PROPERTY_KEY_FRAGMENTER_CACHE"
}
],
"file": "server/pxf-api/src/test/java/org/greenplum/pxf/api/utilities/UtilitiesTest.java",
"identifier": "UtilitiesTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void validRestrictedDirectoryName() {\n assertTrue(Utilities.isValidRestrictedDirectoryName(\"pxf\"));\n assertTrue(Utilities.isValidRestrictedDirectoryName(\"\\uD83D\\uDE0A\"));\n }",
"class_method_signature": "UtilitiesTest.validRestrictedDirectoryName()",
"constructor": false,
"full_signature": "@Test public void validRestrictedDirectoryName()",
"identifier": "validRestrictedDirectoryName",
"invocations": [
"assertTrue",
"isValidRestrictedDirectoryName",
"assertTrue",
"isValidRestrictedDirectoryName"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void validRestrictedDirectoryName()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "LOG = LoggerFactory.getLogger(Utilities.class)",
"modifier": "private static final",
"original_string": "private static final Logger LOG = LoggerFactory.getLogger(Utilities.class);",
"type": "Logger",
"var_name": "LOG"
},
{
"declarator": "PROPERTY_KEY_FRAGMENTER_CACHE = \"pxf.service.fragmenter.cache.enabled\"",
"modifier": "private static final",
"original_string": "private static final String PROPERTY_KEY_FRAGMENTER_CACHE = \"pxf.service.fragmenter.cache.enabled\";",
"type": "String",
"var_name": "PROPERTY_KEY_FRAGMENTER_CACHE"
},
{
"declarator": "PROHIBITED_CHARS = new char[]{'/', '\\\\', '.', ' ', ',', ';'}",
"modifier": "private static final",
"original_string": "private static final char[] PROHIBITED_CHARS = new char[]{'/', '\\\\', '.', ' ', ',', ';'};",
"type": "char[]",
"var_name": "PROHIBITED_CHARS"
},
{
"declarator": "HOSTS = new String[]{\"localhost\"}",
"modifier": "private static final",
"original_string": "private static final String[] HOSTS = new String[]{\"localhost\"};",
"type": "String[]",
"var_name": "HOSTS"
},
{
"declarator": "SCHEME_PATTERN = Pattern.compile(\"^((([^:/?#]+):)?//)?\")",
"modifier": "public static final",
"original_string": "public static final Pattern SCHEME_PATTERN = Pattern.compile(\"^((([^:/?#]+):)?//)?\");",
"type": "Pattern",
"var_name": "SCHEME_PATTERN"
},
{
"declarator": "NON_HOSTNAME_CHARACTERS = Pattern.compile(\"[:/?#]\")",
"modifier": "public static final",
"original_string": "public static final Pattern NON_HOSTNAME_CHARACTERS = Pattern.compile(\"[:/?#]\");",
"type": "Pattern",
"var_name": "NON_HOSTNAME_CHARACTERS"
}
],
"file": "server/pxf-api/src/main/java/org/greenplum/pxf/api/utilities/Utilities.java",
"identifier": "Utilities",
"interfaces": "",
"methods": [
{
"class_method_signature": "Utilities.parseBase64(String encoded, String paramName)",
"constructor": false,
"full_signature": "public static byte[] parseBase64(String encoded, String paramName)",
"identifier": "parseBase64",
"modifiers": "public static",
"parameters": "(String encoded, String paramName)",
"return": "byte[]",
"signature": "byte[] parseBase64(String encoded, String paramName)",
"testcase": false
},
{
"class_method_signature": "Utilities.isValidDirectoryName(String name)",
"constructor": false,
"full_signature": "public static boolean isValidDirectoryName(String name)",
"identifier": "isValidDirectoryName",
"modifiers": "public static",
"parameters": "(String name)",
"return": "boolean",
"signature": "boolean isValidDirectoryName(String name)",
"testcase": false
},
{
"class_method_signature": "Utilities.isValidRestrictedDirectoryName(String name)",
"constructor": false,
"full_signature": "public static boolean isValidRestrictedDirectoryName(String name)",
"identifier": "isValidRestrictedDirectoryName",
"modifiers": "public static",
"parameters": "(String name)",
"return": "boolean",
"signature": "boolean isValidRestrictedDirectoryName(String name)",
"testcase": false
},
{
"class_method_signature": "Utilities.isValidRestrictedDirectoryName(String name, boolean checkForProhibitedChars)",
"constructor": false,
"full_signature": "private static boolean isValidRestrictedDirectoryName(String name, boolean checkForProhibitedChars)",
"identifier": "isValidRestrictedDirectoryName",
"modifiers": "private static",
"parameters": "(String name, boolean checkForProhibitedChars)",
"return": "boolean",
"signature": "boolean isValidRestrictedDirectoryName(String name, boolean checkForProhibitedChars)",
"testcase": false
},
{
"class_method_signature": "Utilities.createAnyInstance(Class<?> confClass,\n String className, RequestContext metaData)",
"constructor": false,
"full_signature": "public static Object createAnyInstance(Class<?> confClass,\n String className, RequestContext metaData)",
"identifier": "createAnyInstance",
"modifiers": "public static",
"parameters": "(Class<?> confClass,\n String className, RequestContext metaData)",
"return": "Object",
"signature": "Object createAnyInstance(Class<?> confClass,\n String className, RequestContext metaData)",
"testcase": false
},
{
"class_method_signature": "Utilities.createAnyInstance(String className)",
"constructor": false,
"full_signature": "public static Object createAnyInstance(String className)",
"identifier": "createAnyInstance",
"modifiers": "public static",
"parameters": "(String className)",
"return": "Object",
"signature": "Object createAnyInstance(String className)",
"testcase": false
},
{
"class_method_signature": "Utilities.instantiate(Constructor<?> con, Object... args)",
"constructor": false,
"full_signature": "private static Object instantiate(Constructor<?> con, Object... args)",
"identifier": "instantiate",
"modifiers": "private static",
"parameters": "(Constructor<?> con, Object... args)",
"return": "Object",
"signature": "Object instantiate(Constructor<?> con, Object... args)",
"testcase": false
},
{
"class_method_signature": "Utilities.byteArrayToOctalString(byte[] bytes, StringBuilder sb)",
"constructor": false,
"full_signature": "public static void byteArrayToOctalString(byte[] bytes, StringBuilder sb)",
"identifier": "byteArrayToOctalString",
"modifiers": "public static",
"parameters": "(byte[] bytes, StringBuilder sb)",
"return": "void",
"signature": "void byteArrayToOctalString(byte[] bytes, StringBuilder sb)",
"testcase": false
},
{
"class_method_signature": "Utilities.maskNonPrintables(String input)",
"constructor": false,
"full_signature": "public static String maskNonPrintables(String input)",
"identifier": "maskNonPrintables",
"modifiers": "public static",
"parameters": "(String input)",
"return": "String",
"signature": "String maskNonPrintables(String input)",
"testcase": false
},
{
"class_method_signature": "Utilities.parseFragmentMetadata(RequestContext context)",
"constructor": false,
"full_signature": "public static FragmentMetadata parseFragmentMetadata(RequestContext context)",
"identifier": "parseFragmentMetadata",
"modifiers": "public static",
"parameters": "(RequestContext context)",
"return": "FragmentMetadata",
"signature": "FragmentMetadata parseFragmentMetadata(RequestContext context)",
"testcase": false
},
{
"class_method_signature": "Utilities.aggregateOptimizationsSupported(RequestContext requestContext)",
"constructor": false,
"full_signature": "public static boolean aggregateOptimizationsSupported(RequestContext requestContext)",
"identifier": "aggregateOptimizationsSupported",
"modifiers": "public static",
"parameters": "(RequestContext requestContext)",
"return": "boolean",
"signature": "boolean aggregateOptimizationsSupported(RequestContext requestContext)",
"testcase": false
},
{
"class_method_signature": "Utilities.implementsInterface(String className, Class<?> iface)",
"constructor": false,
"full_signature": "public static boolean implementsInterface(String className, Class<?> iface)",
"identifier": "implementsInterface",
"modifiers": "public static",
"parameters": "(String className, Class<?> iface)",
"return": "boolean",
"signature": "boolean implementsInterface(String className, Class<?> iface)",
"testcase": false
},
{
"class_method_signature": "Utilities.isFragmenterCacheEnabled()",
"constructor": false,
"full_signature": "public static boolean isFragmenterCacheEnabled()",
"identifier": "isFragmenterCacheEnabled",
"modifiers": "public static",
"parameters": "()",
"return": "boolean",
"signature": "boolean isFragmenterCacheEnabled()",
"testcase": false
},
{
"class_method_signature": "Utilities.absoluteDataPath(String dataSource)",
"constructor": false,
"full_signature": "public static String absoluteDataPath(String dataSource)",
"identifier": "absoluteDataPath",
"modifiers": "public static",
"parameters": "(String dataSource)",
"return": "String",
"signature": "String absoluteDataPath(String dataSource)",
"testcase": false
},
{
"class_method_signature": "Utilities.isSecurityEnabled(Configuration configuration)",
"constructor": false,
"full_signature": "public static boolean isSecurityEnabled(Configuration configuration)",
"identifier": "isSecurityEnabled",
"modifiers": "public static",
"parameters": "(Configuration configuration)",
"return": "boolean",
"signature": "boolean isSecurityEnabled(Configuration configuration)",
"testcase": false
},
{
"class_method_signature": "Utilities.rightTrimWhiteSpace(String s)",
"constructor": false,
"full_signature": "public static String rightTrimWhiteSpace(String s)",
"identifier": "rightTrimWhiteSpace",
"modifiers": "public static",
"parameters": "(String s)",
"return": "String",
"signature": "String rightTrimWhiteSpace(String s)",
"testcase": false
},
{
"class_method_signature": "Utilities.getHost(String uri)",
"constructor": false,
"full_signature": "public static String getHost(String uri)",
"identifier": "getHost",
"modifiers": "public static",
"parameters": "(String uri)",
"return": "String",
"signature": "String getHost(String uri)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public static boolean isValidRestrictedDirectoryName(String name) {\n return isValidRestrictedDirectoryName(name, true);\n }",
"class_method_signature": "Utilities.isValidRestrictedDirectoryName(String name)",
"constructor": false,
"full_signature": "public static boolean isValidRestrictedDirectoryName(String name)",
"identifier": "isValidRestrictedDirectoryName",
"invocations": [
"isValidRestrictedDirectoryName"
],
"modifiers": "public static",
"parameters": "(String name)",
"return": "boolean",
"signature": "boolean isValidRestrictedDirectoryName(String name)",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_344
|
{
"fields": [
{
"declarator": "expectedException = ExpectedException.none()",
"modifier": "@Rule\n public",
"original_string": "@Rule\n public ExpectedException expectedException = ExpectedException.none();",
"type": "ExpectedException",
"var_name": "expectedException"
},
{
"declarator": "manager = ConnectionManager.getInstance()",
"modifier": "private",
"original_string": "private ConnectionManager manager = ConnectionManager.getInstance();",
"type": "ConnectionManager",
"var_name": "manager"
},
{
"declarator": "connProps",
"modifier": "private",
"original_string": "private Properties connProps, poolProps;",
"type": "Properties",
"var_name": "connProps"
},
{
"declarator": "mockConnection",
"modifier": "private",
"original_string": "private Connection mockConnection;",
"type": "Connection",
"var_name": "mockConnection"
}
],
"file": "server/pxf-jdbc/src/test/java/org/greenplum/pxf/plugins/jdbc/utils/ConnectionManagerTest.java",
"identifier": "ConnectionManagerTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void testSingletonInstance() {\n assertSame(manager, ConnectionManager.getInstance());\n }",
"class_method_signature": "ConnectionManagerTest.testSingletonInstance()",
"constructor": false,
"full_signature": "@Test public void testSingletonInstance()",
"identifier": "testSingletonInstance",
"invocations": [
"assertSame",
"getInstance"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testSingletonInstance()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "LOG = LoggerFactory.getLogger(ConnectionManager.class)",
"modifier": "private static final",
"original_string": "private static final Logger LOG = LoggerFactory.getLogger(ConnectionManager.class);",
"type": "Logger",
"var_name": "LOG"
},
{
"declarator": "CLEANUP_SLEEP_INTERVAL_NANOS = TimeUnit.MINUTES.toNanos(5)",
"modifier": "static final",
"original_string": "static final long CLEANUP_SLEEP_INTERVAL_NANOS = TimeUnit.MINUTES.toNanos(5);",
"type": "long",
"var_name": "CLEANUP_SLEEP_INTERVAL_NANOS"
},
{
"declarator": "CLEANUP_TIMEOUT_NANOS = TimeUnit.HOURS.toNanos(24)",
"modifier": "static final",
"original_string": "static final long CLEANUP_TIMEOUT_NANOS = TimeUnit.HOURS.toNanos(24);",
"type": "long",
"var_name": "CLEANUP_TIMEOUT_NANOS"
},
{
"declarator": "POOL_EXPIRATION_TIMEOUT_HOURS = 6",
"modifier": "static final",
"original_string": "static final long POOL_EXPIRATION_TIMEOUT_HOURS = 6;",
"type": "long",
"var_name": "POOL_EXPIRATION_TIMEOUT_HOURS"
},
{
"declarator": "instance = new ConnectionManager()",
"modifier": "private static final",
"original_string": "private static final ConnectionManager instance = new ConnectionManager();",
"type": "ConnectionManager",
"var_name": "instance"
},
{
"declarator": "datasourceClosingExecutor",
"modifier": "private",
"original_string": "private Executor datasourceClosingExecutor;",
"type": "Executor",
"var_name": "datasourceClosingExecutor"
},
{
"declarator": "dataSources",
"modifier": "private",
"original_string": "private LoadingCache<PoolDescriptor, HikariDataSource> dataSources;",
"type": "LoadingCache<PoolDescriptor, HikariDataSource>",
"var_name": "dataSources"
}
],
"file": "server/pxf-jdbc/src/main/java/org/greenplum/pxf/plugins/jdbc/utils/ConnectionManager.java",
"identifier": "ConnectionManager",
"interfaces": "",
"methods": [
{
"class_method_signature": "ConnectionManager.ConnectionManager()",
"constructor": true,
"full_signature": "private ConnectionManager()",
"identifier": "ConnectionManager",
"modifiers": "private",
"parameters": "()",
"return": "",
"signature": " ConnectionManager()",
"testcase": false
},
{
"class_method_signature": "ConnectionManager.ConnectionManager(DataSourceFactory factory, Ticker ticker, long sleepIntervalNanos)",
"constructor": true,
"full_signature": " ConnectionManager(DataSourceFactory factory, Ticker ticker, long sleepIntervalNanos)",
"identifier": "ConnectionManager",
"modifiers": "",
"parameters": "(DataSourceFactory factory, Ticker ticker, long sleepIntervalNanos)",
"return": "",
"signature": " ConnectionManager(DataSourceFactory factory, Ticker ticker, long sleepIntervalNanos)",
"testcase": false
},
{
"class_method_signature": "ConnectionManager.cleanCache()",
"constructor": false,
"full_signature": " void cleanCache()",
"identifier": "cleanCache",
"modifiers": "",
"parameters": "()",
"return": "void",
"signature": "void cleanCache()",
"testcase": false
},
{
"class_method_signature": "ConnectionManager.getInstance()",
"constructor": false,
"full_signature": "public static ConnectionManager getInstance()",
"identifier": "getInstance",
"modifiers": "public static",
"parameters": "()",
"return": "ConnectionManager",
"signature": "ConnectionManager getInstance()",
"testcase": false
},
{
"class_method_signature": "ConnectionManager.getConnection(String server, String jdbcUrl, Properties connectionConfiguration, boolean isPoolEnabled, Properties poolConfiguration, String qualifier)",
"constructor": false,
"full_signature": "public Connection getConnection(String server, String jdbcUrl, Properties connectionConfiguration, boolean isPoolEnabled, Properties poolConfiguration, String qualifier)",
"identifier": "getConnection",
"modifiers": "public",
"parameters": "(String server, String jdbcUrl, Properties connectionConfiguration, boolean isPoolEnabled, Properties poolConfiguration, String qualifier)",
"return": "Connection",
"signature": "Connection getConnection(String server, String jdbcUrl, Properties connectionConfiguration, boolean isPoolEnabled, Properties poolConfiguration, String qualifier)",
"testcase": false
},
{
"class_method_signature": "ConnectionManager.maskPassword(String password)",
"constructor": false,
"full_signature": "public static String maskPassword(String password)",
"identifier": "maskPassword",
"modifiers": "public static",
"parameters": "(String password)",
"return": "String",
"signature": "String maskPassword(String password)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public static ConnectionManager getInstance() {\n return instance;\n }",
"class_method_signature": "ConnectionManager.getInstance()",
"constructor": false,
"full_signature": "public static ConnectionManager getInstance()",
"identifier": "getInstance",
"invocations": [],
"modifiers": "public static",
"parameters": "()",
"return": "ConnectionManager",
"signature": "ConnectionManager getInstance()",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_201
|
{
"fields": [
{
"declarator": "parameters",
"modifier": "private",
"original_string": "private MultivaluedMap<String, String> parameters;",
"type": "MultivaluedMap<String, String>",
"var_name": "parameters"
},
{
"declarator": "parser",
"modifier": "private",
"original_string": "private HttpRequestParser parser;",
"type": "HttpRequestParser",
"var_name": "parser"
},
{
"declarator": "mockRequestHeaders",
"modifier": "@Mock\n private",
"original_string": "@Mock\n private ContainerRequest mockRequestHeaders;",
"type": "ContainerRequest",
"var_name": "mockRequestHeaders"
},
{
"declarator": "mockPluginConf",
"modifier": "@Mock\n private",
"original_string": "@Mock\n private PluginConf mockPluginConf;",
"type": "PluginConf",
"var_name": "mockPluginConf"
},
{
"declarator": "thrown = ExpectedException.none()",
"modifier": "@Rule\n public",
"original_string": "@Rule\n public ExpectedException thrown = ExpectedException.none();",
"type": "ExpectedException",
"var_name": "thrown"
}
],
"file": "server/pxf-service/src/test/java/org/greenplum/pxf/service/HttpRequestParserTest.java",
"identifier": "HttpRequestParserTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void getFragmentMetadata() {\n RequestContext context = parser.parseRequest(mockRequestHeaders, RequestType.FRAGMENTER);\n byte[] location = context.getFragmentMetadata();\n assertEquals(\"Something in the way\", new String(location));\n }",
"class_method_signature": "HttpRequestParserTest.getFragmentMetadata()",
"constructor": false,
"full_signature": "@Test public void getFragmentMetadata()",
"identifier": "getFragmentMetadata",
"invocations": [
"parseRequest",
"getFragmentMetadata",
"assertEquals"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void getFragmentMetadata()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "TRUE_LCASE = \"true\"",
"modifier": "private static final",
"original_string": "private static final String TRUE_LCASE = \"true\";",
"type": "String",
"var_name": "TRUE_LCASE"
},
{
"declarator": "FALSE_LCASE = \"false\"",
"modifier": "private static final",
"original_string": "private static final String FALSE_LCASE = \"false\";",
"type": "String",
"var_name": "FALSE_LCASE"
},
{
"declarator": "LOG = LoggerFactory.getLogger(HttpRequestParser.class)",
"modifier": "private static final",
"original_string": "private static final Logger LOG = LoggerFactory.getLogger(HttpRequestParser.class);",
"type": "Logger",
"var_name": "LOG"
},
{
"declarator": "instance = new HttpRequestParser()",
"modifier": "private static final",
"original_string": "private static final HttpRequestParser instance = new HttpRequestParser();",
"type": "HttpRequestParser",
"var_name": "instance"
},
{
"declarator": "PROFILE_SCHEME = \"PROFILE-SCHEME\"",
"modifier": "private static final",
"original_string": "private static final String PROFILE_SCHEME = \"PROFILE-SCHEME\";",
"type": "String",
"var_name": "PROFILE_SCHEME"
},
{
"declarator": "pluginConf",
"modifier": "private",
"original_string": "private PluginConf pluginConf;",
"type": "PluginConf",
"var_name": "pluginConf"
}
],
"file": "server/pxf-service/src/main/java/org/greenplum/pxf/service/HttpRequestParser.java",
"identifier": "HttpRequestParser",
"interfaces": "implements RequestParser<HttpHeaders>",
"methods": [
{
"class_method_signature": "HttpRequestParser.HttpRequestParser()",
"constructor": true,
"full_signature": "public HttpRequestParser()",
"identifier": "HttpRequestParser",
"modifiers": "public",
"parameters": "()",
"return": "",
"signature": " HttpRequestParser()",
"testcase": false
},
{
"class_method_signature": "HttpRequestParser.HttpRequestParser(PluginConf pluginConf)",
"constructor": true,
"full_signature": " HttpRequestParser(PluginConf pluginConf)",
"identifier": "HttpRequestParser",
"modifiers": "",
"parameters": "(PluginConf pluginConf)",
"return": "",
"signature": " HttpRequestParser(PluginConf pluginConf)",
"testcase": false
},
{
"class_method_signature": "HttpRequestParser.getInstance()",
"constructor": false,
"full_signature": "public static HttpRequestParser getInstance()",
"identifier": "getInstance",
"modifiers": "public static",
"parameters": "()",
"return": "HttpRequestParser",
"signature": "HttpRequestParser getInstance()",
"testcase": false
},
{
"class_method_signature": "HttpRequestParser.protocolViolation(String property)",
"constructor": false,
"full_signature": "private static void protocolViolation(String property)",
"identifier": "protocolViolation",
"modifiers": "private static",
"parameters": "(String property)",
"return": "void",
"signature": "void protocolViolation(String property)",
"testcase": false
},
{
"class_method_signature": "HttpRequestParser.parseRequest(HttpHeaders request, RequestContext.RequestType requestType)",
"constructor": false,
"full_signature": "@Override public RequestContext parseRequest(HttpHeaders request, RequestContext.RequestType requestType)",
"identifier": "parseRequest",
"modifiers": "@Override public",
"parameters": "(HttpHeaders request, RequestContext.RequestType requestType)",
"return": "RequestContext",
"signature": "RequestContext parseRequest(HttpHeaders request, RequestContext.RequestType requestType)",
"testcase": false
},
{
"class_method_signature": "HttpRequestParser.parseGreenplumCSV(RequestMap params, RequestContext context)",
"constructor": false,
"full_signature": "private void parseGreenplumCSV(RequestMap params, RequestContext context)",
"identifier": "parseGreenplumCSV",
"modifiers": "private",
"parameters": "(RequestMap params, RequestContext context)",
"return": "void",
"signature": "void parseGreenplumCSV(RequestMap params, RequestContext context)",
"testcase": false
},
{
"class_method_signature": "HttpRequestParser.addProfilePlugins(String profile, RequestMap params)",
"constructor": false,
"full_signature": "private void addProfilePlugins(String profile, RequestMap params)",
"identifier": "addProfilePlugins",
"modifiers": "private",
"parameters": "(String profile, RequestMap params)",
"return": "void",
"signature": "void addProfilePlugins(String profile, RequestMap params)",
"testcase": false
},
{
"class_method_signature": "HttpRequestParser.parseBooleanValue(String threadSafeStr)",
"constructor": false,
"full_signature": "private boolean parseBooleanValue(String threadSafeStr)",
"identifier": "parseBooleanValue",
"modifiers": "private",
"parameters": "(String threadSafeStr)",
"return": "boolean",
"signature": "boolean parseBooleanValue(String threadSafeStr)",
"testcase": false
},
{
"class_method_signature": "HttpRequestParser.parseTupleDescription(RequestMap params, RequestContext context)",
"constructor": false,
"full_signature": "private void parseTupleDescription(RequestMap params, RequestContext context)",
"identifier": "parseTupleDescription",
"modifiers": "private",
"parameters": "(RequestMap params, RequestContext context)",
"return": "void",
"signature": "void parseTupleDescription(RequestMap params, RequestContext context)",
"testcase": false
},
{
"class_method_signature": "HttpRequestParser.parseTypeMods(RequestMap params, int columnIndex)",
"constructor": false,
"full_signature": "private Integer[] parseTypeMods(RequestMap params, int columnIndex)",
"identifier": "parseTypeMods",
"modifiers": "private",
"parameters": "(RequestMap params, int columnIndex)",
"return": "Integer[]",
"signature": "Integer[] parseTypeMods(RequestMap params, int columnIndex)",
"testcase": false
},
{
"class_method_signature": "HttpRequestParser.parsePositiveIntOrError(String s, String propName)",
"constructor": false,
"full_signature": "private int parsePositiveIntOrError(String s, String propName)",
"identifier": "parsePositiveIntOrError",
"modifiers": "private",
"parameters": "(String s, String propName)",
"return": "int",
"signature": "int parsePositiveIntOrError(String s, String propName)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "@Override\n public RequestContext parseRequest(HttpHeaders request, RequestContext.RequestType requestType) {\n\n RequestMap params = new RequestMap(request.getRequestHeaders());\n\n if (LOG.isDebugEnabled()) {\n // Logging only keys to prevent sensitive data to be logged\n LOG.debug(\"Parsing request parameters: \" + params.keySet());\n }\n\n // build new instance of RequestContext and fill it with parsed values\n RequestContext context = new RequestContext();\n\n // whether we are in a fragmenter, read_bridge, or write_bridge scenario\n context.setRequestType(requestType);\n\n // first of all, set profile and enrich parameters with information from specified profile\n String profile = params.removeUserProperty(\"PROFILE\");\n context.setProfile(profile);\n addProfilePlugins(profile, params);\n\n // Ext table uses system property FORMAT for wire serialization format\n String wireFormat = params.removeProperty(\"FORMAT\");\n context.setOutputFormat(OutputFormat.valueOf(wireFormat));\n\n // FDW uses user property FORMAT to indicate format of data\n String format = params.removeUserProperty(\"FORMAT\");\n format = StringUtils.isNotBlank(format) ? format : context.inferFormatName();\n context.setFormat(format);\n\n context.setAccessor(params.removeUserProperty(\"ACCESSOR\"));\n context.setAggType(EnumAggregationType.getAggregationType(params.removeOptionalProperty(\"AGG-TYPE\")));\n\n /*\n * Some resources don't require a fragment, hence the list can be empty.\n */\n String fragmentStr = params.removeOptionalProperty(\"DATA-FRAGMENT\");\n if (StringUtils.isNotBlank(fragmentStr)) {\n context.setDataFragment(Integer.parseInt(fragmentStr));\n }\n\n context.setDataSource(params.removeProperty(\"DATA-DIR\"));\n\n String filterString = params.removeOptionalProperty(\"FILTER\");\n String hasFilter = params.removeProperty(\"HAS-FILTER\");\n if (filterString != null) {\n context.setFilterString(filterString);\n } else if (\"1\".equals(hasFilter)) {\n LOG.info(\"Original query has filter, but it was not propagated to PXF\");\n }\n\n context.setFragmenter(params.removeUserProperty(\"FRAGMENTER\"));\n\n String fragmentIndexStr = params.removeOptionalProperty(\"FRAGMENT-INDEX\");\n if (StringUtils.isNotBlank(fragmentIndexStr)) {\n context.setFragmentIndex(Integer.parseInt(fragmentIndexStr));\n }\n\n String encodedFragmentMetadata = params.removeOptionalProperty(\"FRAGMENT-METADATA\");\n context.setFragmentMetadata(Utilities.parseBase64(encodedFragmentMetadata, \"Fragment metadata information\"));\n context.setHost(params.removeProperty(\"URL-HOST\"));\n context.setMetadata(params.removeUserProperty(\"METADATA\"));\n context.setPort(params.removeIntProperty(\"URL-PORT\"));\n context.setProfileScheme(params.removeUserProperty(PROFILE_SCHEME));\n context.setProtocol(params.removeUserProperty(\"PROTOCOL\"));\n context.setRemoteLogin(params.removeOptionalProperty(\"REMOTE-USER\"));\n context.setRemoteSecret(params.removeOptionalProperty(\"REMOTE-PASS\"));\n context.setResolver(params.removeUserProperty(\"RESOLVER\"));\n context.setSegmentId(params.removeIntProperty(\"SEGMENT-ID\"));\n context.setServerName(params.removeUserProperty(\"SERVER\"));\n\n // An optional CONFIG value specifies the name of the server\n // configuration directory, if not provided the config is the server name\n String config = params.removeUserProperty(\"CONFIG\");\n context.setConfig(StringUtils.isNotBlank(config) ? config : context.getServerName());\n\n String maxFrags = params.removeUserProperty(\"STATS-MAX-FRAGMENTS\");\n if (!StringUtils.isBlank(maxFrags)) {\n context.setStatsMaxFragments(Integer.parseInt(maxFrags));\n }\n\n String sampleRatioStr = params.removeUserProperty(\"STATS-SAMPLE-RATIO\");\n if (!StringUtils.isBlank(sampleRatioStr)) {\n context.setStatsSampleRatio(Float.parseFloat(sampleRatioStr));\n }\n\n context.setTotalSegments(params.removeIntProperty(\"SEGMENT-COUNT\"));\n context.setTransactionId(params.removeProperty(\"XID\"));\n\n // parse tuple description\n parseTupleDescription(params, context);\n\n if (context.getOutputFormat() == OutputFormat.TEXT) {\n // parse CSV format information\n parseGreenplumCSV(params, context);\n\n // Only single column tables support 'OFF' delimiter\n if (context.getTupleDescription().size() != 1 && context.getGreenplumCSV().getDelimiter() == null) {\n throw new IllegalArgumentException(String.format(\"using no delimiter is only possible for a single column table. %d columns found\", context.getTupleDescription().size()));\n }\n }\n\n context.setUser(params.removeProperty(\"USER\"));\n\n String encodedFragmentUserData = params.removeOptionalProperty(\"FRAGMENT-USER-DATA\");\n context.setUserData(Utilities.parseBase64(encodedFragmentUserData, \"Fragment user data\"));\n\n // Store alignment for global use as a system property\n System.setProperty(\"greenplum.alignment\", params.removeProperty(\"ALIGNMENT\"));\n\n Map<String, String> optionMappings = null;\n\n // prepare addition configuration properties if profile was specified\n if (StringUtils.isNotBlank(profile)) {\n optionMappings = pluginConf.getOptionMappings(profile);\n }\n\n // use empty map for convenience instead of null\n if (optionMappings == null) {\n optionMappings = Collections.emptyMap();\n }\n\n Map<String, String> additionalConfigProps = new HashMap<>();\n\n // Iterate over the remaining properties\n // we clone the keyset to prevent concurrent modification exceptions\n List<String> paramNames = new ArrayList<>(params.keySet());\n for (String param : paramNames) {\n if (StringUtils.startsWithIgnoreCase(param, RequestMap.USER_PROP_PREFIX)) {\n // Add all left-over user properties as options\n String optionName = param.toLowerCase().replace(RequestMap.USER_PROP_PREFIX_LOWERCASE, \"\");\n String optionValue = params.removeUserProperty(optionName);\n context.addOption(optionName, optionValue);\n LOG.debug(\"Added option {} to request context\", optionName);\n\n // lookup if the option should also be applied as a config property\n String propertyName = optionMappings.get(optionName);\n if (StringUtils.isNotBlank(propertyName)) {\n // if option has been provided by the user in the request, set the value\n // of the corresponding configuration property\n if (optionValue != null) {\n additionalConfigProps.put(propertyName, optionValue);\n // do not log property value as it might contain sensitive information\n LOG.debug(\"Added extra config property {} from option {}\", propertyName, optionName);\n }\n }\n } else if (StringUtils.startsWithIgnoreCase(param, RequestMap.PROP_PREFIX)) {\n // log debug for all left-over system properties\n LOG.debug(\"Unused property {}\", param);\n }\n }\n\n context.setAdditionalConfigProps(additionalConfigProps);\n context.setPluginConf(pluginConf);\n\n // Call the protocol handler for any protocol-specific logic handling\n if (StringUtils.isNotBlank(profile)) {\n String handlerClassName = pluginConf.getHandler(profile);\n if (StringUtils.isNotBlank(handlerClassName)) {\n Class<?> clazz;\n try {\n clazz = Class.forName(handlerClassName);\n ProtocolHandler handler = (ProtocolHandler) clazz.getDeclaredConstructor().newInstance();\n context.setFragmenter(handler.getFragmenterClassName(context));\n context.setAccessor(handler.getAccessorClassName(context));\n context.setResolver(handler.getResolverClassName(context));\n } catch (ClassNotFoundException | NoSuchMethodException | InvocationTargetException |\n InstantiationException | IllegalAccessException e) {\n throw new RuntimeException(String.format(\"Error when invoking handlerClass '%s' : %s\", handlerClassName, e), e);\n }\n }\n }\n\n // validate that the result has all required fields, and values are in valid ranges\n context.validate();\n\n return context;\n }",
"class_method_signature": "HttpRequestParser.parseRequest(HttpHeaders request, RequestContext.RequestType requestType)",
"constructor": false,
"full_signature": "@Override public RequestContext parseRequest(HttpHeaders request, RequestContext.RequestType requestType)",
"identifier": "parseRequest",
"invocations": [
"getRequestHeaders",
"isDebugEnabled",
"debug",
"keySet",
"setRequestType",
"removeUserProperty",
"setProfile",
"addProfilePlugins",
"removeProperty",
"setOutputFormat",
"valueOf",
"removeUserProperty",
"isNotBlank",
"inferFormatName",
"setFormat",
"setAccessor",
"removeUserProperty",
"setAggType",
"getAggregationType",
"removeOptionalProperty",
"removeOptionalProperty",
"isNotBlank",
"setDataFragment",
"parseInt",
"setDataSource",
"removeProperty",
"removeOptionalProperty",
"removeProperty",
"setFilterString",
"equals",
"info",
"setFragmenter",
"removeUserProperty",
"removeOptionalProperty",
"isNotBlank",
"setFragmentIndex",
"parseInt",
"removeOptionalProperty",
"setFragmentMetadata",
"parseBase64",
"setHost",
"removeProperty",
"setMetadata",
"removeUserProperty",
"setPort",
"removeIntProperty",
"setProfileScheme",
"removeUserProperty",
"setProtocol",
"removeUserProperty",
"setRemoteLogin",
"removeOptionalProperty",
"setRemoteSecret",
"removeOptionalProperty",
"setResolver",
"removeUserProperty",
"setSegmentId",
"removeIntProperty",
"setServerName",
"removeUserProperty",
"removeUserProperty",
"setConfig",
"isNotBlank",
"getServerName",
"removeUserProperty",
"isBlank",
"setStatsMaxFragments",
"parseInt",
"removeUserProperty",
"isBlank",
"setStatsSampleRatio",
"parseFloat",
"setTotalSegments",
"removeIntProperty",
"setTransactionId",
"removeProperty",
"parseTupleDescription",
"getOutputFormat",
"parseGreenplumCSV",
"size",
"getTupleDescription",
"getDelimiter",
"getGreenplumCSV",
"format",
"size",
"getTupleDescription",
"setUser",
"removeProperty",
"removeOptionalProperty",
"setUserData",
"parseBase64",
"setProperty",
"removeProperty",
"isNotBlank",
"getOptionMappings",
"emptyMap",
"keySet",
"startsWithIgnoreCase",
"replace",
"toLowerCase",
"removeUserProperty",
"addOption",
"debug",
"get",
"isNotBlank",
"put",
"debug",
"startsWithIgnoreCase",
"debug",
"setAdditionalConfigProps",
"setPluginConf",
"isNotBlank",
"getHandler",
"isNotBlank",
"forName",
"newInstance",
"getDeclaredConstructor",
"setFragmenter",
"getFragmenterClassName",
"setAccessor",
"getAccessorClassName",
"setResolver",
"getResolverClassName",
"format",
"validate"
],
"modifiers": "@Override public",
"parameters": "(HttpHeaders request, RequestContext.RequestType requestType)",
"return": "RequestContext",
"signature": "RequestContext parseRequest(HttpHeaders request, RequestContext.RequestType requestType)",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_23
|
{
"fields": [
{
"declarator": "thrown = ExpectedException.none()",
"modifier": "@Rule\n public",
"original_string": "@Rule\n public ExpectedException thrown = ExpectedException.none();",
"type": "ExpectedException",
"var_name": "thrown"
},
{
"declarator": "context",
"modifier": "private",
"original_string": "private RequestContext context;",
"type": "RequestContext",
"var_name": "context"
}
],
"file": "server/pxf-api/src/test/java/org/greenplum/pxf/api/model/RequestContextTest.java",
"identifier": "RequestContextTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void testStatsSampleRatioFailsOnLessThanOneTenThousand() {\n thrown.expect(IllegalArgumentException.class);\n thrown.expectMessage(\"Wrong value '5.0E-5'. STATS-SAMPLE-RATIO must be a value between 0.0001 and 1.0\");\n context.setStatsSampleRatio(0.00005f);\n }",
"class_method_signature": "RequestContextTest.testStatsSampleRatioFailsOnLessThanOneTenThousand()",
"constructor": false,
"full_signature": "@Test public void testStatsSampleRatioFailsOnLessThanOneTenThousand()",
"identifier": "testStatsSampleRatioFailsOnLessThanOneTenThousand",
"invocations": [
"expect",
"expectMessage",
"setStatsSampleRatio"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testStatsSampleRatioFailsOnLessThanOneTenThousand()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "requestType",
"modifier": "private",
"original_string": "private RequestType requestType;",
"type": "RequestType",
"var_name": "requestType"
},
{
"declarator": "accessor",
"modifier": "private",
"original_string": "private String accessor;",
"type": "String",
"var_name": "accessor"
},
{
"declarator": "aggType",
"modifier": "private",
"original_string": "private EnumAggregationType aggType;",
"type": "EnumAggregationType",
"var_name": "aggType"
},
{
"declarator": "config",
"modifier": "private",
"original_string": "private String config;",
"type": "String",
"var_name": "config"
},
{
"declarator": "dataFragment = -1",
"modifier": "private",
"original_string": "private int dataFragment = -1;",
"type": "int",
"var_name": "dataFragment"
},
{
"declarator": "dataSource",
"modifier": "private",
"original_string": "private String dataSource;",
"type": "String",
"var_name": "dataSource"
},
{
"declarator": "fragmenter",
"modifier": "private",
"original_string": "private String fragmenter;",
"type": "String",
"var_name": "fragmenter"
},
{
"declarator": "fragmentIndex",
"modifier": "private",
"original_string": "private int fragmentIndex;",
"type": "int",
"var_name": "fragmentIndex"
},
{
"declarator": "fragmentMetadata = null",
"modifier": "private",
"original_string": "private byte[] fragmentMetadata = null;",
"type": "byte[]",
"var_name": "fragmentMetadata"
},
{
"declarator": "filterString",
"modifier": "private",
"original_string": "private String filterString;",
"type": "String",
"var_name": "filterString"
},
{
"declarator": "metadata",
"modifier": "private",
"original_string": "private Object metadata;",
"type": "Object",
"var_name": "metadata"
},
{
"declarator": "outputFormat",
"modifier": "private",
"original_string": "private OutputFormat outputFormat;",
"type": "OutputFormat",
"var_name": "outputFormat"
},
{
"declarator": "port",
"modifier": "private",
"original_string": "private int port;",
"type": "int",
"var_name": "port"
},
{
"declarator": "host",
"modifier": "private",
"original_string": "private String host;",
"type": "String",
"var_name": "host"
},
{
"declarator": "token",
"modifier": "private",
"original_string": "private String token;",
"type": "String",
"var_name": "token"
},
{
"declarator": "statsMaxFragments = 0",
"modifier": "private",
"original_string": "private int statsMaxFragments = 0;",
"type": "int",
"var_name": "statsMaxFragments"
},
{
"declarator": "statsSampleRatio = 0",
"modifier": "private",
"original_string": "private float statsSampleRatio = 0;",
"type": "float",
"var_name": "statsSampleRatio"
},
{
"declarator": "numAttrsProjected",
"modifier": "private",
"original_string": "private int numAttrsProjected;",
"type": "int",
"var_name": "numAttrsProjected"
},
{
"declarator": "profile",
"modifier": "private",
"original_string": "private String profile;",
"type": "String",
"var_name": "profile"
},
{
"declarator": "profileScheme",
"modifier": "private",
"original_string": "private String profileScheme;",
"type": "String",
"var_name": "profileScheme"
},
{
"declarator": "protocol",
"modifier": "private",
"original_string": "private String protocol;",
"type": "String",
"var_name": "protocol"
},
{
"declarator": "format",
"modifier": "private",
"original_string": "private String format;",
"type": "String",
"var_name": "format"
},
{
"declarator": "greenplumCSV = new GreenplumCSV()",
"modifier": "private",
"original_string": "private GreenplumCSV greenplumCSV = new GreenplumCSV();",
"type": "GreenplumCSV",
"var_name": "greenplumCSV"
},
{
"declarator": "recordkeyColumn",
"modifier": "private",
"original_string": "private ColumnDescriptor recordkeyColumn;",
"type": "ColumnDescriptor",
"var_name": "recordkeyColumn"
},
{
"declarator": "remoteLogin",
"modifier": "private",
"original_string": "private String remoteLogin;",
"type": "String",
"var_name": "remoteLogin"
},
{
"declarator": "remoteSecret",
"modifier": "private",
"original_string": "private String remoteSecret;",
"type": "String",
"var_name": "remoteSecret"
},
{
"declarator": "resolver",
"modifier": "private",
"original_string": "private String resolver;",
"type": "String",
"var_name": "resolver"
},
{
"declarator": "segmentId",
"modifier": "private",
"original_string": "private int segmentId;",
"type": "int",
"var_name": "segmentId"
},
{
"declarator": "transactionId",
"modifier": "private",
"original_string": "private String transactionId;",
"type": "String",
"var_name": "transactionId"
},
{
"declarator": "serverName = \"default\"",
"modifier": "private",
"original_string": "private String serverName = \"default\";",
"type": "String",
"var_name": "serverName"
},
{
"declarator": "totalSegments",
"modifier": "private",
"original_string": "private int totalSegments;",
"type": "int",
"var_name": "totalSegments"
},
{
"declarator": "tupleDescription = new ArrayList<>()",
"modifier": "private",
"original_string": "private List<ColumnDescriptor> tupleDescription = new ArrayList<>();",
"type": "List<ColumnDescriptor>",
"var_name": "tupleDescription"
},
{
"declarator": "user",
"modifier": "private",
"original_string": "private String user;",
"type": "String",
"var_name": "user"
},
{
"declarator": "userData",
"modifier": "private",
"original_string": "private byte[] userData;",
"type": "byte[]",
"var_name": "userData"
},
{
"declarator": "additionalConfigProps",
"modifier": "private",
"original_string": "private Map<String, String> additionalConfigProps;",
"type": "Map<String, String>",
"var_name": "additionalConfigProps"
},
{
"declarator": "options = new TreeMap<>(String.CASE_INSENSITIVE_ORDER)",
"modifier": "private final",
"original_string": "private final Map<String, String> options = new TreeMap<>(String.CASE_INSENSITIVE_ORDER);",
"type": "Map<String, String>",
"var_name": "options"
},
{
"declarator": "pluginConf",
"modifier": "private",
"original_string": "private PluginConf pluginConf;",
"type": "PluginConf",
"var_name": "pluginConf"
}
],
"file": "server/pxf-api/src/main/java/org/greenplum/pxf/api/model/RequestContext.java",
"identifier": "RequestContext",
"interfaces": "",
"methods": [
{
"class_method_signature": "RequestContext.getRequestType()",
"constructor": false,
"full_signature": "public RequestType getRequestType()",
"identifier": "getRequestType",
"modifiers": "public",
"parameters": "()",
"return": "RequestType",
"signature": "RequestType getRequestType()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setRequestType(RequestType requestType)",
"constructor": false,
"full_signature": "public void setRequestType(RequestType requestType)",
"identifier": "setRequestType",
"modifiers": "public",
"parameters": "(RequestType requestType)",
"return": "void",
"signature": "void setRequestType(RequestType requestType)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getOption(String option, String defaultValue)",
"constructor": false,
"full_signature": "public String getOption(String option, String defaultValue)",
"identifier": "getOption",
"modifiers": "public",
"parameters": "(String option, String defaultValue)",
"return": "String",
"signature": "String getOption(String option, String defaultValue)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getOption(String option, int defaultValue)",
"constructor": false,
"full_signature": "public int getOption(String option, int defaultValue)",
"identifier": "getOption",
"modifiers": "public",
"parameters": "(String option, int defaultValue)",
"return": "int",
"signature": "int getOption(String option, int defaultValue)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getOption(String option, int defaultValue, boolean naturalOnly)",
"constructor": false,
"full_signature": "public int getOption(String option, int defaultValue, boolean naturalOnly)",
"identifier": "getOption",
"modifiers": "public",
"parameters": "(String option, int defaultValue, boolean naturalOnly)",
"return": "int",
"signature": "int getOption(String option, int defaultValue, boolean naturalOnly)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getOption(String option)",
"constructor": false,
"full_signature": "public String getOption(String option)",
"identifier": "getOption",
"modifiers": "public",
"parameters": "(String option)",
"return": "String",
"signature": "String getOption(String option)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getOption(String option, boolean defaultValue)",
"constructor": false,
"full_signature": "public boolean getOption(String option, boolean defaultValue)",
"identifier": "getOption",
"modifiers": "public",
"parameters": "(String option, boolean defaultValue)",
"return": "boolean",
"signature": "boolean getOption(String option, boolean defaultValue)",
"testcase": false
},
{
"class_method_signature": "RequestContext.addOption(String name, String value)",
"constructor": false,
"full_signature": "public void addOption(String name, String value)",
"identifier": "addOption",
"modifiers": "public",
"parameters": "(String name, String value)",
"return": "void",
"signature": "void addOption(String name, String value)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getOptions()",
"constructor": false,
"full_signature": "public Map<String, String> getOptions()",
"identifier": "getOptions",
"modifiers": "public",
"parameters": "()",
"return": "Map<String, String>",
"signature": "Map<String, String> getOptions()",
"testcase": false
},
{
"class_method_signature": "RequestContext.getRemoteLogin()",
"constructor": false,
"full_signature": "public String getRemoteLogin()",
"identifier": "getRemoteLogin",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getRemoteLogin()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setRemoteLogin(String remoteLogin)",
"constructor": false,
"full_signature": "public void setRemoteLogin(String remoteLogin)",
"identifier": "setRemoteLogin",
"modifiers": "public",
"parameters": "(String remoteLogin)",
"return": "void",
"signature": "void setRemoteLogin(String remoteLogin)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getRemoteSecret()",
"constructor": false,
"full_signature": "public String getRemoteSecret()",
"identifier": "getRemoteSecret",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getRemoteSecret()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setRemoteSecret(String remoteSecret)",
"constructor": false,
"full_signature": "public void setRemoteSecret(String remoteSecret)",
"identifier": "setRemoteSecret",
"modifiers": "public",
"parameters": "(String remoteSecret)",
"return": "void",
"signature": "void setRemoteSecret(String remoteSecret)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getUserData()",
"constructor": false,
"full_signature": "public byte[] getUserData()",
"identifier": "getUserData",
"modifiers": "public",
"parameters": "()",
"return": "byte[]",
"signature": "byte[] getUserData()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setUserData(byte[] userData)",
"constructor": false,
"full_signature": "public void setUserData(byte[] userData)",
"identifier": "setUserData",
"modifiers": "public",
"parameters": "(byte[] userData)",
"return": "void",
"signature": "void setUserData(byte[] userData)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getFragmentMetadata()",
"constructor": false,
"full_signature": "public byte[] getFragmentMetadata()",
"identifier": "getFragmentMetadata",
"modifiers": "public",
"parameters": "()",
"return": "byte[]",
"signature": "byte[] getFragmentMetadata()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setFragmentMetadata(byte[] fragmentMetadata)",
"constructor": false,
"full_signature": "public void setFragmentMetadata(byte[] fragmentMetadata)",
"identifier": "setFragmentMetadata",
"modifiers": "public",
"parameters": "(byte[] fragmentMetadata)",
"return": "void",
"signature": "void setFragmentMetadata(byte[] fragmentMetadata)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getFragmentUserData()",
"constructor": false,
"full_signature": "public byte[] getFragmentUserData()",
"identifier": "getFragmentUserData",
"modifiers": "public",
"parameters": "()",
"return": "byte[]",
"signature": "byte[] getFragmentUserData()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setFragmentUserData(byte[] userData)",
"constructor": false,
"full_signature": "public void setFragmentUserData(byte[] userData)",
"identifier": "setFragmentUserData",
"modifiers": "public",
"parameters": "(byte[] userData)",
"return": "void",
"signature": "void setFragmentUserData(byte[] userData)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getTotalSegments()",
"constructor": false,
"full_signature": "public int getTotalSegments()",
"identifier": "getTotalSegments",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getTotalSegments()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setTotalSegments(int totalSegments)",
"constructor": false,
"full_signature": "public void setTotalSegments(int totalSegments)",
"identifier": "setTotalSegments",
"modifiers": "public",
"parameters": "(int totalSegments)",
"return": "void",
"signature": "void setTotalSegments(int totalSegments)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getSegmentId()",
"constructor": false,
"full_signature": "public int getSegmentId()",
"identifier": "getSegmentId",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getSegmentId()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setSegmentId(int segmentId)",
"constructor": false,
"full_signature": "public void setSegmentId(int segmentId)",
"identifier": "setSegmentId",
"modifiers": "public",
"parameters": "(int segmentId)",
"return": "void",
"signature": "void setSegmentId(int segmentId)",
"testcase": false
},
{
"class_method_signature": "RequestContext.hasFilter()",
"constructor": false,
"full_signature": "public boolean hasFilter()",
"identifier": "hasFilter",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean hasFilter()",
"testcase": false
},
{
"class_method_signature": "RequestContext.hasColumnProjection()",
"constructor": false,
"full_signature": "public boolean hasColumnProjection()",
"identifier": "hasColumnProjection",
"modifiers": "public",
"parameters": "()",
"return": "boolean",
"signature": "boolean hasColumnProjection()",
"testcase": false
},
{
"class_method_signature": "RequestContext.getFilterString()",
"constructor": false,
"full_signature": "public String getFilterString()",
"identifier": "getFilterString",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getFilterString()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setFilterString(String filterString)",
"constructor": false,
"full_signature": "public void setFilterString(String filterString)",
"identifier": "setFilterString",
"modifiers": "public",
"parameters": "(String filterString)",
"return": "void",
"signature": "void setFilterString(String filterString)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getTupleDescription()",
"constructor": false,
"full_signature": "public List<ColumnDescriptor> getTupleDescription()",
"identifier": "getTupleDescription",
"modifiers": "public",
"parameters": "()",
"return": "List<ColumnDescriptor>",
"signature": "List<ColumnDescriptor> getTupleDescription()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setTupleDescription(List<ColumnDescriptor> tupleDescription)",
"constructor": false,
"full_signature": "public void setTupleDescription(List<ColumnDescriptor> tupleDescription)",
"identifier": "setTupleDescription",
"modifiers": "public",
"parameters": "(List<ColumnDescriptor> tupleDescription)",
"return": "void",
"signature": "void setTupleDescription(List<ColumnDescriptor> tupleDescription)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getColumns()",
"constructor": false,
"full_signature": "public int getColumns()",
"identifier": "getColumns",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getColumns()",
"testcase": false
},
{
"class_method_signature": "RequestContext.getColumn(int index)",
"constructor": false,
"full_signature": "public ColumnDescriptor getColumn(int index)",
"identifier": "getColumn",
"modifiers": "public",
"parameters": "(int index)",
"return": "ColumnDescriptor",
"signature": "ColumnDescriptor getColumn(int index)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getConfig()",
"constructor": false,
"full_signature": "public String getConfig()",
"identifier": "getConfig",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getConfig()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setConfig(String config)",
"constructor": false,
"full_signature": "public void setConfig(String config)",
"identifier": "setConfig",
"modifiers": "public",
"parameters": "(String config)",
"return": "void",
"signature": "void setConfig(String config)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getRecordkeyColumn()",
"constructor": false,
"full_signature": "public ColumnDescriptor getRecordkeyColumn()",
"identifier": "getRecordkeyColumn",
"modifiers": "public",
"parameters": "()",
"return": "ColumnDescriptor",
"signature": "ColumnDescriptor getRecordkeyColumn()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setRecordkeyColumn(ColumnDescriptor recordkeyColumn)",
"constructor": false,
"full_signature": "public void setRecordkeyColumn(ColumnDescriptor recordkeyColumn)",
"identifier": "setRecordkeyColumn",
"modifiers": "public",
"parameters": "(ColumnDescriptor recordkeyColumn)",
"return": "void",
"signature": "void setRecordkeyColumn(ColumnDescriptor recordkeyColumn)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getDataSource()",
"constructor": false,
"full_signature": "public String getDataSource()",
"identifier": "getDataSource",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getDataSource()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setDataSource(String dataSource)",
"constructor": false,
"full_signature": "public void setDataSource(String dataSource)",
"identifier": "setDataSource",
"modifiers": "public",
"parameters": "(String dataSource)",
"return": "void",
"signature": "void setDataSource(String dataSource)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getProfile()",
"constructor": false,
"full_signature": "public String getProfile()",
"identifier": "getProfile",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getProfile()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setProfile(String profile)",
"constructor": false,
"full_signature": "public void setProfile(String profile)",
"identifier": "setProfile",
"modifiers": "public",
"parameters": "(String profile)",
"return": "void",
"signature": "void setProfile(String profile)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getAccessor()",
"constructor": false,
"full_signature": "public String getAccessor()",
"identifier": "getAccessor",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getAccessor()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setAccessor(String accessor)",
"constructor": false,
"full_signature": "public void setAccessor(String accessor)",
"identifier": "setAccessor",
"modifiers": "public",
"parameters": "(String accessor)",
"return": "void",
"signature": "void setAccessor(String accessor)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getResolver()",
"constructor": false,
"full_signature": "public String getResolver()",
"identifier": "getResolver",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getResolver()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setResolver(String resolver)",
"constructor": false,
"full_signature": "public void setResolver(String resolver)",
"identifier": "setResolver",
"modifiers": "public",
"parameters": "(String resolver)",
"return": "void",
"signature": "void setResolver(String resolver)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getFragmenter()",
"constructor": false,
"full_signature": "public String getFragmenter()",
"identifier": "getFragmenter",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getFragmenter()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setFragmenter(String fragmenter)",
"constructor": false,
"full_signature": "public void setFragmenter(String fragmenter)",
"identifier": "setFragmenter",
"modifiers": "public",
"parameters": "(String fragmenter)",
"return": "void",
"signature": "void setFragmenter(String fragmenter)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getMetadata()",
"constructor": false,
"full_signature": "public Object getMetadata()",
"identifier": "getMetadata",
"modifiers": "public",
"parameters": "()",
"return": "Object",
"signature": "Object getMetadata()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setMetadata(Object metadata)",
"constructor": false,
"full_signature": "public void setMetadata(Object metadata)",
"identifier": "setMetadata",
"modifiers": "public",
"parameters": "(Object metadata)",
"return": "void",
"signature": "void setMetadata(Object metadata)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getLogin()",
"constructor": false,
"full_signature": "public String getLogin()",
"identifier": "getLogin",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getLogin()",
"testcase": false
},
{
"class_method_signature": "RequestContext.getSecret()",
"constructor": false,
"full_signature": "public String getSecret()",
"identifier": "getSecret",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getSecret()",
"testcase": false
},
{
"class_method_signature": "RequestContext.getDataFragment()",
"constructor": false,
"full_signature": "public int getDataFragment()",
"identifier": "getDataFragment",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getDataFragment()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setDataFragment(int dataFragment)",
"constructor": false,
"full_signature": "public void setDataFragment(int dataFragment)",
"identifier": "setDataFragment",
"modifiers": "public",
"parameters": "(int dataFragment)",
"return": "void",
"signature": "void setDataFragment(int dataFragment)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getAggType()",
"constructor": false,
"full_signature": "public EnumAggregationType getAggType()",
"identifier": "getAggType",
"modifiers": "public",
"parameters": "()",
"return": "EnumAggregationType",
"signature": "EnumAggregationType getAggType()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setAggType(EnumAggregationType aggType)",
"constructor": false,
"full_signature": "public void setAggType(EnumAggregationType aggType)",
"identifier": "setAggType",
"modifiers": "public",
"parameters": "(EnumAggregationType aggType)",
"return": "void",
"signature": "void setAggType(EnumAggregationType aggType)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getFormat()",
"constructor": false,
"full_signature": "public String getFormat()",
"identifier": "getFormat",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getFormat()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setFormat(String format)",
"constructor": false,
"full_signature": "public void setFormat(String format)",
"identifier": "setFormat",
"modifiers": "public",
"parameters": "(String format)",
"return": "void",
"signature": "void setFormat(String format)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getFragmentIndex()",
"constructor": false,
"full_signature": "public int getFragmentIndex()",
"identifier": "getFragmentIndex",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getFragmentIndex()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setFragmentIndex(int fragmentIndex)",
"constructor": false,
"full_signature": "public void setFragmentIndex(int fragmentIndex)",
"identifier": "setFragmentIndex",
"modifiers": "public",
"parameters": "(int fragmentIndex)",
"return": "void",
"signature": "void setFragmentIndex(int fragmentIndex)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getNumAttrsProjected()",
"constructor": false,
"full_signature": "public int getNumAttrsProjected()",
"identifier": "getNumAttrsProjected",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getNumAttrsProjected()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setNumAttrsProjected(int numAttrsProjected)",
"constructor": false,
"full_signature": "public void setNumAttrsProjected(int numAttrsProjected)",
"identifier": "setNumAttrsProjected",
"modifiers": "public",
"parameters": "(int numAttrsProjected)",
"return": "void",
"signature": "void setNumAttrsProjected(int numAttrsProjected)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getServerName()",
"constructor": false,
"full_signature": "public String getServerName()",
"identifier": "getServerName",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getServerName()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setServerName(String serverName)",
"constructor": false,
"full_signature": "public void setServerName(String serverName)",
"identifier": "setServerName",
"modifiers": "public",
"parameters": "(String serverName)",
"return": "void",
"signature": "void setServerName(String serverName)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getUser()",
"constructor": false,
"full_signature": "public String getUser()",
"identifier": "getUser",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getUser()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setUser(String user)",
"constructor": false,
"full_signature": "public void setUser(String user)",
"identifier": "setUser",
"modifiers": "public",
"parameters": "(String user)",
"return": "void",
"signature": "void setUser(String user)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getPort()",
"constructor": false,
"full_signature": "public int getPort()",
"identifier": "getPort",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getPort()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setPort(int port)",
"constructor": false,
"full_signature": "public void setPort(int port)",
"identifier": "setPort",
"modifiers": "public",
"parameters": "(int port)",
"return": "void",
"signature": "void setPort(int port)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getGreenplumCSV()",
"constructor": false,
"full_signature": "public GreenplumCSV getGreenplumCSV()",
"identifier": "getGreenplumCSV",
"modifiers": "public",
"parameters": "()",
"return": "GreenplumCSV",
"signature": "GreenplumCSV getGreenplumCSV()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setGreenplumCSV(GreenplumCSV greenplumCSV)",
"constructor": false,
"full_signature": "public void setGreenplumCSV(GreenplumCSV greenplumCSV)",
"identifier": "setGreenplumCSV",
"modifiers": "public",
"parameters": "(GreenplumCSV greenplumCSV)",
"return": "void",
"signature": "void setGreenplumCSV(GreenplumCSV greenplumCSV)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getOutputFormat()",
"constructor": false,
"full_signature": "public OutputFormat getOutputFormat()",
"identifier": "getOutputFormat",
"modifiers": "public",
"parameters": "()",
"return": "OutputFormat",
"signature": "OutputFormat getOutputFormat()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setOutputFormat(OutputFormat outputFormat)",
"constructor": false,
"full_signature": "public void setOutputFormat(OutputFormat outputFormat)",
"identifier": "setOutputFormat",
"modifiers": "public",
"parameters": "(OutputFormat outputFormat)",
"return": "void",
"signature": "void setOutputFormat(OutputFormat outputFormat)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getHost()",
"constructor": false,
"full_signature": "public String getHost()",
"identifier": "getHost",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getHost()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setHost(String host)",
"constructor": false,
"full_signature": "public void setHost(String host)",
"identifier": "setHost",
"modifiers": "public",
"parameters": "(String host)",
"return": "void",
"signature": "void setHost(String host)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getToken()",
"constructor": false,
"full_signature": "public String getToken()",
"identifier": "getToken",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getToken()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setToken(String token)",
"constructor": false,
"full_signature": "public void setToken(String token)",
"identifier": "setToken",
"modifiers": "public",
"parameters": "(String token)",
"return": "void",
"signature": "void setToken(String token)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getStatsMaxFragments()",
"constructor": false,
"full_signature": "public int getStatsMaxFragments()",
"identifier": "getStatsMaxFragments",
"modifiers": "public",
"parameters": "()",
"return": "int",
"signature": "int getStatsMaxFragments()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setStatsMaxFragments(int statsMaxFragments)",
"constructor": false,
"full_signature": "public void setStatsMaxFragments(int statsMaxFragments)",
"identifier": "setStatsMaxFragments",
"modifiers": "public",
"parameters": "(int statsMaxFragments)",
"return": "void",
"signature": "void setStatsMaxFragments(int statsMaxFragments)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getStatsSampleRatio()",
"constructor": false,
"full_signature": "public float getStatsSampleRatio()",
"identifier": "getStatsSampleRatio",
"modifiers": "public",
"parameters": "()",
"return": "float",
"signature": "float getStatsSampleRatio()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setStatsSampleRatio(float statsSampleRatio)",
"constructor": false,
"full_signature": "public void setStatsSampleRatio(float statsSampleRatio)",
"identifier": "setStatsSampleRatio",
"modifiers": "public",
"parameters": "(float statsSampleRatio)",
"return": "void",
"signature": "void setStatsSampleRatio(float statsSampleRatio)",
"testcase": false
},
{
"class_method_signature": "RequestContext.validate()",
"constructor": false,
"full_signature": "public void validate()",
"identifier": "validate",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void validate()",
"testcase": false
},
{
"class_method_signature": "RequestContext.ensureNotNull(String property, Object value)",
"constructor": false,
"full_signature": "private void ensureNotNull(String property, Object value)",
"identifier": "ensureNotNull",
"modifiers": "private",
"parameters": "(String property, Object value)",
"return": "void",
"signature": "void ensureNotNull(String property, Object value)",
"testcase": false
},
{
"class_method_signature": "RequestContext.fail(String message, Object... args)",
"constructor": false,
"full_signature": "private void fail(String message, Object... args)",
"identifier": "fail",
"modifiers": "private",
"parameters": "(String message, Object... args)",
"return": "void",
"signature": "void fail(String message, Object... args)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getPluginConf()",
"constructor": false,
"full_signature": "public PluginConf getPluginConf()",
"identifier": "getPluginConf",
"modifiers": "public",
"parameters": "()",
"return": "PluginConf",
"signature": "PluginConf getPluginConf()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setPluginConf(PluginConf pluginConf)",
"constructor": false,
"full_signature": "public void setPluginConf(PluginConf pluginConf)",
"identifier": "setPluginConf",
"modifiers": "public",
"parameters": "(PluginConf pluginConf)",
"return": "void",
"signature": "void setPluginConf(PluginConf pluginConf)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getProfileScheme()",
"constructor": false,
"full_signature": "public String getProfileScheme()",
"identifier": "getProfileScheme",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getProfileScheme()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setProfileScheme(String profileScheme)",
"constructor": false,
"full_signature": "public void setProfileScheme(String profileScheme)",
"identifier": "setProfileScheme",
"modifiers": "public",
"parameters": "(String profileScheme)",
"return": "void",
"signature": "void setProfileScheme(String profileScheme)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getProtocol()",
"constructor": false,
"full_signature": "public String getProtocol()",
"identifier": "getProtocol",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getProtocol()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setProtocol(String protocol)",
"constructor": false,
"full_signature": "public void setProtocol(String protocol)",
"identifier": "setProtocol",
"modifiers": "public",
"parameters": "(String protocol)",
"return": "void",
"signature": "void setProtocol(String protocol)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getAdditionalConfigProps()",
"constructor": false,
"full_signature": "public Map<String, String> getAdditionalConfigProps()",
"identifier": "getAdditionalConfigProps",
"modifiers": "public",
"parameters": "()",
"return": "Map<String, String>",
"signature": "Map<String, String> getAdditionalConfigProps()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setAdditionalConfigProps(Map<String, String> additionalConfigProps)",
"constructor": false,
"full_signature": "public void setAdditionalConfigProps(Map<String, String> additionalConfigProps)",
"identifier": "setAdditionalConfigProps",
"modifiers": "public",
"parameters": "(Map<String, String> additionalConfigProps)",
"return": "void",
"signature": "void setAdditionalConfigProps(Map<String, String> additionalConfigProps)",
"testcase": false
},
{
"class_method_signature": "RequestContext.getTransactionId()",
"constructor": false,
"full_signature": "public String getTransactionId()",
"identifier": "getTransactionId",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getTransactionId()",
"testcase": false
},
{
"class_method_signature": "RequestContext.setTransactionId(String transactionId)",
"constructor": false,
"full_signature": "public void setTransactionId(String transactionId)",
"identifier": "setTransactionId",
"modifiers": "public",
"parameters": "(String transactionId)",
"return": "void",
"signature": "void setTransactionId(String transactionId)",
"testcase": false
},
{
"class_method_signature": "RequestContext.inferProtocolName()",
"constructor": false,
"full_signature": "private String inferProtocolName()",
"identifier": "inferProtocolName",
"modifiers": "private",
"parameters": "()",
"return": "String",
"signature": "String inferProtocolName()",
"testcase": false
},
{
"class_method_signature": "RequestContext.inferFormatName()",
"constructor": false,
"full_signature": "public String inferFormatName()",
"identifier": "inferFormatName",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String inferFormatName()",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public void setStatsSampleRatio(float statsSampleRatio) {\n this.statsSampleRatio = statsSampleRatio;\n if (statsSampleRatio < 0.0001 || statsSampleRatio > 1.0) {\n throw new IllegalArgumentException(\n \"Wrong value '\"\n + statsSampleRatio\n + \"'. \"\n + \"STATS-SAMPLE-RATIO must be a value between 0.0001 and 1.0\");\n }\n }",
"class_method_signature": "RequestContext.setStatsSampleRatio(float statsSampleRatio)",
"constructor": false,
"full_signature": "public void setStatsSampleRatio(float statsSampleRatio)",
"identifier": "setStatsSampleRatio",
"invocations": [],
"modifiers": "public",
"parameters": "(float statsSampleRatio)",
"return": "void",
"signature": "void setStatsSampleRatio(float statsSampleRatio)",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_190
|
{
"fields": [
{
"declarator": "response = null",
"modifier": "",
"original_string": "MetadataResponse response = null;",
"type": "MetadataResponse",
"var_name": "response"
}
],
"file": "server/pxf-service/src/test/java/org/greenplum/pxf/service/MetadataResponseFormatterTest.java",
"identifier": "MetadataResponseFormatterTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void formatResponseStringWithSourceType() throws Exception {\n List<Metadata> metadataList = new ArrayList<Metadata>();\n List<Metadata.Field> fields = new ArrayList<Metadata.Field>();\n Metadata.Item itemName = new Metadata.Item(\"default\", \"table1\");\n Metadata metadata = new Metadata(itemName, fields);\n fields.add(new Metadata.Field(\"field1\", EnumGpdbType.Float8Type, \"double\"));\n metadataList.add(metadata);\n\n response = MetadataResponseFormatter.formatResponse(metadataList, \"path.file\");\n StringBuilder expected = new StringBuilder(\"{\\\"PXFMetadata\\\":[{\");\n expected.append(\"\\\"item\\\":{\\\"path\\\":\\\"default\\\",\\\"name\\\":\\\"table1\\\"},\")\n .append(\"\\\"fields\\\":[\")\n .append(\"{\\\"name\\\":\\\"field1\\\",\\\"type\\\":\\\"float8\\\",\\\"sourceType\\\":\\\"double\\\",\\\"complexType\\\":false}\")\n .append(\"]}]}\");\n\n assertEquals(expected.toString(), convertResponseToString(response));\n }",
"class_method_signature": "MetadataResponseFormatterTest.formatResponseStringWithSourceType()",
"constructor": false,
"full_signature": "@Test public void formatResponseStringWithSourceType()",
"identifier": "formatResponseStringWithSourceType",
"invocations": [
"add",
"add",
"formatResponse",
"append",
"append",
"append",
"append",
"assertEquals",
"toString",
"convertResponseToString"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void formatResponseStringWithSourceType()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "LOG = LogFactory.getLog(MetadataResponseFormatter.class)",
"modifier": "private static final",
"original_string": "private static final Log LOG = LogFactory.getLog(MetadataResponseFormatter.class);",
"type": "Log",
"var_name": "LOG"
}
],
"file": "server/pxf-service/src/main/java/org/greenplum/pxf/service/MetadataResponseFormatter.java",
"identifier": "MetadataResponseFormatter",
"interfaces": "",
"methods": [
{
"class_method_signature": "MetadataResponseFormatter.formatResponse(List<Metadata> metadataList, String path)",
"constructor": false,
"full_signature": "public static MetadataResponse formatResponse(List<Metadata> metadataList, String path)",
"identifier": "formatResponse",
"modifiers": "public static",
"parameters": "(List<Metadata> metadataList, String path)",
"return": "MetadataResponse",
"signature": "MetadataResponse formatResponse(List<Metadata> metadataList, String path)",
"testcase": false
},
{
"class_method_signature": "MetadataResponseFormatter.printMetadata(List<Metadata> metadataList, String path)",
"constructor": false,
"full_signature": "private static void printMetadata(List<Metadata> metadataList, String path)",
"identifier": "printMetadata",
"modifiers": "private static",
"parameters": "(List<Metadata> metadataList, String path)",
"return": "void",
"signature": "void printMetadata(List<Metadata> metadataList, String path)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public static MetadataResponse formatResponse(List<Metadata> metadataList, String path) throws IOException {\n /* print the fragment list to log when in debug level */\n if (LOG.isDebugEnabled()) {\n MetadataResponseFormatter.printMetadata(metadataList, path);\n }\n\n return new MetadataResponse(metadataList);\n }",
"class_method_signature": "MetadataResponseFormatter.formatResponse(List<Metadata> metadataList, String path)",
"constructor": false,
"full_signature": "public static MetadataResponse formatResponse(List<Metadata> metadataList, String path)",
"identifier": "formatResponse",
"invocations": [
"isDebugEnabled",
"printMetadata"
],
"modifiers": "public static",
"parameters": "(List<Metadata> metadataList, String path)",
"return": "MetadataResponse",
"signature": "MetadataResponse formatResponse(List<Metadata> metadataList, String path)",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_313
|
{
"fields": [
{
"declarator": "hiveColumn",
"modifier": "",
"original_string": "FieldSchema hiveColumn;",
"type": "FieldSchema",
"var_name": "hiveColumn"
},
{
"declarator": "typesMappings = {\n /* hive type -> gpdb type */\n {\"tinyint\", \"int2\"},\n {\"smallint\", \"int2\"},\n {\"int\", \"int4\"},\n {\"bigint\", \"int8\"},\n {\"boolean\", \"bool\"},\n {\"float\", \"float4\"},\n {\"double\", \"float8\"},\n {\"string\", \"text\"},\n {\"binary\", \"bytea\"},\n {\"timestamp\", \"timestamp\"},\n {\"date\", \"date\"},\n }",
"modifier": "static",
"original_string": "static String[][] typesMappings = {\n /* hive type -> gpdb type */\n {\"tinyint\", \"int2\"},\n {\"smallint\", \"int2\"},\n {\"int\", \"int4\"},\n {\"bigint\", \"int8\"},\n {\"boolean\", \"bool\"},\n {\"float\", \"float4\"},\n {\"double\", \"float8\"},\n {\"string\", \"text\"},\n {\"binary\", \"bytea\"},\n {\"timestamp\", \"timestamp\"},\n {\"date\", \"date\"},\n };",
"type": "String[][]",
"var_name": "typesMappings"
},
{
"declarator": "typesWithModifiers = {\n {\"decimal(19,84)\", \"numeric\", \"19,84\"},\n {\"varchar(13)\", \"varchar\", \"13\"},\n {\"char(40)\", \"bpchar\", \"40\"},\n }",
"modifier": "static",
"original_string": "static String[][] typesWithModifiers = {\n {\"decimal(19,84)\", \"numeric\", \"19,84\"},\n {\"varchar(13)\", \"varchar\", \"13\"},\n {\"char(40)\", \"bpchar\", \"40\"},\n };",
"type": "String[][]",
"var_name": "typesWithModifiers"
},
{
"declarator": "complexTypes = {\n {\"ArraY<string>\", \"text\"},\n {\"MaP<stRing, float>\", \"text\"},\n {\"Struct<street:string, city:string, state:string, zip:int>\", \"text\"},\n {\"UnionType<array<string>, string,int>\", \"text\"}\n }",
"modifier": "static",
"original_string": "static String[][] complexTypes = {\n {\"ArraY<string>\", \"text\"},\n {\"MaP<stRing, float>\", \"text\"},\n {\"Struct<street:string, city:string, state:string, zip:int>\", \"text\"},\n {\"UnionType<array<string>, string,int>\", \"text\"}\n };",
"type": "String[][]",
"var_name": "complexTypes"
}
],
"file": "server/pxf-hive/src/test/java/org/greenplum/pxf/plugins/hive/utilities/HiveUtilitiesTest.java",
"identifier": "HiveUtilitiesTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void mapHiveTypeSimple() throws Exception {\n /*\n * tinyint -> int2\n * smallint -> int2\n * int -> int4\n * bigint -> int8\n * boolean -> bool\n * float -> float4\n * double -> float8\n * string -> text\n * binary -> bytea\n * timestamp -> timestamp\n * date -> date\n */\n for (String[] line : typesMappings) {\n String hiveType = line[0];\n String gpdbTypeName = line[1];\n hiveColumn = new FieldSchema(\"field\" + hiveType, hiveType, null);\n Metadata.Field result = HiveUtilities.mapHiveType(hiveColumn);\n assertEquals(\"field\" + hiveType, result.getName());\n assertEquals(gpdbTypeName, result.getType().getTypeName());\n assertNull(result.getModifiers());\n }\n }",
"class_method_signature": "HiveUtilitiesTest.mapHiveTypeSimple()",
"constructor": false,
"full_signature": "@Test public void mapHiveTypeSimple()",
"identifier": "mapHiveTypeSimple",
"invocations": [
"mapHiveType",
"assertEquals",
"getName",
"assertEquals",
"getTypeName",
"getType",
"assertNull",
"getModifiers"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void mapHiveTypeSimple()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "LOG = LoggerFactory.getLogger(HiveUtilities.class)",
"modifier": "private static final",
"original_string": "private static final Logger LOG = LoggerFactory.getLogger(HiveUtilities.class);",
"type": "Logger",
"var_name": "LOG"
}
],
"file": "server/pxf-hive/src/main/java/org/greenplum/pxf/plugins/hive/utilities/HiveUtilities.java",
"identifier": "HiveUtilities",
"interfaces": "",
"methods": [
{
"class_method_signature": "HiveUtilities.mapHiveType(FieldSchema hiveColumn)",
"constructor": false,
"full_signature": "public static Metadata.Field mapHiveType(FieldSchema hiveColumn)",
"identifier": "mapHiveType",
"modifiers": "public static",
"parameters": "(FieldSchema hiveColumn)",
"return": "Metadata.Field",
"signature": "Metadata.Field mapHiveType(FieldSchema hiveColumn)",
"testcase": false
},
{
"class_method_signature": "HiveUtilities.verifyIntegerModifiers(String[] modifiers)",
"constructor": false,
"full_signature": "private static boolean verifyIntegerModifiers(String[] modifiers)",
"identifier": "verifyIntegerModifiers",
"modifiers": "private static",
"parameters": "(String[] modifiers)",
"return": "boolean",
"signature": "boolean verifyIntegerModifiers(String[] modifiers)",
"testcase": false
},
{
"class_method_signature": "HiveUtilities.toCompatibleHiveType(DataType type, Integer[] modifiers)",
"constructor": false,
"full_signature": "public static String toCompatibleHiveType(DataType type, Integer[] modifiers)",
"identifier": "toCompatibleHiveType",
"modifiers": "public static",
"parameters": "(DataType type, Integer[] modifiers)",
"return": "String",
"signature": "String toCompatibleHiveType(DataType type, Integer[] modifiers)",
"testcase": false
},
{
"class_method_signature": "HiveUtilities.validateTypeCompatible(DataType gpdbDataType, Integer[] gpdbTypeMods, String hiveType, String gpdbColumnName)",
"constructor": false,
"full_signature": "public static void validateTypeCompatible(DataType gpdbDataType, Integer[] gpdbTypeMods, String hiveType, String gpdbColumnName)",
"identifier": "validateTypeCompatible",
"modifiers": "public static",
"parameters": "(DataType gpdbDataType, Integer[] gpdbTypeMods, String hiveType, String gpdbColumnName)",
"return": "void",
"signature": "void validateTypeCompatible(DataType gpdbDataType, Integer[] gpdbTypeMods, String hiveType, String gpdbColumnName)",
"testcase": false
},
{
"class_method_signature": "HiveUtilities.parseHiveUserData(RequestContext context)",
"constructor": false,
"full_signature": "public static HiveUserData parseHiveUserData(RequestContext context)",
"identifier": "parseHiveUserData",
"modifiers": "public static",
"parameters": "(RequestContext context)",
"return": "HiveUserData",
"signature": "HiveUserData parseHiveUserData(RequestContext context)",
"testcase": false
},
{
"class_method_signature": "HiveUtilities.createDeserializer(String serdeClassName)",
"constructor": false,
"full_signature": "public static Deserializer createDeserializer(String serdeClassName)",
"identifier": "createDeserializer",
"modifiers": "public static",
"parameters": "(String serdeClassName)",
"return": "Deserializer",
"signature": "Deserializer createDeserializer(String serdeClassName)",
"testcase": false
},
{
"class_method_signature": "HiveUtilities.getOrcReader(Configuration configuration, RequestContext requestContext)",
"constructor": false,
"full_signature": "public static Reader getOrcReader(Configuration configuration, RequestContext requestContext)",
"identifier": "getOrcReader",
"modifiers": "public static",
"parameters": "(Configuration configuration, RequestContext requestContext)",
"return": "Reader",
"signature": "Reader getOrcReader(Configuration configuration, RequestContext requestContext)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public static Metadata.Field mapHiveType(FieldSchema hiveColumn) throws UnsupportedTypeException {\n String fieldName = hiveColumn.getName();\n String hiveType = hiveColumn.getType(); // Type name and modifiers if any\n String hiveTypeName; // Type name\n String[] modifiers = null; // Modifiers\n EnumHiveToGpdbType hiveToGpdbType = EnumHiveToGpdbType.getHiveToGpdbType(hiveType);\n EnumGpdbType gpdbType = hiveToGpdbType.getGpdbType();\n\n if (hiveToGpdbType.getSplitExpression() != null) {\n String[] tokens = hiveType.split(hiveToGpdbType.getSplitExpression());\n hiveTypeName = tokens[0];\n if (gpdbType.getModifiersNum() > 0) {\n modifiers = Arrays.copyOfRange(tokens, 1, tokens.length);\n if (modifiers.length != gpdbType.getModifiersNum()) {\n throw new UnsupportedTypeException(\n \"GPDB does not support type \" + hiveType\n + \" (Field \" + fieldName + \"), \"\n + \"expected number of modifiers: \"\n + gpdbType.getModifiersNum()\n + \", actual number of modifiers: \"\n + modifiers.length);\n }\n if (!verifyIntegerModifiers(modifiers)) {\n throw new UnsupportedTypeException(\"GPDB does not support type \" + hiveType + \" (Field \" + fieldName + \"), modifiers should be integers\");\n }\n }\n } else\n hiveTypeName = hiveType;\n\n return new Metadata.Field(fieldName, gpdbType, hiveToGpdbType.isComplexType(), hiveTypeName, modifiers);\n }",
"class_method_signature": "HiveUtilities.mapHiveType(FieldSchema hiveColumn)",
"constructor": false,
"full_signature": "public static Metadata.Field mapHiveType(FieldSchema hiveColumn)",
"identifier": "mapHiveType",
"invocations": [
"getName",
"getType",
"getHiveToGpdbType",
"getGpdbType",
"getSplitExpression",
"split",
"getSplitExpression",
"getModifiersNum",
"copyOfRange",
"getModifiersNum",
"getModifiersNum",
"verifyIntegerModifiers",
"isComplexType"
],
"modifiers": "public static",
"parameters": "(FieldSchema hiveColumn)",
"return": "Metadata.Field",
"signature": "Metadata.Field mapHiveType(FieldSchema hiveColumn)",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_256
|
{
"fields": [
{
"declarator": "context",
"modifier": "private",
"original_string": "private RequestContext context;",
"type": "RequestContext",
"var_name": "context"
},
{
"declarator": "schema",
"modifier": "private",
"original_string": "private Schema schema;",
"type": "Schema",
"var_name": "schema"
},
{
"declarator": "testSchema",
"modifier": "private",
"original_string": "private Schema testSchema;",
"type": "Schema",
"var_name": "testSchema"
},
{
"declarator": "avroDirectory",
"modifier": "private",
"original_string": "private String avroDirectory;",
"type": "String",
"var_name": "avroDirectory"
},
{
"declarator": "configuration",
"modifier": "private",
"original_string": "private Configuration configuration;",
"type": "Configuration",
"var_name": "configuration"
},
{
"declarator": "avroUtilities",
"modifier": "private",
"original_string": "private AvroUtilities avroUtilities;",
"type": "AvroUtilities",
"var_name": "avroUtilities"
},
{
"declarator": "hcfsType",
"modifier": "private",
"original_string": "private HcfsType hcfsType;",
"type": "HcfsType",
"var_name": "hcfsType"
},
{
"declarator": "expectedException = ExpectedException.none()",
"modifier": "@Rule\n public",
"original_string": "@Rule\n public ExpectedException expectedException = ExpectedException.none();",
"type": "ExpectedException",
"var_name": "expectedException"
}
],
"file": "server/pxf-hdfs/src/test/java/org/greenplum/pxf/plugins/hdfs/avro/AvroUtilitiesTest.java",
"identifier": "AvroUtilitiesTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void testObtainSchema_OnWrite_WithUserProvidedSchema_Binary_HCFS() {\n avroUtilities = new AvroUtilities((file) -> dontFindLocalFile());\n context.setRequestType(RequestContext.RequestType.WRITE_BRIDGE);\n context.addOption(\"SCHEMA\", avroDirectory + \"user-provided.avro\");\n context.setDataSource(avroDirectory);\n\n schema = avroUtilities.obtainSchema(context, configuration, hcfsType);\n\n verifySchema(schema, \"user_provided_schema\");\n }",
"class_method_signature": "AvroUtilitiesTest.testObtainSchema_OnWrite_WithUserProvidedSchema_Binary_HCFS()",
"constructor": false,
"full_signature": "@Test public void testObtainSchema_OnWrite_WithUserProvidedSchema_Binary_HCFS()",
"identifier": "testObtainSchema_OnWrite_WithUserProvidedSchema_Binary_HCFS",
"invocations": [
"dontFindLocalFile",
"setRequestType",
"addOption",
"setDataSource",
"obtainSchema",
"verifySchema"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testObtainSchema_OnWrite_WithUserProvidedSchema_Binary_HCFS()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "COMMON_NAMESPACE = \"public.avro\"",
"modifier": "private static",
"original_string": "private static String COMMON_NAMESPACE = \"public.avro\";",
"type": "String",
"var_name": "COMMON_NAMESPACE"
},
{
"declarator": "fileSearcher",
"modifier": "private",
"original_string": "private FileSearcher fileSearcher;",
"type": "FileSearcher",
"var_name": "fileSearcher"
},
{
"declarator": "schemaPath",
"modifier": "private",
"original_string": "private String schemaPath;",
"type": "String",
"var_name": "schemaPath"
},
{
"declarator": "LOG = LoggerFactory.getLogger(AvroUtilities.class)",
"modifier": "private final static",
"original_string": "private final static Logger LOG = LoggerFactory.getLogger(AvroUtilities.class);",
"type": "Logger",
"var_name": "LOG"
},
{
"declarator": "schemaFileReaderFactory = AvroSchemaFileReaderFactory.getInstance()",
"modifier": "",
"original_string": "AvroSchemaFileReaderFactory schemaFileReaderFactory = AvroSchemaFileReaderFactory.getInstance();",
"type": "AvroSchemaFileReaderFactory",
"var_name": "schemaFileReaderFactory"
},
{
"declarator": "instance = new AvroUtilities()",
"modifier": "private static",
"original_string": "private static AvroUtilities instance = new AvroUtilities();",
"type": "AvroUtilities",
"var_name": "instance"
}
],
"file": "server/pxf-hdfs/src/main/java/org/greenplum/pxf/plugins/hdfs/avro/AvroUtilities.java",
"identifier": "AvroUtilities",
"interfaces": "",
"methods": [
{
"class_method_signature": "AvroUtilities.AvroUtilities()",
"constructor": true,
"full_signature": "private AvroUtilities()",
"identifier": "AvroUtilities",
"modifiers": "private",
"parameters": "()",
"return": "",
"signature": " AvroUtilities()",
"testcase": false
},
{
"class_method_signature": "AvroUtilities.AvroUtilities(FileSearcher fileSearcher)",
"constructor": true,
"full_signature": " AvroUtilities(FileSearcher fileSearcher)",
"identifier": "AvroUtilities",
"modifiers": "",
"parameters": "(FileSearcher fileSearcher)",
"return": "",
"signature": " AvroUtilities(FileSearcher fileSearcher)",
"testcase": false
},
{
"class_method_signature": "AvroUtilities.getInstance()",
"constructor": false,
"full_signature": "public static AvroUtilities getInstance()",
"identifier": "getInstance",
"modifiers": "public static",
"parameters": "()",
"return": "AvroUtilities",
"signature": "AvroUtilities getInstance()",
"testcase": false
},
{
"class_method_signature": "AvroUtilities.obtainSchema(RequestContext context, Configuration configuration, HcfsType hcfsType)",
"constructor": false,
"full_signature": "public Schema obtainSchema(RequestContext context, Configuration configuration, HcfsType hcfsType)",
"identifier": "obtainSchema",
"modifiers": "public",
"parameters": "(RequestContext context, Configuration configuration, HcfsType hcfsType)",
"return": "Schema",
"signature": "Schema obtainSchema(RequestContext context, Configuration configuration, HcfsType hcfsType)",
"testcase": false
},
{
"class_method_signature": "AvroUtilities.readOrGenerateAvroSchema(RequestContext context, Configuration configuration, HcfsType hcfsType)",
"constructor": false,
"full_signature": "private Schema readOrGenerateAvroSchema(RequestContext context, Configuration configuration, HcfsType hcfsType)",
"identifier": "readOrGenerateAvroSchema",
"modifiers": "private",
"parameters": "(RequestContext context, Configuration configuration, HcfsType hcfsType)",
"return": "Schema",
"signature": "Schema readOrGenerateAvroSchema(RequestContext context, Configuration configuration, HcfsType hcfsType)",
"testcase": false
},
{
"class_method_signature": "AvroUtilities.readSchemaFromAvroDataSource(Configuration configuration, String dataSource)",
"constructor": false,
"full_signature": "private static Schema readSchemaFromAvroDataSource(Configuration configuration, String dataSource)",
"identifier": "readSchemaFromAvroDataSource",
"modifiers": "private static",
"parameters": "(Configuration configuration, String dataSource)",
"return": "Schema",
"signature": "Schema readSchemaFromAvroDataSource(Configuration configuration, String dataSource)",
"testcase": false
},
{
"class_method_signature": "AvroUtilities.searchForFile(String schemaName)",
"constructor": false,
"full_signature": "private static File searchForFile(String schemaName)",
"identifier": "searchForFile",
"modifiers": "private static",
"parameters": "(String schemaName)",
"return": "File",
"signature": "File searchForFile(String schemaName)",
"testcase": false
},
{
"class_method_signature": "AvroUtilities.generateSchema(List<ColumnDescriptor> tupleDescription)",
"constructor": false,
"full_signature": "private static Schema generateSchema(List<ColumnDescriptor> tupleDescription)",
"identifier": "generateSchema",
"modifiers": "private static",
"parameters": "(List<ColumnDescriptor> tupleDescription)",
"return": "Schema",
"signature": "Schema generateSchema(List<ColumnDescriptor> tupleDescription)",
"testcase": false
},
{
"class_method_signature": "AvroUtilities.getFieldSchema(DataType type, String colName)",
"constructor": false,
"full_signature": "private static Schema getFieldSchema(DataType type, String colName)",
"identifier": "getFieldSchema",
"modifiers": "private static",
"parameters": "(DataType type, String colName)",
"return": "Schema",
"signature": "Schema getFieldSchema(DataType type, String colName)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public Schema obtainSchema(RequestContext context, Configuration configuration, HcfsType hcfsType) {\n Schema schema = (Schema) context.getMetadata();\n\n if (schema != null) {\n return schema;\n }\n try {\n schemaPath = context.getDataSource();\n schema = readOrGenerateAvroSchema(context, configuration, hcfsType);\n } catch (Exception e) {\n throw new RuntimeException(String.format(\"Failed to obtain Avro schema from '%s'\", schemaPath), e);\n }\n context.setMetadata(schema);\n return schema;\n }",
"class_method_signature": "AvroUtilities.obtainSchema(RequestContext context, Configuration configuration, HcfsType hcfsType)",
"constructor": false,
"full_signature": "public Schema obtainSchema(RequestContext context, Configuration configuration, HcfsType hcfsType)",
"identifier": "obtainSchema",
"invocations": [
"getMetadata",
"getDataSource",
"readOrGenerateAvroSchema",
"format",
"setMetadata"
],
"modifiers": "public",
"parameters": "(RequestContext context, Configuration configuration, HcfsType hcfsType)",
"return": "Schema",
"signature": "Schema obtainSchema(RequestContext context, Configuration configuration, HcfsType hcfsType)",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_169
|
{
"fields": [
{
"declarator": "expectedException = ExpectedException.none()",
"modifier": "@Rule\n public",
"original_string": "@Rule\n public ExpectedException expectedException = ExpectedException.none();",
"type": "ExpectedException",
"var_name": "expectedException"
},
{
"declarator": "filter",
"modifier": "private",
"original_string": "private SecurityServletFilter filter;",
"type": "SecurityServletFilter",
"var_name": "filter"
},
{
"declarator": "mockServletRequest",
"modifier": "@Mock private",
"original_string": "@Mock private HttpServletRequest mockServletRequest;",
"type": "HttpServletRequest",
"var_name": "mockServletRequest"
},
{
"declarator": "mockServletResponse",
"modifier": "@Mock private",
"original_string": "@Mock private ServletResponse mockServletResponse;",
"type": "ServletResponse",
"var_name": "mockServletResponse"
},
{
"declarator": "mockFilterChain",
"modifier": "@Mock private",
"original_string": "@Mock private FilterChain mockFilterChain;",
"type": "FilterChain",
"var_name": "mockFilterChain"
},
{
"declarator": "mockConfigurationFactory",
"modifier": "@Mock private",
"original_string": "@Mock private ConfigurationFactory mockConfigurationFactory;",
"type": "ConfigurationFactory",
"var_name": "mockConfigurationFactory"
},
{
"declarator": "mockSecureLogin",
"modifier": "@Mock private",
"original_string": "@Mock private SecureLogin mockSecureLogin;",
"type": "SecureLogin",
"var_name": "mockSecureLogin"
},
{
"declarator": "mockUGICache",
"modifier": "@Mock private",
"original_string": "@Mock private UGICache mockUGICache;",
"type": "UGICache",
"var_name": "mockUGICache"
},
{
"declarator": "mockConfiguration",
"modifier": "@Mock private",
"original_string": "@Mock private Configuration mockConfiguration;",
"type": "Configuration",
"var_name": "mockConfiguration"
},
{
"declarator": "mockLoginUGI",
"modifier": "@Mock private",
"original_string": "@Mock private UserGroupInformation mockLoginUGI;",
"type": "UserGroupInformation",
"var_name": "mockLoginUGI"
},
{
"declarator": "mockProxyUGI",
"modifier": "@Mock private",
"original_string": "@Mock private UserGroupInformation mockProxyUGI;",
"type": "UserGroupInformation",
"var_name": "mockProxyUGI"
},
{
"declarator": "session",
"modifier": "@Captor private",
"original_string": "@Captor private ArgumentCaptor<SessionId> session;",
"type": "ArgumentCaptor<SessionId>",
"var_name": "session"
}
],
"file": "server/pxf-service/src/test/java/org/greenplum/pxf/service/servlet/SecurityServletFilterTest.java",
"identifier": "SecurityServletFilterTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n @SuppressWarnings(\"unchecked\")\n public void cleansUGICacheWhenTheFilterExecutionThrowsAnInterruptedException() throws Exception {\n expectedException.expect(ServletException.class);\n expectScenario(false, false, false);\n doThrow(InterruptedException.class).when(mockProxyUGI).doAs(any(PrivilegedExceptionAction.class));\n filter.doFilter(mockServletRequest, mockServletResponse, mockFilterChain);\n verifyScenario(\"login-user\", false);\n verify(mockUGICache).release(any(SessionId.class), eq(true));\n }",
"class_method_signature": "SecurityServletFilterTest.cleansUGICacheWhenTheFilterExecutionThrowsAnInterruptedException()",
"constructor": false,
"full_signature": "@Test @SuppressWarnings(\"unchecked\") public void cleansUGICacheWhenTheFilterExecutionThrowsAnInterruptedException()",
"identifier": "cleansUGICacheWhenTheFilterExecutionThrowsAnInterruptedException",
"invocations": [
"expect",
"expectScenario",
"doAs",
"when",
"doThrow",
"any",
"doFilter",
"verifyScenario",
"release",
"verify",
"any",
"eq"
],
"modifiers": "@Test @SuppressWarnings(\"unchecked\") public",
"parameters": "()",
"return": "void",
"signature": "void cleansUGICacheWhenTheFilterExecutionThrowsAnInterruptedException()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "LOG = LoggerFactory.getLogger(SecurityServletFilter.class)",
"modifier": "private static final",
"original_string": "private static final Logger LOG = LoggerFactory.getLogger(SecurityServletFilter.class);",
"type": "Logger",
"var_name": "LOG"
},
{
"declarator": "CONFIG_HEADER = \"X-GP-OPTIONS-CONFIG\"",
"modifier": "private static final",
"original_string": "private static final String CONFIG_HEADER = \"X-GP-OPTIONS-CONFIG\";",
"type": "String",
"var_name": "CONFIG_HEADER"
},
{
"declarator": "USER_HEADER = \"X-GP-USER\"",
"modifier": "private static final",
"original_string": "private static final String USER_HEADER = \"X-GP-USER\";",
"type": "String",
"var_name": "USER_HEADER"
},
{
"declarator": "SEGMENT_ID_HEADER = \"X-GP-SEGMENT-ID\"",
"modifier": "private static final",
"original_string": "private static final String SEGMENT_ID_HEADER = \"X-GP-SEGMENT-ID\";",
"type": "String",
"var_name": "SEGMENT_ID_HEADER"
},
{
"declarator": "SERVER_HEADER = \"X-GP-OPTIONS-SERVER\"",
"modifier": "private static final",
"original_string": "private static final String SERVER_HEADER = \"X-GP-OPTIONS-SERVER\";",
"type": "String",
"var_name": "SERVER_HEADER"
},
{
"declarator": "TRANSACTION_ID_HEADER = \"X-GP-XID\"",
"modifier": "private static final",
"original_string": "private static final String TRANSACTION_ID_HEADER = \"X-GP-XID\";",
"type": "String",
"var_name": "TRANSACTION_ID_HEADER"
},
{
"declarator": "LAST_FRAGMENT_HEADER = \"X-GP-LAST-FRAGMENT\"",
"modifier": "private static final",
"original_string": "private static final String LAST_FRAGMENT_HEADER = \"X-GP-LAST-FRAGMENT\";",
"type": "String",
"var_name": "LAST_FRAGMENT_HEADER"
},
{
"declarator": "MISSING_HEADER_ERROR = \"Header %s is missing in the request\"",
"modifier": "private static final",
"original_string": "private static final String MISSING_HEADER_ERROR = \"Header %s is missing in the request\";",
"type": "String",
"var_name": "MISSING_HEADER_ERROR"
},
{
"declarator": "EMPTY_HEADER_ERROR = \"Header %s is empty in the request\"",
"modifier": "private static final",
"original_string": "private static final String EMPTY_HEADER_ERROR = \"Header %s is empty in the request\";",
"type": "String",
"var_name": "EMPTY_HEADER_ERROR"
},
{
"declarator": "ugiCache",
"modifier": "private",
"original_string": "private UGICache ugiCache;",
"type": "UGICache",
"var_name": "ugiCache"
},
{
"declarator": "configurationFactory",
"modifier": "private final",
"original_string": "private final ConfigurationFactory configurationFactory;",
"type": "ConfigurationFactory",
"var_name": "configurationFactory"
},
{
"declarator": "secureLogin",
"modifier": "private final",
"original_string": "private final SecureLogin secureLogin;",
"type": "SecureLogin",
"var_name": "secureLogin"
}
],
"file": "server/pxf-service/src/main/java/org/greenplum/pxf/service/servlet/SecurityServletFilter.java",
"identifier": "SecurityServletFilter",
"interfaces": "implements Filter",
"methods": [
{
"class_method_signature": "SecurityServletFilter.SecurityServletFilter()",
"constructor": true,
"full_signature": "public SecurityServletFilter()",
"identifier": "SecurityServletFilter",
"modifiers": "public",
"parameters": "()",
"return": "",
"signature": " SecurityServletFilter()",
"testcase": false
},
{
"class_method_signature": "SecurityServletFilter.SecurityServletFilter(ConfigurationFactory configurationFactory, SecureLogin secureLogin, UGICache ugiCache)",
"constructor": true,
"full_signature": " SecurityServletFilter(ConfigurationFactory configurationFactory, SecureLogin secureLogin, UGICache ugiCache)",
"identifier": "SecurityServletFilter",
"modifiers": "",
"parameters": "(ConfigurationFactory configurationFactory, SecureLogin secureLogin, UGICache ugiCache)",
"return": "",
"signature": " SecurityServletFilter(ConfigurationFactory configurationFactory, SecureLogin secureLogin, UGICache ugiCache)",
"testcase": false
},
{
"class_method_signature": "SecurityServletFilter.init(FilterConfig filterConfig)",
"constructor": false,
"full_signature": "@Override public void init(FilterConfig filterConfig)",
"identifier": "init",
"modifiers": "@Override public",
"parameters": "(FilterConfig filterConfig)",
"return": "void",
"signature": "void init(FilterConfig filterConfig)",
"testcase": false
},
{
"class_method_signature": "SecurityServletFilter.doFilter(final ServletRequest request, final ServletResponse response, final FilterChain chain)",
"constructor": false,
"full_signature": "@Override public void doFilter(final ServletRequest request, final ServletResponse response, final FilterChain chain)",
"identifier": "doFilter",
"modifiers": "@Override public",
"parameters": "(final ServletRequest request, final ServletResponse response, final FilterChain chain)",
"return": "void",
"signature": "void doFilter(final ServletRequest request, final ServletResponse response, final FilterChain chain)",
"testcase": false
},
{
"class_method_signature": "SecurityServletFilter.destroy()",
"constructor": false,
"full_signature": "@Override public void destroy()",
"identifier": "destroy",
"modifiers": "@Override public",
"parameters": "()",
"return": "void",
"signature": "void destroy()",
"testcase": false
},
{
"class_method_signature": "SecurityServletFilter.getHeaderValueInt(ServletRequest request, String headerKey, boolean required)",
"constructor": false,
"full_signature": "private Integer getHeaderValueInt(ServletRequest request, String headerKey, boolean required)",
"identifier": "getHeaderValueInt",
"modifiers": "private",
"parameters": "(ServletRequest request, String headerKey, boolean required)",
"return": "Integer",
"signature": "Integer getHeaderValueInt(ServletRequest request, String headerKey, boolean required)",
"testcase": false
},
{
"class_method_signature": "SecurityServletFilter.getHeaderValue(ServletRequest request, String headerKey, boolean required)",
"constructor": false,
"full_signature": "private String getHeaderValue(ServletRequest request, String headerKey, boolean required)",
"identifier": "getHeaderValue",
"modifiers": "private",
"parameters": "(ServletRequest request, String headerKey, boolean required)",
"return": "String",
"signature": "String getHeaderValue(ServletRequest request, String headerKey, boolean required)",
"testcase": false
},
{
"class_method_signature": "SecurityServletFilter.getHeaderValueBoolean(ServletRequest request, String headerKey, boolean required)",
"constructor": false,
"full_signature": "private boolean getHeaderValueBoolean(ServletRequest request, String headerKey, boolean required)",
"identifier": "getHeaderValueBoolean",
"modifiers": "private",
"parameters": "(ServletRequest request, String headerKey, boolean required)",
"return": "boolean",
"signature": "boolean getHeaderValueBoolean(ServletRequest request, String headerKey, boolean required)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "@Override\n public void doFilter(final ServletRequest request, final ServletResponse response, final FilterChain chain)\n throws IOException, ServletException {\n\n // retrieve user header and make sure header is present and is not empty\n final String gpdbUser = getHeaderValue(request, USER_HEADER, true);\n final String transactionId = getHeaderValue(request, TRANSACTION_ID_HEADER, true);\n final Integer segmentId = getHeaderValueInt(request, SEGMENT_ID_HEADER, true);\n final boolean lastCallForSegment = getHeaderValueBoolean(request, LAST_FRAGMENT_HEADER, false);\n\n final String serverName = StringUtils.defaultIfBlank(getHeaderValue(request, SERVER_HEADER, false), \"default\");\n final String configDirectory = StringUtils.defaultIfBlank(getHeaderValue(request, CONFIG_HEADER, false), serverName);\n final Configuration configuration = configurationFactory.initConfiguration(configDirectory, serverName, gpdbUser, null);\n final boolean isUserImpersonation = secureLogin.isUserImpersonationEnabled(configuration);\n final boolean isSecurityEnabled = Utilities.isSecurityEnabled(configuration);\n\n // Establish the UGI for the login user or the Kerberos principal for the given server, if applicable\n UserGroupInformation loginUser = secureLogin.getLoginUser(serverName, configDirectory, configuration);\n\n String serviceUser = loginUser.getUserName();\n\n if (!isUserImpersonation && isSecurityEnabled) {\n // When impersonation is disabled and security is enabled\n // we check whether the pxf.service.user.name property was provided\n // and if provided we use the value as the remote user instead of\n // the principal defined in pxf.service.kerberos.principal. However,\n // the principal will need to have proxy privileges on hadoop.\n String pxfServiceUserName = configuration.get(SecureLogin.CONFIG_KEY_SERVICE_USER_NAME);\n if (StringUtils.isNotBlank(pxfServiceUserName)) {\n serviceUser = pxfServiceUserName;\n }\n }\n\n String remoteUser = (isUserImpersonation ? gpdbUser : serviceUser);\n\n SessionId session = new SessionId(\n segmentId,\n transactionId,\n remoteUser,\n serverName,\n isSecurityEnabled,\n loginUser);\n\n final String serviceUserName = serviceUser;\n\n // Prepare privileged action to run on behalf of proxy user\n PrivilegedExceptionAction<Boolean> action = () -> {\n LOG.debug(\"Performing request for gpdb_user = {} as [remote_user = {} service_user = {} login_user ={}] with{} impersonation\",\n gpdbUser, remoteUser, serviceUserName, loginUser.getUserName(), isUserImpersonation ? \"\" : \"out\");\n chain.doFilter(request, response);\n return true;\n };\n\n boolean exceptionDetected = false;\n try {\n // Retrieve proxy user UGI from the UGI of the logged in user\n UserGroupInformation userGroupInformation = ugiCache\n .getUserGroupInformation(session, isUserImpersonation);\n\n LOG.debug(\"Retrieved proxy user {} for server {} and session {}\", userGroupInformation, serverName, session);\n\n // Execute the servlet chain as that user\n userGroupInformation.doAs(action);\n } catch (UndeclaredThrowableException ute) {\n exceptionDetected = true;\n // unwrap the real exception thrown by the action\n throw new ServletException(ute.getCause());\n } catch (InterruptedException ie) {\n exceptionDetected = true;\n throw new ServletException(ie);\n } finally {\n // Optimization to cleanup the cache if it is the last fragment\n boolean releaseUgi = lastCallForSegment || exceptionDetected;\n LOG.debug(\"Releasing UGI from cache for session: {}. {}\",\n session, exceptionDetected\n ? \" Exception while processing\"\n : (lastCallForSegment ? \" Processed last fragment for segment\" : \"\"));\n try {\n ugiCache.release(session, releaseUgi);\n } catch (Throwable t) {\n LOG.error(\"Error releasing UGI from cache for session: {}\", session, t);\n }\n if (releaseUgi) {\n LOG.info(\"Finished processing {}\", session);\n }\n }\n }",
"class_method_signature": "SecurityServletFilter.doFilter(final ServletRequest request, final ServletResponse response, final FilterChain chain)",
"constructor": false,
"full_signature": "@Override public void doFilter(final ServletRequest request, final ServletResponse response, final FilterChain chain)",
"identifier": "doFilter",
"invocations": [
"getHeaderValue",
"getHeaderValue",
"getHeaderValueInt",
"getHeaderValueBoolean",
"defaultIfBlank",
"getHeaderValue",
"defaultIfBlank",
"getHeaderValue",
"initConfiguration",
"isUserImpersonationEnabled",
"isSecurityEnabled",
"getLoginUser",
"getUserName",
"get",
"isNotBlank",
"debug",
"getUserName",
"doFilter",
"getUserGroupInformation",
"debug",
"doAs",
"getCause",
"debug",
"release",
"error",
"info"
],
"modifiers": "@Override public",
"parameters": "(final ServletRequest request, final ServletResponse response, final FilterChain chain)",
"return": "void",
"signature": "void doFilter(final ServletRequest request, final ServletResponse response, final FilterChain chain)",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_35
|
{
"fields": [
{
"declarator": "gpCSV",
"modifier": "private",
"original_string": "private GreenplumCSV gpCSV;",
"type": "GreenplumCSV",
"var_name": "gpCSV"
},
{
"declarator": "thrown = ExpectedException.none()",
"modifier": "@Rule\n public",
"original_string": "@Rule\n public ExpectedException thrown = ExpectedException.none();",
"type": "ExpectedException",
"var_name": "thrown"
}
],
"file": "server/pxf-api/src/test/java/org/greenplum/pxf/api/model/GreenplumCSVTest.java",
"identifier": "GreenplumCSVTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void testToCsvFieldEscapesQuotes() {\n String input = \"{\\\"key\\\": \\\"value\\\", \\\"foo\\\": \\\"bar\\\"}\";\n String expected = \"{\\\"\\\"key\\\"\\\": \\\"\\\"value\\\"\\\", \\\"\\\"foo\\\"\\\": \\\"\\\"bar\\\"\\\"}\";\n\n assertEquals(expected, gpCSV.toCsvField(input, false, false));\n assertEquals(\"\\\"\" + expected, gpCSV.toCsvField(input, true, false));\n assertEquals(expected + \"\\\"\", gpCSV.toCsvField(input, false, true));\n assertEquals(\"\\\"\" + expected + \"\\\"\",\n gpCSV.toCsvField(input, true, true));\n }",
"class_method_signature": "GreenplumCSVTest.testToCsvFieldEscapesQuotes()",
"constructor": false,
"full_signature": "@Test public void testToCsvFieldEscapesQuotes()",
"identifier": "testToCsvFieldEscapesQuotes",
"invocations": [
"assertEquals",
"toCsvField",
"assertEquals",
"toCsvField",
"assertEquals",
"toCsvField",
"assertEquals",
"toCsvField"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testToCsvFieldEscapesQuotes()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "QUOTE = '\"'",
"modifier": "private static final",
"original_string": "private static final char QUOTE = '\"';",
"type": "char",
"var_name": "QUOTE"
},
{
"declarator": "ESCAPE = '\"'",
"modifier": "private static final",
"original_string": "private static final char ESCAPE = '\"';",
"type": "char",
"var_name": "ESCAPE"
},
{
"declarator": "DELIMITER = ','",
"modifier": "private static final",
"original_string": "private static final char DELIMITER = ',';",
"type": "char",
"var_name": "DELIMITER"
},
{
"declarator": "NEWLINE = \"\\n\"",
"modifier": "private static final",
"original_string": "private static final String NEWLINE = \"\\n\";",
"type": "String",
"var_name": "NEWLINE"
},
{
"declarator": "VALUE_OF_NULL = \"\"",
"modifier": "private static final",
"original_string": "private static final String VALUE_OF_NULL = \"\";",
"type": "String",
"var_name": "VALUE_OF_NULL"
},
{
"declarator": "valueOfNull",
"modifier": "private",
"original_string": "private String valueOfNull;",
"type": "String",
"var_name": "valueOfNull"
},
{
"declarator": "quote",
"modifier": "private",
"original_string": "private char quote;",
"type": "char",
"var_name": "quote"
},
{
"declarator": "escape",
"modifier": "private",
"original_string": "private Character escape;",
"type": "Character",
"var_name": "escape"
},
{
"declarator": "newline",
"modifier": "private",
"original_string": "private String newline;",
"type": "String",
"var_name": "newline"
},
{
"declarator": "delimiter",
"modifier": "private",
"original_string": "private Character delimiter;",
"type": "Character",
"var_name": "delimiter"
},
{
"declarator": "newlineLength",
"modifier": "private",
"original_string": "private int newlineLength;",
"type": "int",
"var_name": "newlineLength"
}
],
"file": "server/pxf-api/src/main/java/org/greenplum/pxf/api/model/GreenplumCSV.java",
"identifier": "GreenplumCSV",
"interfaces": "",
"methods": [
{
"class_method_signature": "GreenplumCSV.GreenplumCSV()",
"constructor": true,
"full_signature": "public GreenplumCSV()",
"identifier": "GreenplumCSV",
"modifiers": "public",
"parameters": "()",
"return": "",
"signature": " GreenplumCSV()",
"testcase": false
},
{
"class_method_signature": "GreenplumCSV.getValueOfNull()",
"constructor": false,
"full_signature": "public String getValueOfNull()",
"identifier": "getValueOfNull",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getValueOfNull()",
"testcase": false
},
{
"class_method_signature": "GreenplumCSV.getQuote()",
"constructor": false,
"full_signature": "public char getQuote()",
"identifier": "getQuote",
"modifiers": "public",
"parameters": "()",
"return": "char",
"signature": "char getQuote()",
"testcase": false
},
{
"class_method_signature": "GreenplumCSV.getEscape()",
"constructor": false,
"full_signature": "public Character getEscape()",
"identifier": "getEscape",
"modifiers": "public",
"parameters": "()",
"return": "Character",
"signature": "Character getEscape()",
"testcase": false
},
{
"class_method_signature": "GreenplumCSV.getNewline()",
"constructor": false,
"full_signature": "public String getNewline()",
"identifier": "getNewline",
"modifiers": "public",
"parameters": "()",
"return": "String",
"signature": "String getNewline()",
"testcase": false
},
{
"class_method_signature": "GreenplumCSV.getDelimiter()",
"constructor": false,
"full_signature": "public Character getDelimiter()",
"identifier": "getDelimiter",
"modifiers": "public",
"parameters": "()",
"return": "Character",
"signature": "Character getDelimiter()",
"testcase": false
},
{
"class_method_signature": "GreenplumCSV.withValueOfNull(String valueOfNull)",
"constructor": false,
"full_signature": "public GreenplumCSV withValueOfNull(String valueOfNull)",
"identifier": "withValueOfNull",
"modifiers": "public",
"parameters": "(String valueOfNull)",
"return": "GreenplumCSV",
"signature": "GreenplumCSV withValueOfNull(String valueOfNull)",
"testcase": false
},
{
"class_method_signature": "GreenplumCSV.withQuoteChar(String quoteString)",
"constructor": false,
"full_signature": "public GreenplumCSV withQuoteChar(String quoteString)",
"identifier": "withQuoteChar",
"modifiers": "public",
"parameters": "(String quoteString)",
"return": "GreenplumCSV",
"signature": "GreenplumCSV withQuoteChar(String quoteString)",
"testcase": false
},
{
"class_method_signature": "GreenplumCSV.withQuoteChar(char quoteChar)",
"constructor": false,
"full_signature": "public GreenplumCSV withQuoteChar(char quoteChar)",
"identifier": "withQuoteChar",
"modifiers": "public",
"parameters": "(char quoteChar)",
"return": "GreenplumCSV",
"signature": "GreenplumCSV withQuoteChar(char quoteChar)",
"testcase": false
},
{
"class_method_signature": "GreenplumCSV.withEscapeChar(String escapeString)",
"constructor": false,
"full_signature": "public GreenplumCSV withEscapeChar(String escapeString)",
"identifier": "withEscapeChar",
"modifiers": "public",
"parameters": "(String escapeString)",
"return": "GreenplumCSV",
"signature": "GreenplumCSV withEscapeChar(String escapeString)",
"testcase": false
},
{
"class_method_signature": "GreenplumCSV.withEscapeChar(char escapeChar)",
"constructor": false,
"full_signature": "public GreenplumCSV withEscapeChar(char escapeChar)",
"identifier": "withEscapeChar",
"modifiers": "public",
"parameters": "(char escapeChar)",
"return": "GreenplumCSV",
"signature": "GreenplumCSV withEscapeChar(char escapeChar)",
"testcase": false
},
{
"class_method_signature": "GreenplumCSV.withNewline(String newline)",
"constructor": false,
"full_signature": "public GreenplumCSV withNewline(String newline)",
"identifier": "withNewline",
"modifiers": "public",
"parameters": "(String newline)",
"return": "GreenplumCSV",
"signature": "GreenplumCSV withNewline(String newline)",
"testcase": false
},
{
"class_method_signature": "GreenplumCSV.withDelimiter(String delimiterString)",
"constructor": false,
"full_signature": "public GreenplumCSV withDelimiter(String delimiterString)",
"identifier": "withDelimiter",
"modifiers": "public",
"parameters": "(String delimiterString)",
"return": "GreenplumCSV",
"signature": "GreenplumCSV withDelimiter(String delimiterString)",
"testcase": false
},
{
"class_method_signature": "GreenplumCSV.withDelimiter(char delimiterChar)",
"constructor": false,
"full_signature": "public GreenplumCSV withDelimiter(char delimiterChar)",
"identifier": "withDelimiter",
"modifiers": "public",
"parameters": "(char delimiterChar)",
"return": "GreenplumCSV",
"signature": "GreenplumCSV withDelimiter(char delimiterChar)",
"testcase": false
},
{
"class_method_signature": "GreenplumCSV.validateSingleCharacter(String s, String name)",
"constructor": false,
"full_signature": "private void validateSingleCharacter(String s, String name)",
"identifier": "validateSingleCharacter",
"modifiers": "private",
"parameters": "(String s, String name)",
"return": "void",
"signature": "void validateSingleCharacter(String s, String name)",
"testcase": false
},
{
"class_method_signature": "GreenplumCSV.toCsvField(String s, boolean prependQuoteChar, boolean appendQuoteChar)",
"constructor": false,
"full_signature": "public String toCsvField(String s, boolean prependQuoteChar, boolean appendQuoteChar)",
"identifier": "toCsvField",
"modifiers": "public",
"parameters": "(String s, boolean prependQuoteChar, boolean appendQuoteChar)",
"return": "String",
"signature": "String toCsvField(String s, boolean prependQuoteChar, boolean appendQuoteChar)",
"testcase": false
},
{
"class_method_signature": "GreenplumCSV.toCsvField(String s,\n boolean prependQuoteChar,\n boolean appendQuoteChar,\n boolean skipIfQuotingIsNotNeeded)",
"constructor": false,
"full_signature": "public String toCsvField(String s,\n boolean prependQuoteChar,\n boolean appendQuoteChar,\n boolean skipIfQuotingIsNotNeeded)",
"identifier": "toCsvField",
"modifiers": "public",
"parameters": "(String s,\n boolean prependQuoteChar,\n boolean appendQuoteChar,\n boolean skipIfQuotingIsNotNeeded)",
"return": "String",
"signature": "String toCsvField(String s,\n boolean prependQuoteChar,\n boolean appendQuoteChar,\n boolean skipIfQuotingIsNotNeeded)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public String toCsvField(String s, boolean prependQuoteChar, boolean appendQuoteChar) {\n return toCsvField(s, prependQuoteChar, appendQuoteChar, false);\n }",
"class_method_signature": "GreenplumCSV.toCsvField(String s, boolean prependQuoteChar, boolean appendQuoteChar)",
"constructor": false,
"full_signature": "public String toCsvField(String s, boolean prependQuoteChar, boolean appendQuoteChar)",
"identifier": "toCsvField",
"invocations": [
"toCsvField"
],
"modifiers": "public",
"parameters": "(String s, boolean prependQuoteChar, boolean appendQuoteChar)",
"return": "String",
"signature": "String toCsvField(String s, boolean prependQuoteChar, boolean appendQuoteChar)",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_186
|
{
"fields": [
{
"declarator": "expectedException = ExpectedException.none()",
"modifier": "@Rule\n public",
"original_string": "@Rule\n public ExpectedException expectedException = ExpectedException.none();",
"type": "ExpectedException",
"var_name": "expectedException"
}
],
"file": "server/pxf-service/src/test/java/org/greenplum/pxf/service/profile/ProfilesConfTest.java",
"identifier": "ProfilesConfTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void testProfileWithSpacesInName() {\n ProfilesConf profilesConf = getProfilesConf(\"profileWithSpacesInName\");\n\n Map<String, String> map = profilesConf.getPlugins(\"HBase\");\n assertNotNull(map);\n assertEquals(1, map.size());\n assertEquals(\"Y\", map.get(\"accessor\"));\n }",
"class_method_signature": "ProfilesConfTest.testProfileWithSpacesInName()",
"constructor": false,
"full_signature": "@Test public void testProfileWithSpacesInName()",
"identifier": "testProfileWithSpacesInName",
"invocations": [
"getProfilesConf",
"getPlugins",
"assertNotNull",
"assertEquals",
"size",
"assertEquals",
"get"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testProfileWithSpacesInName()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "EXTERNAL_PROFILES = \"pxf-profiles.xml\"",
"modifier": "private final static",
"original_string": "private final static String EXTERNAL_PROFILES = \"pxf-profiles.xml\";",
"type": "String",
"var_name": "EXTERNAL_PROFILES"
},
{
"declarator": "INTERNAL_PROFILES = \"pxf-profiles-default.xml\"",
"modifier": "private final static",
"original_string": "private final static String INTERNAL_PROFILES = \"pxf-profiles-default.xml\";",
"type": "String",
"var_name": "INTERNAL_PROFILES"
},
{
"declarator": "LOG = LoggerFactory.getLogger(ProfilesConf.class)",
"modifier": "private final static",
"original_string": "private final static Logger LOG = LoggerFactory.getLogger(ProfilesConf.class);",
"type": "Logger",
"var_name": "LOG"
},
{
"declarator": "INSTANCE = new ProfilesConf()",
"modifier": "private final static",
"original_string": "private final static ProfilesConf INSTANCE = new ProfilesConf();",
"type": "ProfilesConf",
"var_name": "INSTANCE"
},
{
"declarator": "externalProfilesFilename",
"modifier": "private final",
"original_string": "private final String externalProfilesFilename;",
"type": "String",
"var_name": "externalProfilesFilename"
},
{
"declarator": "profilesMap",
"modifier": "private",
"original_string": "private Map<String, Profile> profilesMap;",
"type": "Map<String, Profile>",
"var_name": "profilesMap"
}
],
"file": "server/pxf-service/src/main/java/org/greenplum/pxf/service/profile/ProfilesConf.java",
"identifier": "ProfilesConf",
"interfaces": "implements PluginConf",
"methods": [
{
"class_method_signature": "ProfilesConf.ProfilesConf()",
"constructor": true,
"full_signature": "private ProfilesConf()",
"identifier": "ProfilesConf",
"modifiers": "private",
"parameters": "()",
"return": "",
"signature": " ProfilesConf()",
"testcase": false
},
{
"class_method_signature": "ProfilesConf.ProfilesConf(String internalProfilesFilename, String externalProfilesFilename)",
"constructor": true,
"full_signature": " ProfilesConf(String internalProfilesFilename, String externalProfilesFilename)",
"identifier": "ProfilesConf",
"modifiers": "",
"parameters": "(String internalProfilesFilename, String externalProfilesFilename)",
"return": "",
"signature": " ProfilesConf(String internalProfilesFilename, String externalProfilesFilename)",
"testcase": false
},
{
"class_method_signature": "ProfilesConf.getInstance()",
"constructor": false,
"full_signature": "public static ProfilesConf getInstance()",
"identifier": "getInstance",
"modifiers": "public static",
"parameters": "()",
"return": "ProfilesConf",
"signature": "ProfilesConf getInstance()",
"testcase": false
},
{
"class_method_signature": "ProfilesConf.getOptionMappings(String profileName)",
"constructor": false,
"full_signature": "@Override public Map<String, String> getOptionMappings(String profileName)",
"identifier": "getOptionMappings",
"modifiers": "@Override public",
"parameters": "(String profileName)",
"return": "Map<String, String>",
"signature": "Map<String, String> getOptionMappings(String profileName)",
"testcase": false
},
{
"class_method_signature": "ProfilesConf.getPlugins(String profileName)",
"constructor": false,
"full_signature": "@Override public Map<String, String> getPlugins(String profileName)",
"identifier": "getPlugins",
"modifiers": "@Override public",
"parameters": "(String profileName)",
"return": "Map<String, String>",
"signature": "Map<String, String> getPlugins(String profileName)",
"testcase": false
},
{
"class_method_signature": "ProfilesConf.getProtocol(String profileName)",
"constructor": false,
"full_signature": "@Override public String getProtocol(String profileName)",
"identifier": "getProtocol",
"modifiers": "@Override public",
"parameters": "(String profileName)",
"return": "String",
"signature": "String getProtocol(String profileName)",
"testcase": false
},
{
"class_method_signature": "ProfilesConf.getHandler(String profileName)",
"constructor": false,
"full_signature": "@Override public String getHandler(String profileName)",
"identifier": "getHandler",
"modifiers": "@Override public",
"parameters": "(String profileName)",
"return": "String",
"signature": "String getHandler(String profileName)",
"testcase": false
},
{
"class_method_signature": "ProfilesConf.getProfile(String profileName)",
"constructor": false,
"full_signature": "private Profile getProfile(String profileName)",
"identifier": "getProfile",
"modifiers": "private",
"parameters": "(String profileName)",
"return": "Profile",
"signature": "Profile getProfile(String profileName)",
"testcase": false
},
{
"class_method_signature": "ProfilesConf.loadConf(String fileName, boolean isMandatory)",
"constructor": false,
"full_signature": "private void loadConf(String fileName, boolean isMandatory)",
"identifier": "loadConf",
"modifiers": "private",
"parameters": "(String fileName, boolean isMandatory)",
"return": "void",
"signature": "void loadConf(String fileName, boolean isMandatory)",
"testcase": false
},
{
"class_method_signature": "ProfilesConf.getClassLoader()",
"constructor": false,
"full_signature": "private ClassLoader getClassLoader()",
"identifier": "getClassLoader",
"modifiers": "private",
"parameters": "()",
"return": "ClassLoader",
"signature": "ClassLoader getClassLoader()",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "@Override\n public Map<String, String> getPlugins(String profileName) {\n Profile profile = getProfile(profileName);\n Map<String, String> result = profile.getPluginsMap();\n if (result.isEmpty()) {\n throw new ProfileConfException(NO_PLUGINS_IN_PROFILE_DEF, profileName, externalProfilesFilename);\n }\n return result;\n }",
"class_method_signature": "ProfilesConf.getPlugins(String profileName)",
"constructor": false,
"full_signature": "@Override public Map<String, String> getPlugins(String profileName)",
"identifier": "getPlugins",
"invocations": [
"getProfile",
"getPluginsMap",
"isEmpty"
],
"modifiers": "@Override public",
"parameters": "(String profileName)",
"return": "Map<String, String>",
"signature": "Map<String, String> getPlugins(String profileName)",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_305
|
{
"fields": [
{
"declarator": "factory",
"modifier": "private",
"original_string": "private CodecFactory factory;",
"type": "CodecFactory",
"var_name": "factory"
},
{
"declarator": "thrown = ExpectedException.none()",
"modifier": "@Rule\n public",
"original_string": "@Rule\n public ExpectedException thrown = ExpectedException.none();",
"type": "ExpectedException",
"var_name": "thrown"
}
],
"file": "server/pxf-hdfs/src/test/java/org/greenplum/pxf/plugins/hdfs/CodecFactoryTest.java",
"identifier": "CodecFactoryTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void getCodecNoName() {\n thrown.expect(IllegalArgumentException.class);\n thrown.expectMessage(\"Compression codec some.bad.codec was not found.\");\n\n Configuration conf = new Configuration();\n String name = \"some.bad.codec\";\n factory.getCodec(name, conf);\n }",
"class_method_signature": "CodecFactoryTest.getCodecNoName()",
"constructor": false,
"full_signature": "@Test public void getCodecNoName()",
"identifier": "getCodecNoName",
"invocations": [
"expect",
"expectMessage",
"getCodec"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void getCodecNoName()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "LOG = LoggerFactory.getLogger(CodecFactory.class)",
"modifier": "private static",
"original_string": "private static Logger LOG = LoggerFactory.getLogger(CodecFactory.class);",
"type": "Logger",
"var_name": "LOG"
},
{
"declarator": "codecFactoryInstance = new CodecFactory()",
"modifier": "private static final",
"original_string": "private static final CodecFactory codecFactoryInstance = new CodecFactory();",
"type": "CodecFactory",
"var_name": "codecFactoryInstance"
}
],
"file": "server/pxf-hdfs/src/main/java/org/greenplum/pxf/plugins/hdfs/CodecFactory.java",
"identifier": "CodecFactory",
"interfaces": "",
"methods": [
{
"class_method_signature": "CodecFactory.getCodec(String name, CompressionCodecName defaultCodec)",
"constructor": false,
"full_signature": "public CompressionCodecName getCodec(String name, CompressionCodecName defaultCodec)",
"identifier": "getCodec",
"modifiers": "public",
"parameters": "(String name, CompressionCodecName defaultCodec)",
"return": "CompressionCodecName",
"signature": "CompressionCodecName getCodec(String name, CompressionCodecName defaultCodec)",
"testcase": false
},
{
"class_method_signature": "CodecFactory.getCodec(String name, Configuration conf)",
"constructor": false,
"full_signature": "public CompressionCodec getCodec(String name, Configuration conf)",
"identifier": "getCodec",
"modifiers": "public",
"parameters": "(String name, Configuration conf)",
"return": "CompressionCodec",
"signature": "CompressionCodec getCodec(String name, Configuration conf)",
"testcase": false
},
{
"class_method_signature": "CodecFactory.getCodecClass(String name, Configuration conf)",
"constructor": false,
"full_signature": "public Class<? extends CompressionCodec> getCodecClass(String name, Configuration conf)",
"identifier": "getCodecClass",
"modifiers": "public",
"parameters": "(String name, Configuration conf)",
"return": "Class<? extends CompressionCodec>",
"signature": "Class<? extends CompressionCodec> getCodecClass(String name, Configuration conf)",
"testcase": false
},
{
"class_method_signature": "CodecFactory.getCodecClassByPath(Configuration config, String path)",
"constructor": false,
"full_signature": "private Class<? extends CompressionCodec> getCodecClassByPath(Configuration config, String path)",
"identifier": "getCodecClassByPath",
"modifiers": "private",
"parameters": "(Configuration config, String path)",
"return": "Class<? extends CompressionCodec>",
"signature": "Class<? extends CompressionCodec> getCodecClassByPath(Configuration config, String path)",
"testcase": false
},
{
"class_method_signature": "CodecFactory.isCodecThreadSafe(String compCodec, String dataSource, Configuration configuration)",
"constructor": false,
"full_signature": "public boolean isCodecThreadSafe(String compCodec, String dataSource, Configuration configuration)",
"identifier": "isCodecThreadSafe",
"modifiers": "public",
"parameters": "(String compCodec, String dataSource, Configuration configuration)",
"return": "boolean",
"signature": "boolean isCodecThreadSafe(String compCodec, String dataSource, Configuration configuration)",
"testcase": false
},
{
"class_method_signature": "CodecFactory.getInstance()",
"constructor": false,
"full_signature": "public static CodecFactory getInstance()",
"identifier": "getInstance",
"modifiers": "public static",
"parameters": "()",
"return": "CodecFactory",
"signature": "CodecFactory getInstance()",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public CompressionCodecName getCodec(String name, CompressionCodecName defaultCodec) {\n if (name == null) return defaultCodec;\n\n try {\n return CompressionCodecName.fromConf(name);\n } catch (IllegalArgumentException ie) {\n try {\n return CompressionCodecName.fromCompressionCodec(Class.forName(name));\n } catch (ClassNotFoundException ce) {\n throw new IllegalArgumentException(String.format(\"Invalid codec: %s \", name));\n }\n }\n }",
"class_method_signature": "CodecFactory.getCodec(String name, CompressionCodecName defaultCodec)",
"constructor": false,
"full_signature": "public CompressionCodecName getCodec(String name, CompressionCodecName defaultCodec)",
"identifier": "getCodec",
"invocations": [
"fromConf",
"fromCompressionCodec",
"forName",
"format"
],
"modifiers": "public",
"parameters": "(String name, CompressionCodecName defaultCodec)",
"return": "CompressionCodecName",
"signature": "CompressionCodecName getCodec(String name, CompressionCodecName defaultCodec)",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_240
|
{
"fields": [
{
"declarator": "context",
"modifier": "private",
"original_string": "private RequestContext context;",
"type": "RequestContext",
"var_name": "context"
},
{
"declarator": "schema",
"modifier": "private",
"original_string": "private Schema schema;",
"type": "Schema",
"var_name": "schema"
},
{
"declarator": "testSchema",
"modifier": "private",
"original_string": "private Schema testSchema;",
"type": "Schema",
"var_name": "testSchema"
},
{
"declarator": "avroDirectory",
"modifier": "private",
"original_string": "private String avroDirectory;",
"type": "String",
"var_name": "avroDirectory"
},
{
"declarator": "configuration",
"modifier": "private",
"original_string": "private Configuration configuration;",
"type": "Configuration",
"var_name": "configuration"
},
{
"declarator": "avroUtilities",
"modifier": "private",
"original_string": "private AvroUtilities avroUtilities;",
"type": "AvroUtilities",
"var_name": "avroUtilities"
},
{
"declarator": "hcfsType",
"modifier": "private",
"original_string": "private HcfsType hcfsType;",
"type": "HcfsType",
"var_name": "hcfsType"
},
{
"declarator": "expectedException = ExpectedException.none()",
"modifier": "@Rule\n public",
"original_string": "@Rule\n public ExpectedException expectedException = ExpectedException.none();",
"type": "ExpectedException",
"var_name": "expectedException"
}
],
"file": "server/pxf-hdfs/src/test/java/org/greenplum/pxf/plugins/hdfs/avro/AvroUtilitiesTest.java",
"identifier": "AvroUtilitiesTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void testObtainSchema_OnRead_WithUserProvidedSchema_Binary_HCFS_Spaces() {\n avroUtilities = new AvroUtilities((file) -> dontFindLocalFile());\n context.setRequestType(RequestContext.RequestType.READ_BRIDGE);\n context.addOption(\"SCHEMA\", avroDirectory + \"user provided.avro\");\n\n schema = avroUtilities.obtainSchema(context, configuration, hcfsType);\n\n verifySchema(schema, \"user_provided_schema\");\n }",
"class_method_signature": "AvroUtilitiesTest.testObtainSchema_OnRead_WithUserProvidedSchema_Binary_HCFS_Spaces()",
"constructor": false,
"full_signature": "@Test public void testObtainSchema_OnRead_WithUserProvidedSchema_Binary_HCFS_Spaces()",
"identifier": "testObtainSchema_OnRead_WithUserProvidedSchema_Binary_HCFS_Spaces",
"invocations": [
"dontFindLocalFile",
"setRequestType",
"addOption",
"obtainSchema",
"verifySchema"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testObtainSchema_OnRead_WithUserProvidedSchema_Binary_HCFS_Spaces()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "COMMON_NAMESPACE = \"public.avro\"",
"modifier": "private static",
"original_string": "private static String COMMON_NAMESPACE = \"public.avro\";",
"type": "String",
"var_name": "COMMON_NAMESPACE"
},
{
"declarator": "fileSearcher",
"modifier": "private",
"original_string": "private FileSearcher fileSearcher;",
"type": "FileSearcher",
"var_name": "fileSearcher"
},
{
"declarator": "schemaPath",
"modifier": "private",
"original_string": "private String schemaPath;",
"type": "String",
"var_name": "schemaPath"
},
{
"declarator": "LOG = LoggerFactory.getLogger(AvroUtilities.class)",
"modifier": "private final static",
"original_string": "private final static Logger LOG = LoggerFactory.getLogger(AvroUtilities.class);",
"type": "Logger",
"var_name": "LOG"
},
{
"declarator": "schemaFileReaderFactory = AvroSchemaFileReaderFactory.getInstance()",
"modifier": "",
"original_string": "AvroSchemaFileReaderFactory schemaFileReaderFactory = AvroSchemaFileReaderFactory.getInstance();",
"type": "AvroSchemaFileReaderFactory",
"var_name": "schemaFileReaderFactory"
},
{
"declarator": "instance = new AvroUtilities()",
"modifier": "private static",
"original_string": "private static AvroUtilities instance = new AvroUtilities();",
"type": "AvroUtilities",
"var_name": "instance"
}
],
"file": "server/pxf-hdfs/src/main/java/org/greenplum/pxf/plugins/hdfs/avro/AvroUtilities.java",
"identifier": "AvroUtilities",
"interfaces": "",
"methods": [
{
"class_method_signature": "AvroUtilities.AvroUtilities()",
"constructor": true,
"full_signature": "private AvroUtilities()",
"identifier": "AvroUtilities",
"modifiers": "private",
"parameters": "()",
"return": "",
"signature": " AvroUtilities()",
"testcase": false
},
{
"class_method_signature": "AvroUtilities.AvroUtilities(FileSearcher fileSearcher)",
"constructor": true,
"full_signature": " AvroUtilities(FileSearcher fileSearcher)",
"identifier": "AvroUtilities",
"modifiers": "",
"parameters": "(FileSearcher fileSearcher)",
"return": "",
"signature": " AvroUtilities(FileSearcher fileSearcher)",
"testcase": false
},
{
"class_method_signature": "AvroUtilities.getInstance()",
"constructor": false,
"full_signature": "public static AvroUtilities getInstance()",
"identifier": "getInstance",
"modifiers": "public static",
"parameters": "()",
"return": "AvroUtilities",
"signature": "AvroUtilities getInstance()",
"testcase": false
},
{
"class_method_signature": "AvroUtilities.obtainSchema(RequestContext context, Configuration configuration, HcfsType hcfsType)",
"constructor": false,
"full_signature": "public Schema obtainSchema(RequestContext context, Configuration configuration, HcfsType hcfsType)",
"identifier": "obtainSchema",
"modifiers": "public",
"parameters": "(RequestContext context, Configuration configuration, HcfsType hcfsType)",
"return": "Schema",
"signature": "Schema obtainSchema(RequestContext context, Configuration configuration, HcfsType hcfsType)",
"testcase": false
},
{
"class_method_signature": "AvroUtilities.readOrGenerateAvroSchema(RequestContext context, Configuration configuration, HcfsType hcfsType)",
"constructor": false,
"full_signature": "private Schema readOrGenerateAvroSchema(RequestContext context, Configuration configuration, HcfsType hcfsType)",
"identifier": "readOrGenerateAvroSchema",
"modifiers": "private",
"parameters": "(RequestContext context, Configuration configuration, HcfsType hcfsType)",
"return": "Schema",
"signature": "Schema readOrGenerateAvroSchema(RequestContext context, Configuration configuration, HcfsType hcfsType)",
"testcase": false
},
{
"class_method_signature": "AvroUtilities.readSchemaFromAvroDataSource(Configuration configuration, String dataSource)",
"constructor": false,
"full_signature": "private static Schema readSchemaFromAvroDataSource(Configuration configuration, String dataSource)",
"identifier": "readSchemaFromAvroDataSource",
"modifiers": "private static",
"parameters": "(Configuration configuration, String dataSource)",
"return": "Schema",
"signature": "Schema readSchemaFromAvroDataSource(Configuration configuration, String dataSource)",
"testcase": false
},
{
"class_method_signature": "AvroUtilities.searchForFile(String schemaName)",
"constructor": false,
"full_signature": "private static File searchForFile(String schemaName)",
"identifier": "searchForFile",
"modifiers": "private static",
"parameters": "(String schemaName)",
"return": "File",
"signature": "File searchForFile(String schemaName)",
"testcase": false
},
{
"class_method_signature": "AvroUtilities.generateSchema(List<ColumnDescriptor> tupleDescription)",
"constructor": false,
"full_signature": "private static Schema generateSchema(List<ColumnDescriptor> tupleDescription)",
"identifier": "generateSchema",
"modifiers": "private static",
"parameters": "(List<ColumnDescriptor> tupleDescription)",
"return": "Schema",
"signature": "Schema generateSchema(List<ColumnDescriptor> tupleDescription)",
"testcase": false
},
{
"class_method_signature": "AvroUtilities.getFieldSchema(DataType type, String colName)",
"constructor": false,
"full_signature": "private static Schema getFieldSchema(DataType type, String colName)",
"identifier": "getFieldSchema",
"modifiers": "private static",
"parameters": "(DataType type, String colName)",
"return": "Schema",
"signature": "Schema getFieldSchema(DataType type, String colName)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public Schema obtainSchema(RequestContext context, Configuration configuration, HcfsType hcfsType) {\n Schema schema = (Schema) context.getMetadata();\n\n if (schema != null) {\n return schema;\n }\n try {\n schemaPath = context.getDataSource();\n schema = readOrGenerateAvroSchema(context, configuration, hcfsType);\n } catch (Exception e) {\n throw new RuntimeException(String.format(\"Failed to obtain Avro schema from '%s'\", schemaPath), e);\n }\n context.setMetadata(schema);\n return schema;\n }",
"class_method_signature": "AvroUtilities.obtainSchema(RequestContext context, Configuration configuration, HcfsType hcfsType)",
"constructor": false,
"full_signature": "public Schema obtainSchema(RequestContext context, Configuration configuration, HcfsType hcfsType)",
"identifier": "obtainSchema",
"invocations": [
"getMetadata",
"getDataSource",
"readOrGenerateAvroSchema",
"format",
"setMetadata"
],
"modifiers": "public",
"parameters": "(RequestContext context, Configuration configuration, HcfsType hcfsType)",
"return": "Schema",
"signature": "Schema obtainSchema(RequestContext context, Configuration configuration, HcfsType hcfsType)",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_62
|
{
"fields": [
{
"declarator": "thrown = ExpectedException.none()",
"modifier": "@Rule\n public",
"original_string": "@Rule\n public ExpectedException thrown = ExpectedException.none();",
"type": "ExpectedException",
"var_name": "thrown"
}
],
"file": "server/pxf-api/src/test/java/org/greenplum/pxf/api/filter/TreeTraverserTest.java",
"identifier": "TreeTraverserTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void testPruningRootNodeDuringAfter() {\n Node root = new Node();\n TreeVisitor visitor = mock(TreeVisitor.class);\n\n when(visitor.before(root, 0)).thenReturn(root);\n when(visitor.visit(root, 0)).thenReturn(root);\n\n Node result = new TreeTraverser().traverse(root, visitor);\n\n verify(visitor).before(root, 0);\n verify(visitor).visit(root, 0);\n verify(visitor).after(root, 0);\n verifyNoMoreInteractions(visitor);\n // the root is pruned so we end up with a null result\n assertNull(result);\n }",
"class_method_signature": "TreeTraverserTest.testPruningRootNodeDuringAfter()",
"constructor": false,
"full_signature": "@Test public void testPruningRootNodeDuringAfter()",
"identifier": "testPruningRootNodeDuringAfter",
"invocations": [
"mock",
"thenReturn",
"when",
"before",
"thenReturn",
"when",
"visit",
"traverse",
"before",
"verify",
"visit",
"verify",
"after",
"verify",
"verifyNoMoreInteractions",
"assertNull"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testPruningRootNodeDuringAfter()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "LOG = LoggerFactory.getLogger(TreeTraverser.class)",
"modifier": "private static final",
"original_string": "private static final Logger LOG = LoggerFactory.getLogger(TreeTraverser.class);",
"type": "Logger",
"var_name": "LOG"
}
],
"file": "server/pxf-api/src/main/java/org/greenplum/pxf/api/filter/TreeTraverser.java",
"identifier": "TreeTraverser",
"interfaces": "",
"methods": [
{
"class_method_signature": "TreeTraverser.traverse(Node node, TreeVisitor... visitors)",
"constructor": false,
"full_signature": "public Node traverse(Node node, TreeVisitor... visitors)",
"identifier": "traverse",
"modifiers": "public",
"parameters": "(Node node, TreeVisitor... visitors)",
"return": "Node",
"signature": "Node traverse(Node node, TreeVisitor... visitors)",
"testcase": false
},
{
"class_method_signature": "TreeTraverser.traverse(Node node, TreeVisitor visitor, final int level)",
"constructor": false,
"full_signature": "protected Node traverse(Node node, TreeVisitor visitor, final int level)",
"identifier": "traverse",
"modifiers": "protected",
"parameters": "(Node node, TreeVisitor visitor, final int level)",
"return": "Node",
"signature": "Node traverse(Node node, TreeVisitor visitor, final int level)",
"testcase": false
},
{
"class_method_signature": "TreeTraverser.traverseHelper(Node node, int index, TreeVisitor visitor, final int level)",
"constructor": false,
"full_signature": "private void traverseHelper(Node node, int index, TreeVisitor visitor, final int level)",
"identifier": "traverseHelper",
"modifiers": "private",
"parameters": "(Node node, int index, TreeVisitor visitor, final int level)",
"return": "void",
"signature": "void traverseHelper(Node node, int index, TreeVisitor visitor, final int level)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public Node traverse(Node node, TreeVisitor... visitors) {\n\n if (ArrayUtils.isEmpty(visitors)) {\n throw new IllegalArgumentException(\"You need to provide at least one visitor for this traverser\");\n }\n\n Node result = node;\n for (TreeVisitor visitor : visitors) {\n result = traverse(result, visitor, 0);\n }\n return result;\n }",
"class_method_signature": "TreeTraverser.traverse(Node node, TreeVisitor... visitors)",
"constructor": false,
"full_signature": "public Node traverse(Node node, TreeVisitor... visitors)",
"identifier": "traverse",
"invocations": [
"isEmpty",
"traverse"
],
"modifiers": "public",
"parameters": "(Node node, TreeVisitor... visitors)",
"return": "Node",
"signature": "Node traverse(Node node, TreeVisitor... visitors)",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_352
|
{
"fields": [],
"file": "server/pxf-jdbc/src/test/java/org/greenplum/pxf/plugins/jdbc/utils/HiveJdbcUtilsTest.java",
"identifier": "HiveJdbcUtilsTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void testURLWithoutImpersonationPropertyAndWithQuestionMark() throws Exception {\n String url = \"jdbc:hive2://server:10000/default;foo=bar;saslQop=auth-conf?hive.property=value\";\n assertEquals(\"jdbc:hive2://server:10000/default;foo=bar;saslQop=auth-conf;hive.server2.proxy.user=foo?hive.property=value\",\n HiveJdbcUtils.updateImpersonationPropertyInHiveJdbcUrl(url, \"foo\"));\n }",
"class_method_signature": "HiveJdbcUtilsTest.testURLWithoutImpersonationPropertyAndWithQuestionMark()",
"constructor": false,
"full_signature": "@Test public void testURLWithoutImpersonationPropertyAndWithQuestionMark()",
"identifier": "testURLWithoutImpersonationPropertyAndWithQuestionMark",
"invocations": [
"assertEquals",
"updateImpersonationPropertyInHiveJdbcUrl"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testURLWithoutImpersonationPropertyAndWithQuestionMark()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "HIVE_URL_IMPERSONATION_PROPERTY = \";hive.server2.proxy.user\"",
"modifier": "private static final",
"original_string": "private static final String HIVE_URL_IMPERSONATION_PROPERTY = \";hive.server2.proxy.user\";",
"type": "String",
"var_name": "HIVE_URL_IMPERSONATION_PROPERTY"
},
{
"declarator": "TERMINATORS_THREE_CHARS = Sets.newHashSet(';', '?', '#')",
"modifier": "private static final",
"original_string": "private static final Set<Character> TERMINATORS_THREE_CHARS = Sets.newHashSet(';', '?', '#');",
"type": "Set<Character>",
"var_name": "TERMINATORS_THREE_CHARS"
},
{
"declarator": "TERMINATORS_TWO_CHARS = Sets.newHashSet('?', '#')",
"modifier": "private static final",
"original_string": "private static final Set<Character> TERMINATORS_TWO_CHARS = Sets.newHashSet('?', '#');",
"type": "Set<Character>",
"var_name": "TERMINATORS_TWO_CHARS"
}
],
"file": "server/pxf-jdbc/src/main/java/org/greenplum/pxf/plugins/jdbc/utils/HiveJdbcUtils.java",
"identifier": "HiveJdbcUtils",
"interfaces": "",
"methods": [
{
"class_method_signature": "HiveJdbcUtils.updateImpersonationPropertyInHiveJdbcUrl(String url, String user)",
"constructor": false,
"full_signature": "public static String updateImpersonationPropertyInHiveJdbcUrl(String url, String user)",
"identifier": "updateImpersonationPropertyInHiveJdbcUrl",
"modifiers": "public static",
"parameters": "(String url, String user)",
"return": "String",
"signature": "String updateImpersonationPropertyInHiveJdbcUrl(String url, String user)",
"testcase": false
},
{
"class_method_signature": "HiveJdbcUtils.findTerminatorIndex(String s, int start, Set<Character> terminators)",
"constructor": false,
"full_signature": "private static int findTerminatorIndex(String s, int start, Set<Character> terminators)",
"identifier": "findTerminatorIndex",
"modifiers": "private static",
"parameters": "(String s, int start, Set<Character> terminators)",
"return": "int",
"signature": "int findTerminatorIndex(String s, int start, Set<Character> terminators)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public static String updateImpersonationPropertyInHiveJdbcUrl(String url, String user) {\n String suffix, prefix = null;\n int terminatorIndex = findTerminatorIndex(url, 0, TERMINATORS_TWO_CHARS);\n\n // impersonation property might already be in the URL\n int impersonationPropertyIndex = url.indexOf(HIVE_URL_IMPERSONATION_PROPERTY);\n if (impersonationPropertyIndex > -1 && (terminatorIndex == -1 || impersonationPropertyIndex < terminatorIndex)) {\n // unlikely to happen, unless users are trying to hack the system and provide this property in the DDL\n prefix = url.substring(0, impersonationPropertyIndex);\n\n // find where the token terminates (by ; ? # or EOL, whatever comes first)\n terminatorIndex = findTerminatorIndex(url, impersonationPropertyIndex + HIVE_URL_IMPERSONATION_PROPERTY.length(), TERMINATORS_THREE_CHARS);\n }\n\n suffix = terminatorIndex < 0 ? \"\" : url.substring(terminatorIndex);\n\n if (prefix == null) {\n // when the HIVE_URL_IMPERSONATION_PROPERTY is not present\n prefix = terminatorIndex < 0 ? url : url.substring(0, terminatorIndex);\n }\n\n return String.format(\"%s%s=%s%s\", StringUtils.removeEnd(prefix, \";\"), HIVE_URL_IMPERSONATION_PROPERTY, user, suffix);\n }",
"class_method_signature": "HiveJdbcUtils.updateImpersonationPropertyInHiveJdbcUrl(String url, String user)",
"constructor": false,
"full_signature": "public static String updateImpersonationPropertyInHiveJdbcUrl(String url, String user)",
"identifier": "updateImpersonationPropertyInHiveJdbcUrl",
"invocations": [
"findTerminatorIndex",
"indexOf",
"substring",
"findTerminatorIndex",
"length",
"substring",
"substring",
"format",
"removeEnd"
],
"modifiers": "public static",
"parameters": "(String url, String user)",
"return": "String",
"signature": "String updateImpersonationPropertyInHiveJdbcUrl(String url, String user)",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_217
|
{
"fields": [
{
"declarator": "parameters",
"modifier": "private",
"original_string": "private MultivaluedMap<String, String> parameters;",
"type": "MultivaluedMap<String, String>",
"var_name": "parameters"
},
{
"declarator": "parser",
"modifier": "private",
"original_string": "private HttpRequestParser parser;",
"type": "HttpRequestParser",
"var_name": "parser"
},
{
"declarator": "mockRequestHeaders",
"modifier": "@Mock\n private",
"original_string": "@Mock\n private ContainerRequest mockRequestHeaders;",
"type": "ContainerRequest",
"var_name": "mockRequestHeaders"
},
{
"declarator": "mockPluginConf",
"modifier": "@Mock\n private",
"original_string": "@Mock\n private PluginConf mockPluginConf;",
"type": "PluginConf",
"var_name": "mockPluginConf"
},
{
"declarator": "thrown = ExpectedException.none()",
"modifier": "@Rule\n public",
"original_string": "@Rule\n public ExpectedException thrown = ExpectedException.none();",
"type": "ExpectedException",
"var_name": "thrown"
}
],
"file": "server/pxf-service/src/test/java/org/greenplum/pxf/service/HttpRequestParserTest.java",
"identifier": "HttpRequestParserTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void testWireFormatIsPresentAndFormatIsInferred() {\n parameters.putSingle(\"X-GP-FORMAT\", \"GPDBWritable\");\n parameters.putSingle(\"X-GP-OPTIONS-PROFILE\", \"foo:bar\");\n RequestContext context = parser.parseRequest(mockRequestHeaders, RequestType.FRAGMENTER);\n assertEquals(OutputFormat.GPDBWritable, context.getOutputFormat());\n assertEquals(\"bar\", context.getFormat());\n }",
"class_method_signature": "HttpRequestParserTest.testWireFormatIsPresentAndFormatIsInferred()",
"constructor": false,
"full_signature": "@Test public void testWireFormatIsPresentAndFormatIsInferred()",
"identifier": "testWireFormatIsPresentAndFormatIsInferred",
"invocations": [
"putSingle",
"putSingle",
"parseRequest",
"assertEquals",
"getOutputFormat",
"assertEquals",
"getFormat"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testWireFormatIsPresentAndFormatIsInferred()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "TRUE_LCASE = \"true\"",
"modifier": "private static final",
"original_string": "private static final String TRUE_LCASE = \"true\";",
"type": "String",
"var_name": "TRUE_LCASE"
},
{
"declarator": "FALSE_LCASE = \"false\"",
"modifier": "private static final",
"original_string": "private static final String FALSE_LCASE = \"false\";",
"type": "String",
"var_name": "FALSE_LCASE"
},
{
"declarator": "LOG = LoggerFactory.getLogger(HttpRequestParser.class)",
"modifier": "private static final",
"original_string": "private static final Logger LOG = LoggerFactory.getLogger(HttpRequestParser.class);",
"type": "Logger",
"var_name": "LOG"
},
{
"declarator": "instance = new HttpRequestParser()",
"modifier": "private static final",
"original_string": "private static final HttpRequestParser instance = new HttpRequestParser();",
"type": "HttpRequestParser",
"var_name": "instance"
},
{
"declarator": "PROFILE_SCHEME = \"PROFILE-SCHEME\"",
"modifier": "private static final",
"original_string": "private static final String PROFILE_SCHEME = \"PROFILE-SCHEME\";",
"type": "String",
"var_name": "PROFILE_SCHEME"
},
{
"declarator": "pluginConf",
"modifier": "private",
"original_string": "private PluginConf pluginConf;",
"type": "PluginConf",
"var_name": "pluginConf"
}
],
"file": "server/pxf-service/src/main/java/org/greenplum/pxf/service/HttpRequestParser.java",
"identifier": "HttpRequestParser",
"interfaces": "implements RequestParser<HttpHeaders>",
"methods": [
{
"class_method_signature": "HttpRequestParser.HttpRequestParser()",
"constructor": true,
"full_signature": "public HttpRequestParser()",
"identifier": "HttpRequestParser",
"modifiers": "public",
"parameters": "()",
"return": "",
"signature": " HttpRequestParser()",
"testcase": false
},
{
"class_method_signature": "HttpRequestParser.HttpRequestParser(PluginConf pluginConf)",
"constructor": true,
"full_signature": " HttpRequestParser(PluginConf pluginConf)",
"identifier": "HttpRequestParser",
"modifiers": "",
"parameters": "(PluginConf pluginConf)",
"return": "",
"signature": " HttpRequestParser(PluginConf pluginConf)",
"testcase": false
},
{
"class_method_signature": "HttpRequestParser.getInstance()",
"constructor": false,
"full_signature": "public static HttpRequestParser getInstance()",
"identifier": "getInstance",
"modifiers": "public static",
"parameters": "()",
"return": "HttpRequestParser",
"signature": "HttpRequestParser getInstance()",
"testcase": false
},
{
"class_method_signature": "HttpRequestParser.protocolViolation(String property)",
"constructor": false,
"full_signature": "private static void protocolViolation(String property)",
"identifier": "protocolViolation",
"modifiers": "private static",
"parameters": "(String property)",
"return": "void",
"signature": "void protocolViolation(String property)",
"testcase": false
},
{
"class_method_signature": "HttpRequestParser.parseRequest(HttpHeaders request, RequestContext.RequestType requestType)",
"constructor": false,
"full_signature": "@Override public RequestContext parseRequest(HttpHeaders request, RequestContext.RequestType requestType)",
"identifier": "parseRequest",
"modifiers": "@Override public",
"parameters": "(HttpHeaders request, RequestContext.RequestType requestType)",
"return": "RequestContext",
"signature": "RequestContext parseRequest(HttpHeaders request, RequestContext.RequestType requestType)",
"testcase": false
},
{
"class_method_signature": "HttpRequestParser.parseGreenplumCSV(RequestMap params, RequestContext context)",
"constructor": false,
"full_signature": "private void parseGreenplumCSV(RequestMap params, RequestContext context)",
"identifier": "parseGreenplumCSV",
"modifiers": "private",
"parameters": "(RequestMap params, RequestContext context)",
"return": "void",
"signature": "void parseGreenplumCSV(RequestMap params, RequestContext context)",
"testcase": false
},
{
"class_method_signature": "HttpRequestParser.addProfilePlugins(String profile, RequestMap params)",
"constructor": false,
"full_signature": "private void addProfilePlugins(String profile, RequestMap params)",
"identifier": "addProfilePlugins",
"modifiers": "private",
"parameters": "(String profile, RequestMap params)",
"return": "void",
"signature": "void addProfilePlugins(String profile, RequestMap params)",
"testcase": false
},
{
"class_method_signature": "HttpRequestParser.parseBooleanValue(String threadSafeStr)",
"constructor": false,
"full_signature": "private boolean parseBooleanValue(String threadSafeStr)",
"identifier": "parseBooleanValue",
"modifiers": "private",
"parameters": "(String threadSafeStr)",
"return": "boolean",
"signature": "boolean parseBooleanValue(String threadSafeStr)",
"testcase": false
},
{
"class_method_signature": "HttpRequestParser.parseTupleDescription(RequestMap params, RequestContext context)",
"constructor": false,
"full_signature": "private void parseTupleDescription(RequestMap params, RequestContext context)",
"identifier": "parseTupleDescription",
"modifiers": "private",
"parameters": "(RequestMap params, RequestContext context)",
"return": "void",
"signature": "void parseTupleDescription(RequestMap params, RequestContext context)",
"testcase": false
},
{
"class_method_signature": "HttpRequestParser.parseTypeMods(RequestMap params, int columnIndex)",
"constructor": false,
"full_signature": "private Integer[] parseTypeMods(RequestMap params, int columnIndex)",
"identifier": "parseTypeMods",
"modifiers": "private",
"parameters": "(RequestMap params, int columnIndex)",
"return": "Integer[]",
"signature": "Integer[] parseTypeMods(RequestMap params, int columnIndex)",
"testcase": false
},
{
"class_method_signature": "HttpRequestParser.parsePositiveIntOrError(String s, String propName)",
"constructor": false,
"full_signature": "private int parsePositiveIntOrError(String s, String propName)",
"identifier": "parsePositiveIntOrError",
"modifiers": "private",
"parameters": "(String s, String propName)",
"return": "int",
"signature": "int parsePositiveIntOrError(String s, String propName)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "@Override\n public RequestContext parseRequest(HttpHeaders request, RequestContext.RequestType requestType) {\n\n RequestMap params = new RequestMap(request.getRequestHeaders());\n\n if (LOG.isDebugEnabled()) {\n // Logging only keys to prevent sensitive data to be logged\n LOG.debug(\"Parsing request parameters: \" + params.keySet());\n }\n\n // build new instance of RequestContext and fill it with parsed values\n RequestContext context = new RequestContext();\n\n // whether we are in a fragmenter, read_bridge, or write_bridge scenario\n context.setRequestType(requestType);\n\n // first of all, set profile and enrich parameters with information from specified profile\n String profile = params.removeUserProperty(\"PROFILE\");\n context.setProfile(profile);\n addProfilePlugins(profile, params);\n\n // Ext table uses system property FORMAT for wire serialization format\n String wireFormat = params.removeProperty(\"FORMAT\");\n context.setOutputFormat(OutputFormat.valueOf(wireFormat));\n\n // FDW uses user property FORMAT to indicate format of data\n String format = params.removeUserProperty(\"FORMAT\");\n format = StringUtils.isNotBlank(format) ? format : context.inferFormatName();\n context.setFormat(format);\n\n context.setAccessor(params.removeUserProperty(\"ACCESSOR\"));\n context.setAggType(EnumAggregationType.getAggregationType(params.removeOptionalProperty(\"AGG-TYPE\")));\n\n /*\n * Some resources don't require a fragment, hence the list can be empty.\n */\n String fragmentStr = params.removeOptionalProperty(\"DATA-FRAGMENT\");\n if (StringUtils.isNotBlank(fragmentStr)) {\n context.setDataFragment(Integer.parseInt(fragmentStr));\n }\n\n context.setDataSource(params.removeProperty(\"DATA-DIR\"));\n\n String filterString = params.removeOptionalProperty(\"FILTER\");\n String hasFilter = params.removeProperty(\"HAS-FILTER\");\n if (filterString != null) {\n context.setFilterString(filterString);\n } else if (\"1\".equals(hasFilter)) {\n LOG.info(\"Original query has filter, but it was not propagated to PXF\");\n }\n\n context.setFragmenter(params.removeUserProperty(\"FRAGMENTER\"));\n\n String fragmentIndexStr = params.removeOptionalProperty(\"FRAGMENT-INDEX\");\n if (StringUtils.isNotBlank(fragmentIndexStr)) {\n context.setFragmentIndex(Integer.parseInt(fragmentIndexStr));\n }\n\n String encodedFragmentMetadata = params.removeOptionalProperty(\"FRAGMENT-METADATA\");\n context.setFragmentMetadata(Utilities.parseBase64(encodedFragmentMetadata, \"Fragment metadata information\"));\n context.setHost(params.removeProperty(\"URL-HOST\"));\n context.setMetadata(params.removeUserProperty(\"METADATA\"));\n context.setPort(params.removeIntProperty(\"URL-PORT\"));\n context.setProfileScheme(params.removeUserProperty(PROFILE_SCHEME));\n context.setProtocol(params.removeUserProperty(\"PROTOCOL\"));\n context.setRemoteLogin(params.removeOptionalProperty(\"REMOTE-USER\"));\n context.setRemoteSecret(params.removeOptionalProperty(\"REMOTE-PASS\"));\n context.setResolver(params.removeUserProperty(\"RESOLVER\"));\n context.setSegmentId(params.removeIntProperty(\"SEGMENT-ID\"));\n context.setServerName(params.removeUserProperty(\"SERVER\"));\n\n // An optional CONFIG value specifies the name of the server\n // configuration directory, if not provided the config is the server name\n String config = params.removeUserProperty(\"CONFIG\");\n context.setConfig(StringUtils.isNotBlank(config) ? config : context.getServerName());\n\n String maxFrags = params.removeUserProperty(\"STATS-MAX-FRAGMENTS\");\n if (!StringUtils.isBlank(maxFrags)) {\n context.setStatsMaxFragments(Integer.parseInt(maxFrags));\n }\n\n String sampleRatioStr = params.removeUserProperty(\"STATS-SAMPLE-RATIO\");\n if (!StringUtils.isBlank(sampleRatioStr)) {\n context.setStatsSampleRatio(Float.parseFloat(sampleRatioStr));\n }\n\n context.setTotalSegments(params.removeIntProperty(\"SEGMENT-COUNT\"));\n context.setTransactionId(params.removeProperty(\"XID\"));\n\n // parse tuple description\n parseTupleDescription(params, context);\n\n if (context.getOutputFormat() == OutputFormat.TEXT) {\n // parse CSV format information\n parseGreenplumCSV(params, context);\n\n // Only single column tables support 'OFF' delimiter\n if (context.getTupleDescription().size() != 1 && context.getGreenplumCSV().getDelimiter() == null) {\n throw new IllegalArgumentException(String.format(\"using no delimiter is only possible for a single column table. %d columns found\", context.getTupleDescription().size()));\n }\n }\n\n context.setUser(params.removeProperty(\"USER\"));\n\n String encodedFragmentUserData = params.removeOptionalProperty(\"FRAGMENT-USER-DATA\");\n context.setUserData(Utilities.parseBase64(encodedFragmentUserData, \"Fragment user data\"));\n\n // Store alignment for global use as a system property\n System.setProperty(\"greenplum.alignment\", params.removeProperty(\"ALIGNMENT\"));\n\n Map<String, String> optionMappings = null;\n\n // prepare addition configuration properties if profile was specified\n if (StringUtils.isNotBlank(profile)) {\n optionMappings = pluginConf.getOptionMappings(profile);\n }\n\n // use empty map for convenience instead of null\n if (optionMappings == null) {\n optionMappings = Collections.emptyMap();\n }\n\n Map<String, String> additionalConfigProps = new HashMap<>();\n\n // Iterate over the remaining properties\n // we clone the keyset to prevent concurrent modification exceptions\n List<String> paramNames = new ArrayList<>(params.keySet());\n for (String param : paramNames) {\n if (StringUtils.startsWithIgnoreCase(param, RequestMap.USER_PROP_PREFIX)) {\n // Add all left-over user properties as options\n String optionName = param.toLowerCase().replace(RequestMap.USER_PROP_PREFIX_LOWERCASE, \"\");\n String optionValue = params.removeUserProperty(optionName);\n context.addOption(optionName, optionValue);\n LOG.debug(\"Added option {} to request context\", optionName);\n\n // lookup if the option should also be applied as a config property\n String propertyName = optionMappings.get(optionName);\n if (StringUtils.isNotBlank(propertyName)) {\n // if option has been provided by the user in the request, set the value\n // of the corresponding configuration property\n if (optionValue != null) {\n additionalConfigProps.put(propertyName, optionValue);\n // do not log property value as it might contain sensitive information\n LOG.debug(\"Added extra config property {} from option {}\", propertyName, optionName);\n }\n }\n } else if (StringUtils.startsWithIgnoreCase(param, RequestMap.PROP_PREFIX)) {\n // log debug for all left-over system properties\n LOG.debug(\"Unused property {}\", param);\n }\n }\n\n context.setAdditionalConfigProps(additionalConfigProps);\n context.setPluginConf(pluginConf);\n\n // Call the protocol handler for any protocol-specific logic handling\n if (StringUtils.isNotBlank(profile)) {\n String handlerClassName = pluginConf.getHandler(profile);\n if (StringUtils.isNotBlank(handlerClassName)) {\n Class<?> clazz;\n try {\n clazz = Class.forName(handlerClassName);\n ProtocolHandler handler = (ProtocolHandler) clazz.getDeclaredConstructor().newInstance();\n context.setFragmenter(handler.getFragmenterClassName(context));\n context.setAccessor(handler.getAccessorClassName(context));\n context.setResolver(handler.getResolverClassName(context));\n } catch (ClassNotFoundException | NoSuchMethodException | InvocationTargetException |\n InstantiationException | IllegalAccessException e) {\n throw new RuntimeException(String.format(\"Error when invoking handlerClass '%s' : %s\", handlerClassName, e), e);\n }\n }\n }\n\n // validate that the result has all required fields, and values are in valid ranges\n context.validate();\n\n return context;\n }",
"class_method_signature": "HttpRequestParser.parseRequest(HttpHeaders request, RequestContext.RequestType requestType)",
"constructor": false,
"full_signature": "@Override public RequestContext parseRequest(HttpHeaders request, RequestContext.RequestType requestType)",
"identifier": "parseRequest",
"invocations": [
"getRequestHeaders",
"isDebugEnabled",
"debug",
"keySet",
"setRequestType",
"removeUserProperty",
"setProfile",
"addProfilePlugins",
"removeProperty",
"setOutputFormat",
"valueOf",
"removeUserProperty",
"isNotBlank",
"inferFormatName",
"setFormat",
"setAccessor",
"removeUserProperty",
"setAggType",
"getAggregationType",
"removeOptionalProperty",
"removeOptionalProperty",
"isNotBlank",
"setDataFragment",
"parseInt",
"setDataSource",
"removeProperty",
"removeOptionalProperty",
"removeProperty",
"setFilterString",
"equals",
"info",
"setFragmenter",
"removeUserProperty",
"removeOptionalProperty",
"isNotBlank",
"setFragmentIndex",
"parseInt",
"removeOptionalProperty",
"setFragmentMetadata",
"parseBase64",
"setHost",
"removeProperty",
"setMetadata",
"removeUserProperty",
"setPort",
"removeIntProperty",
"setProfileScheme",
"removeUserProperty",
"setProtocol",
"removeUserProperty",
"setRemoteLogin",
"removeOptionalProperty",
"setRemoteSecret",
"removeOptionalProperty",
"setResolver",
"removeUserProperty",
"setSegmentId",
"removeIntProperty",
"setServerName",
"removeUserProperty",
"removeUserProperty",
"setConfig",
"isNotBlank",
"getServerName",
"removeUserProperty",
"isBlank",
"setStatsMaxFragments",
"parseInt",
"removeUserProperty",
"isBlank",
"setStatsSampleRatio",
"parseFloat",
"setTotalSegments",
"removeIntProperty",
"setTransactionId",
"removeProperty",
"parseTupleDescription",
"getOutputFormat",
"parseGreenplumCSV",
"size",
"getTupleDescription",
"getDelimiter",
"getGreenplumCSV",
"format",
"size",
"getTupleDescription",
"setUser",
"removeProperty",
"removeOptionalProperty",
"setUserData",
"parseBase64",
"setProperty",
"removeProperty",
"isNotBlank",
"getOptionMappings",
"emptyMap",
"keySet",
"startsWithIgnoreCase",
"replace",
"toLowerCase",
"removeUserProperty",
"addOption",
"debug",
"get",
"isNotBlank",
"put",
"debug",
"startsWithIgnoreCase",
"debug",
"setAdditionalConfigProps",
"setPluginConf",
"isNotBlank",
"getHandler",
"isNotBlank",
"forName",
"newInstance",
"getDeclaredConstructor",
"setFragmenter",
"getFragmenterClassName",
"setAccessor",
"getAccessorClassName",
"setResolver",
"getResolverClassName",
"format",
"validate"
],
"modifiers": "@Override public",
"parameters": "(HttpHeaders request, RequestContext.RequestType requestType)",
"return": "RequestContext",
"signature": "RequestContext parseRequest(HttpHeaders request, RequestContext.RequestType requestType)",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_260
|
{
"fields": [
{
"declarator": "context",
"modifier": "private",
"original_string": "private RequestContext context;",
"type": "RequestContext",
"var_name": "context"
},
{
"declarator": "schema",
"modifier": "private",
"original_string": "private Schema schema;",
"type": "Schema",
"var_name": "schema"
},
{
"declarator": "testSchema",
"modifier": "private",
"original_string": "private Schema testSchema;",
"type": "Schema",
"var_name": "testSchema"
},
{
"declarator": "avroDirectory",
"modifier": "private",
"original_string": "private String avroDirectory;",
"type": "String",
"var_name": "avroDirectory"
},
{
"declarator": "configuration",
"modifier": "private",
"original_string": "private Configuration configuration;",
"type": "Configuration",
"var_name": "configuration"
},
{
"declarator": "avroUtilities",
"modifier": "private",
"original_string": "private AvroUtilities avroUtilities;",
"type": "AvroUtilities",
"var_name": "avroUtilities"
},
{
"declarator": "hcfsType",
"modifier": "private",
"original_string": "private HcfsType hcfsType;",
"type": "HcfsType",
"var_name": "hcfsType"
},
{
"declarator": "expectedException = ExpectedException.none()",
"modifier": "@Rule\n public",
"original_string": "@Rule\n public ExpectedException expectedException = ExpectedException.none();",
"type": "ExpectedException",
"var_name": "expectedException"
}
],
"file": "server/pxf-hdfs/src/test/java/org/greenplum/pxf/plugins/hdfs/avro/AvroUtilitiesTest.java",
"identifier": "AvroUtilitiesTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void testObtainSchema_OnWrite_WithUserProvidedSchema_Binary_FullPathToLocalFile() {\n context.setRequestType(RequestContext.RequestType.WRITE_BRIDGE);\n context.addOption(\"SCHEMA\", avroDirectory + \"user-provided.avro\");\n\n schema = avroUtilities.obtainSchema(context, configuration, hcfsType);\n\n verifySchema(schema, \"user_provided_schema\");\n }",
"class_method_signature": "AvroUtilitiesTest.testObtainSchema_OnWrite_WithUserProvidedSchema_Binary_FullPathToLocalFile()",
"constructor": false,
"full_signature": "@Test public void testObtainSchema_OnWrite_WithUserProvidedSchema_Binary_FullPathToLocalFile()",
"identifier": "testObtainSchema_OnWrite_WithUserProvidedSchema_Binary_FullPathToLocalFile",
"invocations": [
"setRequestType",
"addOption",
"obtainSchema",
"verifySchema"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testObtainSchema_OnWrite_WithUserProvidedSchema_Binary_FullPathToLocalFile()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "COMMON_NAMESPACE = \"public.avro\"",
"modifier": "private static",
"original_string": "private static String COMMON_NAMESPACE = \"public.avro\";",
"type": "String",
"var_name": "COMMON_NAMESPACE"
},
{
"declarator": "fileSearcher",
"modifier": "private",
"original_string": "private FileSearcher fileSearcher;",
"type": "FileSearcher",
"var_name": "fileSearcher"
},
{
"declarator": "schemaPath",
"modifier": "private",
"original_string": "private String schemaPath;",
"type": "String",
"var_name": "schemaPath"
},
{
"declarator": "LOG = LoggerFactory.getLogger(AvroUtilities.class)",
"modifier": "private final static",
"original_string": "private final static Logger LOG = LoggerFactory.getLogger(AvroUtilities.class);",
"type": "Logger",
"var_name": "LOG"
},
{
"declarator": "schemaFileReaderFactory = AvroSchemaFileReaderFactory.getInstance()",
"modifier": "",
"original_string": "AvroSchemaFileReaderFactory schemaFileReaderFactory = AvroSchemaFileReaderFactory.getInstance();",
"type": "AvroSchemaFileReaderFactory",
"var_name": "schemaFileReaderFactory"
},
{
"declarator": "instance = new AvroUtilities()",
"modifier": "private static",
"original_string": "private static AvroUtilities instance = new AvroUtilities();",
"type": "AvroUtilities",
"var_name": "instance"
}
],
"file": "server/pxf-hdfs/src/main/java/org/greenplum/pxf/plugins/hdfs/avro/AvroUtilities.java",
"identifier": "AvroUtilities",
"interfaces": "",
"methods": [
{
"class_method_signature": "AvroUtilities.AvroUtilities()",
"constructor": true,
"full_signature": "private AvroUtilities()",
"identifier": "AvroUtilities",
"modifiers": "private",
"parameters": "()",
"return": "",
"signature": " AvroUtilities()",
"testcase": false
},
{
"class_method_signature": "AvroUtilities.AvroUtilities(FileSearcher fileSearcher)",
"constructor": true,
"full_signature": " AvroUtilities(FileSearcher fileSearcher)",
"identifier": "AvroUtilities",
"modifiers": "",
"parameters": "(FileSearcher fileSearcher)",
"return": "",
"signature": " AvroUtilities(FileSearcher fileSearcher)",
"testcase": false
},
{
"class_method_signature": "AvroUtilities.getInstance()",
"constructor": false,
"full_signature": "public static AvroUtilities getInstance()",
"identifier": "getInstance",
"modifiers": "public static",
"parameters": "()",
"return": "AvroUtilities",
"signature": "AvroUtilities getInstance()",
"testcase": false
},
{
"class_method_signature": "AvroUtilities.obtainSchema(RequestContext context, Configuration configuration, HcfsType hcfsType)",
"constructor": false,
"full_signature": "public Schema obtainSchema(RequestContext context, Configuration configuration, HcfsType hcfsType)",
"identifier": "obtainSchema",
"modifiers": "public",
"parameters": "(RequestContext context, Configuration configuration, HcfsType hcfsType)",
"return": "Schema",
"signature": "Schema obtainSchema(RequestContext context, Configuration configuration, HcfsType hcfsType)",
"testcase": false
},
{
"class_method_signature": "AvroUtilities.readOrGenerateAvroSchema(RequestContext context, Configuration configuration, HcfsType hcfsType)",
"constructor": false,
"full_signature": "private Schema readOrGenerateAvroSchema(RequestContext context, Configuration configuration, HcfsType hcfsType)",
"identifier": "readOrGenerateAvroSchema",
"modifiers": "private",
"parameters": "(RequestContext context, Configuration configuration, HcfsType hcfsType)",
"return": "Schema",
"signature": "Schema readOrGenerateAvroSchema(RequestContext context, Configuration configuration, HcfsType hcfsType)",
"testcase": false
},
{
"class_method_signature": "AvroUtilities.readSchemaFromAvroDataSource(Configuration configuration, String dataSource)",
"constructor": false,
"full_signature": "private static Schema readSchemaFromAvroDataSource(Configuration configuration, String dataSource)",
"identifier": "readSchemaFromAvroDataSource",
"modifiers": "private static",
"parameters": "(Configuration configuration, String dataSource)",
"return": "Schema",
"signature": "Schema readSchemaFromAvroDataSource(Configuration configuration, String dataSource)",
"testcase": false
},
{
"class_method_signature": "AvroUtilities.searchForFile(String schemaName)",
"constructor": false,
"full_signature": "private static File searchForFile(String schemaName)",
"identifier": "searchForFile",
"modifiers": "private static",
"parameters": "(String schemaName)",
"return": "File",
"signature": "File searchForFile(String schemaName)",
"testcase": false
},
{
"class_method_signature": "AvroUtilities.generateSchema(List<ColumnDescriptor> tupleDescription)",
"constructor": false,
"full_signature": "private static Schema generateSchema(List<ColumnDescriptor> tupleDescription)",
"identifier": "generateSchema",
"modifiers": "private static",
"parameters": "(List<ColumnDescriptor> tupleDescription)",
"return": "Schema",
"signature": "Schema generateSchema(List<ColumnDescriptor> tupleDescription)",
"testcase": false
},
{
"class_method_signature": "AvroUtilities.getFieldSchema(DataType type, String colName)",
"constructor": false,
"full_signature": "private static Schema getFieldSchema(DataType type, String colName)",
"identifier": "getFieldSchema",
"modifiers": "private static",
"parameters": "(DataType type, String colName)",
"return": "Schema",
"signature": "Schema getFieldSchema(DataType type, String colName)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public Schema obtainSchema(RequestContext context, Configuration configuration, HcfsType hcfsType) {\n Schema schema = (Schema) context.getMetadata();\n\n if (schema != null) {\n return schema;\n }\n try {\n schemaPath = context.getDataSource();\n schema = readOrGenerateAvroSchema(context, configuration, hcfsType);\n } catch (Exception e) {\n throw new RuntimeException(String.format(\"Failed to obtain Avro schema from '%s'\", schemaPath), e);\n }\n context.setMetadata(schema);\n return schema;\n }",
"class_method_signature": "AvroUtilities.obtainSchema(RequestContext context, Configuration configuration, HcfsType hcfsType)",
"constructor": false,
"full_signature": "public Schema obtainSchema(RequestContext context, Configuration configuration, HcfsType hcfsType)",
"identifier": "obtainSchema",
"invocations": [
"getMetadata",
"getDataSource",
"readOrGenerateAvroSchema",
"format",
"setMetadata"
],
"modifiers": "public",
"parameters": "(RequestContext context, Configuration configuration, HcfsType hcfsType)",
"return": "Schema",
"signature": "Schema obtainSchema(RequestContext context, Configuration configuration, HcfsType hcfsType)",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_325
|
{
"fields": [
{
"declarator": "expectedException = ExpectedException.none()",
"modifier": "@Rule\n public",
"original_string": "@Rule\n public ExpectedException expectedException = ExpectedException.none();",
"type": "ExpectedException",
"var_name": "expectedException"
},
{
"declarator": "tblDesc",
"modifier": "private",
"original_string": "private Metadata.Item tblDesc;",
"type": "Metadata.Item",
"var_name": "tblDesc"
},
{
"declarator": "hiveClientWrapper",
"modifier": "private",
"original_string": "private HiveClientWrapper hiveClientWrapper;",
"type": "HiveClientWrapper",
"var_name": "hiveClientWrapper"
}
],
"file": "server/pxf-hive/src/test/java/org/greenplum/pxf/plugins/hive/HiveClientWrapperTest.java",
"identifier": "HiveClientWrapperTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void invalidTableName() throws Exception {\n expectedException.expect(IllegalArgumentException.class);\n expectedException.expectMessage(\"\\\"t.r.o.u.b.l.e.m.a.k.e.r\\\" is not a valid Hive table name. Should be either <table_name> or <db_name.table_name>\");\n\n IMetaStoreClient metaStoreClient = mock(IMetaStoreClient.class);\n hiveClientWrapper.extractTablesFromPattern(metaStoreClient, \"t.r.o.u.b.l.e.m.a.k.e.r\");\n }",
"class_method_signature": "HiveClientWrapperTest.invalidTableName()",
"constructor": false,
"full_signature": "@Test public void invalidTableName()",
"identifier": "invalidTableName",
"invocations": [
"expect",
"expectMessage",
"mock",
"extractTablesFromPattern"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void invalidTableName()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "instance = new HiveClientWrapper()",
"modifier": "private static final",
"original_string": "private static final HiveClientWrapper instance = new HiveClientWrapper();",
"type": "HiveClientWrapper",
"var_name": "instance"
},
{
"declarator": "LOG = LoggerFactory.getLogger(HiveClientWrapper.class)",
"modifier": "private static final",
"original_string": "private static final Logger LOG = LoggerFactory.getLogger(HiveClientWrapper.class);",
"type": "Logger",
"var_name": "LOG"
},
{
"declarator": "WILDCARD = \"*\"",
"modifier": "private static final",
"original_string": "private static final String WILDCARD = \"*\";",
"type": "String",
"var_name": "WILDCARD"
},
{
"declarator": "DEFAULT_DELIMITER_CODE = 44",
"modifier": "private static final",
"original_string": "private static final int DEFAULT_DELIMITER_CODE = 44;",
"type": "int",
"var_name": "DEFAULT_DELIMITER_CODE"
},
{
"declarator": "STR_RC_FILE_INPUT_FORMAT = \"org.apache.hadoop.hive.ql.io.RCFileInputFormat\"",
"modifier": "private static final",
"original_string": "private static final String STR_RC_FILE_INPUT_FORMAT = \"org.apache.hadoop.hive.ql.io.RCFileInputFormat\";",
"type": "String",
"var_name": "STR_RC_FILE_INPUT_FORMAT"
},
{
"declarator": "STR_TEXT_FILE_INPUT_FORMAT = \"org.apache.hadoop.mapred.TextInputFormat\"",
"modifier": "private static final",
"original_string": "private static final String STR_TEXT_FILE_INPUT_FORMAT = \"org.apache.hadoop.mapred.TextInputFormat\";",
"type": "String",
"var_name": "STR_TEXT_FILE_INPUT_FORMAT"
},
{
"declarator": "STR_ORC_FILE_INPUT_FORMAT = \"org.apache.hadoop.hive.ql.io.orc.OrcInputFormat\"",
"modifier": "private static final",
"original_string": "private static final String STR_ORC_FILE_INPUT_FORMAT = \"org.apache.hadoop.hive.ql.io.orc.OrcInputFormat\";",
"type": "String",
"var_name": "STR_ORC_FILE_INPUT_FORMAT"
},
{
"declarator": "hiveClientFactory",
"modifier": "private final",
"original_string": "private final HiveClientFactory hiveClientFactory;",
"type": "HiveClientFactory",
"var_name": "hiveClientFactory"
}
],
"file": "server/pxf-hive/src/main/java/org/greenplum/pxf/plugins/hive/HiveClientWrapper.java",
"identifier": "HiveClientWrapper",
"interfaces": "",
"methods": [
{
"class_method_signature": "HiveClientWrapper.HiveClientWrapper()",
"constructor": true,
"full_signature": "private HiveClientWrapper()",
"identifier": "HiveClientWrapper",
"modifiers": "private",
"parameters": "()",
"return": "",
"signature": " HiveClientWrapper()",
"testcase": false
},
{
"class_method_signature": "HiveClientWrapper.HiveClientWrapper(HiveClientFactory hiveClientFactory)",
"constructor": true,
"full_signature": " HiveClientWrapper(HiveClientFactory hiveClientFactory)",
"identifier": "HiveClientWrapper",
"modifiers": "",
"parameters": "(HiveClientFactory hiveClientFactory)",
"return": "",
"signature": " HiveClientWrapper(HiveClientFactory hiveClientFactory)",
"testcase": false
},
{
"class_method_signature": "HiveClientWrapper.getInstance()",
"constructor": false,
"full_signature": "public static HiveClientWrapper getInstance()",
"identifier": "getInstance",
"modifiers": "public static",
"parameters": "()",
"return": "HiveClientWrapper",
"signature": "HiveClientWrapper getInstance()",
"testcase": false
},
{
"class_method_signature": "HiveClientWrapper.initHiveClient(RequestContext context, Configuration configuration)",
"constructor": false,
"full_signature": "public IMetaStoreClient initHiveClient(RequestContext context, Configuration configuration)",
"identifier": "initHiveClient",
"modifiers": "public",
"parameters": "(RequestContext context, Configuration configuration)",
"return": "IMetaStoreClient",
"signature": "IMetaStoreClient initHiveClient(RequestContext context, Configuration configuration)",
"testcase": false
},
{
"class_method_signature": "HiveClientWrapper.getHiveTable(IMetaStoreClient client, Metadata.Item itemName)",
"constructor": false,
"full_signature": "public Table getHiveTable(IMetaStoreClient client, Metadata.Item itemName)",
"identifier": "getHiveTable",
"modifiers": "public",
"parameters": "(IMetaStoreClient client, Metadata.Item itemName)",
"return": "Table",
"signature": "Table getHiveTable(IMetaStoreClient client, Metadata.Item itemName)",
"testcase": false
},
{
"class_method_signature": "HiveClientWrapper.getSchema(Table tbl, Metadata metadata)",
"constructor": false,
"full_signature": "public void getSchema(Table tbl, Metadata metadata)",
"identifier": "getSchema",
"modifiers": "public",
"parameters": "(Table tbl, Metadata metadata)",
"return": "void",
"signature": "void getSchema(Table tbl, Metadata metadata)",
"testcase": false
},
{
"class_method_signature": "HiveClientWrapper.makeUserData(String fragmenterClassName,\n HiveTablePartition partData,\n boolean filterInFragmenter,\n List<Integer> hiveIndexes,\n String allColumnNames,\n String allColumnTypes)",
"constructor": false,
"full_signature": "public byte[] makeUserData(String fragmenterClassName,\n HiveTablePartition partData,\n boolean filterInFragmenter,\n List<Integer> hiveIndexes,\n String allColumnNames,\n String allColumnTypes)",
"identifier": "makeUserData",
"modifiers": "public",
"parameters": "(String fragmenterClassName,\n HiveTablePartition partData,\n boolean filterInFragmenter,\n List<Integer> hiveIndexes,\n String allColumnNames,\n String allColumnTypes)",
"return": "byte[]",
"signature": "byte[] makeUserData(String fragmenterClassName,\n HiveTablePartition partData,\n boolean filterInFragmenter,\n List<Integer> hiveIndexes,\n String allColumnNames,\n String allColumnTypes)",
"testcase": false
},
{
"class_method_signature": "HiveClientWrapper.extractTableFromName(String qualifiedName)",
"constructor": false,
"full_signature": "public Metadata.Item extractTableFromName(String qualifiedName)",
"identifier": "extractTableFromName",
"modifiers": "public",
"parameters": "(String qualifiedName)",
"return": "Metadata.Item",
"signature": "Metadata.Item extractTableFromName(String qualifiedName)",
"testcase": false
},
{
"class_method_signature": "HiveClientWrapper.hasComplexTypes(Metadata metadata)",
"constructor": false,
"full_signature": "public boolean hasComplexTypes(Metadata metadata)",
"identifier": "hasComplexTypes",
"modifiers": "public",
"parameters": "(Metadata metadata)",
"return": "boolean",
"signature": "boolean hasComplexTypes(Metadata metadata)",
"testcase": false
},
{
"class_method_signature": "HiveClientWrapper.extractTablesFromPattern(IMetaStoreClient client, String pattern)",
"constructor": false,
"full_signature": "public List<Metadata.Item> extractTablesFromPattern(IMetaStoreClient client, String pattern)",
"identifier": "extractTablesFromPattern",
"modifiers": "public",
"parameters": "(IMetaStoreClient client, String pattern)",
"return": "List<Metadata.Item>",
"signature": "List<Metadata.Item> extractTablesFromPattern(IMetaStoreClient client, String pattern)",
"testcase": false
},
{
"class_method_signature": "HiveClientWrapper.getTablesFromPattern(IMetaStoreClient client, String dbPattern, String tablePattern)",
"constructor": false,
"full_signature": "private List<Metadata.Item> getTablesFromPattern(IMetaStoreClient client, String dbPattern, String tablePattern)",
"identifier": "getTablesFromPattern",
"modifiers": "private",
"parameters": "(IMetaStoreClient client, String dbPattern, String tablePattern)",
"return": "List<Metadata.Item>",
"signature": "List<Metadata.Item> getTablesFromPattern(IMetaStoreClient client, String dbPattern, String tablePattern)",
"testcase": false
},
{
"class_method_signature": "HiveClientWrapper.getHiveConf(Configuration configuration)",
"constructor": false,
"full_signature": "private HiveConf getHiveConf(Configuration configuration)",
"identifier": "getHiveConf",
"modifiers": "private",
"parameters": "(Configuration configuration)",
"return": "HiveConf",
"signature": "HiveConf getHiveConf(Configuration configuration)",
"testcase": false
},
{
"class_method_signature": "HiveClientWrapper.serializeProperties(Properties props)",
"constructor": false,
"full_signature": "private String serializeProperties(Properties props)",
"identifier": "serializeProperties",
"modifiers": "private",
"parameters": "(Properties props)",
"return": "String",
"signature": "String serializeProperties(Properties props)",
"testcase": false
},
{
"class_method_signature": "HiveClientWrapper.serializePartitionKeys(HiveTablePartition partData)",
"constructor": false,
"full_signature": "private String serializePartitionKeys(HiveTablePartition partData)",
"identifier": "serializePartitionKeys",
"modifiers": "private",
"parameters": "(HiveTablePartition partData)",
"return": "String",
"signature": "String serializePartitionKeys(HiveTablePartition partData)",
"testcase": false
},
{
"class_method_signature": "HiveClientWrapper.getDelimiterCode(StorageDescriptor sd)",
"constructor": false,
"full_signature": "public Integer getDelimiterCode(StorageDescriptor sd)",
"identifier": "getDelimiterCode",
"modifiers": "public",
"parameters": "(StorageDescriptor sd)",
"return": "Integer",
"signature": "Integer getDelimiterCode(StorageDescriptor sd)",
"testcase": false
},
{
"class_method_signature": "HiveClientWrapper.getSerdeParameter(StorageDescriptor sd, String parameterKey)",
"constructor": false,
"full_signature": "private String getSerdeParameter(StorageDescriptor sd, String parameterKey)",
"identifier": "getSerdeParameter",
"modifiers": "private",
"parameters": "(StorageDescriptor sd, String parameterKey)",
"return": "String",
"signature": "String getSerdeParameter(StorageDescriptor sd, String parameterKey)",
"testcase": false
},
{
"class_method_signature": "HiveClientWrapper.assertFileType(String className, HiveTablePartition partData)",
"constructor": false,
"full_signature": "private String assertFileType(String className, HiveTablePartition partData)",
"identifier": "assertFileType",
"modifiers": "private",
"parameters": "(String className, HiveTablePartition partData)",
"return": "String",
"signature": "String assertFileType(String className, HiveTablePartition partData)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public List<Metadata.Item> extractTablesFromPattern(IMetaStoreClient client, String pattern) {\n\n String dbPattern, tablePattern;\n String errorMsg = \" is not a valid Hive table name. \"\n + \"Should be either <table_name> or <db_name.table_name>\";\n\n if (StringUtils.isBlank(pattern)) {\n throw new IllegalArgumentException(\"empty string\" + errorMsg);\n }\n\n String[] rawTokens = pattern.split(\"[.]\");\n ArrayList<String> tokens = new ArrayList<>();\n for (String tok : rawTokens) {\n if (StringUtils.isBlank(tok)) {\n continue;\n }\n tokens.add(tok.trim());\n }\n\n if (tokens.size() == 1) {\n dbPattern = MetaStoreUtils.DEFAULT_DATABASE_NAME;\n tablePattern = tokens.get(0);\n } else if (tokens.size() == 2) {\n dbPattern = tokens.get(0);\n tablePattern = tokens.get(1);\n } else {\n throw new IllegalArgumentException(\"\\\"\" + pattern + \"\\\"\" + errorMsg);\n }\n\n return getTablesFromPattern(client, dbPattern, tablePattern);\n }",
"class_method_signature": "HiveClientWrapper.extractTablesFromPattern(IMetaStoreClient client, String pattern)",
"constructor": false,
"full_signature": "public List<Metadata.Item> extractTablesFromPattern(IMetaStoreClient client, String pattern)",
"identifier": "extractTablesFromPattern",
"invocations": [
"isBlank",
"split",
"isBlank",
"add",
"trim",
"size",
"get",
"size",
"get",
"get",
"getTablesFromPattern"
],
"modifiers": "public",
"parameters": "(IMetaStoreClient client, String pattern)",
"return": "List<Metadata.Item>",
"signature": "List<Metadata.Item> extractTablesFromPattern(IMetaStoreClient client, String pattern)",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_149
|
{
"fields": [
{
"declarator": "mockContext",
"modifier": "",
"original_string": "RequestContext mockContext;",
"type": "RequestContext",
"var_name": "mockContext"
},
{
"declarator": "inputBuilder",
"modifier": "",
"original_string": "BridgeInputBuilder inputBuilder;",
"type": "BridgeInputBuilder",
"var_name": "inputBuilder"
},
{
"declarator": "inputStream",
"modifier": "",
"original_string": "DataInputStream inputStream;",
"type": "DataInputStream",
"var_name": "inputStream"
}
],
"file": "server/pxf-service/src/test/java/org/greenplum/pxf/service/BridgeInputBuilderTest.java",
"identifier": "BridgeInputBuilderTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n /*\n * Test the makeInput method: input > buffer size, \\n terminated\n */\n public void makeInputBigArray() throws Exception {\n\n byte[] bigArray = new byte[2000];\n for (int i = 0; i < 1999; ++i) {\n bigArray[i] = (byte) (i % 10 + 30);\n }\n bigArray[1999] = (byte) '\\n';\n\n prepareInput(bigArray);\n\n List<OneField> record = inputBuilder.makeInput(inputStream);\n\n verifyRecord(record, bigArray);\n }",
"class_method_signature": "BridgeInputBuilderTest.makeInputBigArray()",
"constructor": false,
"full_signature": "@Test /* * Test the makeInput method: input > buffer size, \\n terminated */ public void makeInputBigArray()",
"identifier": "makeInputBigArray",
"invocations": [
"prepareInput",
"makeInput",
"verifyRecord"
],
"modifiers": "@Test /* * Test the makeInput method: input > buffer size, \\n terminated */ public",
"parameters": "()",
"return": "void",
"signature": "void makeInputBigArray()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "protocolData",
"modifier": "private final",
"original_string": "private final RequestContext protocolData;",
"type": "RequestContext",
"var_name": "protocolData"
},
{
"declarator": "LOG = LogFactory.getLog(BridgeInputBuilder.class)",
"modifier": "private static final",
"original_string": "private static final Log LOG = LogFactory.getLog(BridgeInputBuilder.class);",
"type": "Log",
"var_name": "LOG"
}
],
"file": "server/pxf-service/src/main/java/org/greenplum/pxf/service/BridgeInputBuilder.java",
"identifier": "BridgeInputBuilder",
"interfaces": "",
"methods": [
{
"class_method_signature": "BridgeInputBuilder.BridgeInputBuilder(RequestContext protocolData)",
"constructor": true,
"full_signature": "public BridgeInputBuilder(RequestContext protocolData)",
"identifier": "BridgeInputBuilder",
"modifiers": "public",
"parameters": "(RequestContext protocolData)",
"return": "",
"signature": " BridgeInputBuilder(RequestContext protocolData)",
"testcase": false
},
{
"class_method_signature": "BridgeInputBuilder.makeInput(DataInput inputStream)",
"constructor": false,
"full_signature": "public List<OneField> makeInput(DataInput inputStream)",
"identifier": "makeInput",
"modifiers": "public",
"parameters": "(DataInput inputStream)",
"return": "List<OneField>",
"signature": "List<OneField> makeInput(DataInput inputStream)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public List<OneField> makeInput(DataInput inputStream) throws Exception {\n if (protocolData.getOutputFormat() == OutputFormat.TEXT) {\n // Avoid copying the bytes from the inputStream directly. This\n // code used to use the Text class to read bytes until a line\n // delimiter was found. This would cause issues with wide rows that\n // had 1MB+, because the Text code grows the array to fit data, and\n // it does it inefficiently. We observed multiple calls to\n // System.arraycopy in the setCapacity method for every byte after\n // we exceeded the original buffer size. This caused terrible\n // performance in PXF, even when writing a single row to an external\n // system.\n return Collections.singletonList(new OneField(DataType.BYTEA.getOID(), inputStream));\n }\n\n GPDBWritable gpdbWritable = new GPDBWritable();\n gpdbWritable.readFields(inputStream);\n\n if (gpdbWritable.isEmpty()) {\n LOG.debug(\"Reached end of stream\");\n return null;\n }\n\n GPDBWritableMapper mapper = new GPDBWritableMapper(gpdbWritable);\n int[] colTypes = gpdbWritable.getColType();\n List<OneField> record = new LinkedList<>();\n for (int i = 0; i < colTypes.length; i++) {\n mapper.setDataType(colTypes[i]);\n record.add(new OneField(colTypes[i], mapper.getData(i)));\n }\n\n return record;\n }",
"class_method_signature": "BridgeInputBuilder.makeInput(DataInput inputStream)",
"constructor": false,
"full_signature": "public List<OneField> makeInput(DataInput inputStream)",
"identifier": "makeInput",
"invocations": [
"getOutputFormat",
"singletonList",
"getOID",
"readFields",
"isEmpty",
"debug",
"getColType",
"setDataType",
"add",
"getData"
],
"modifiers": "public",
"parameters": "(DataInput inputStream)",
"return": "List<OneField>",
"signature": "List<OneField> makeInput(DataInput inputStream)",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_15
|
{
"fields": [],
"file": "server/pxf-api/src/test/java/org/greenplum/pxf/api/model/BasePluginTest.java",
"identifier": "BasePluginTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void testInitialize() {\n ConfigurationFactory mockConfigurationFactory = mock(ConfigurationFactory.class);\n\n Configuration configuration = new Configuration();\n RequestContext context = new RequestContext();\n\n when(mockConfigurationFactory.\n initConfiguration(context.getConfig(), context.getServerName(), context.getUser(), context.getAdditionalConfigProps()))\n .thenReturn(configuration);\n\n BasePlugin basePlugin = new BasePlugin(mockConfigurationFactory);\n basePlugin.initialize(context);\n assertTrue(basePlugin.isInitialized());\n assertEquals(configuration, basePlugin.configuration);\n assertEquals(context, basePlugin.context);\n }",
"class_method_signature": "BasePluginTest.testInitialize()",
"constructor": false,
"full_signature": "@Test public void testInitialize()",
"identifier": "testInitialize",
"invocations": [
"mock",
"thenReturn",
"when",
"initConfiguration",
"getConfig",
"getServerName",
"getUser",
"getAdditionalConfigProps",
"initialize",
"assertTrue",
"isInitialized",
"assertEquals",
"assertEquals"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testInitialize()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "configurationFactory",
"modifier": "protected",
"original_string": "protected ConfigurationFactory configurationFactory;",
"type": "ConfigurationFactory",
"var_name": "configurationFactory"
},
{
"declarator": "LOG = LoggerFactory.getLogger(this.getClass())",
"modifier": "protected",
"original_string": "protected Logger LOG = LoggerFactory.getLogger(this.getClass());",
"type": "Logger",
"var_name": "LOG"
},
{
"declarator": "configuration",
"modifier": "protected",
"original_string": "protected Configuration configuration;",
"type": "Configuration",
"var_name": "configuration"
},
{
"declarator": "context",
"modifier": "protected",
"original_string": "protected RequestContext context;",
"type": "RequestContext",
"var_name": "context"
},
{
"declarator": "initialized = false",
"modifier": "private",
"original_string": "private boolean initialized = false;",
"type": "boolean",
"var_name": "initialized"
}
],
"file": "server/pxf-api/src/main/java/org/greenplum/pxf/api/model/BasePlugin.java",
"identifier": "BasePlugin",
"interfaces": "implements Plugin",
"methods": [
{
"class_method_signature": "BasePlugin.BasePlugin()",
"constructor": true,
"full_signature": "public BasePlugin()",
"identifier": "BasePlugin",
"modifiers": "public",
"parameters": "()",
"return": "",
"signature": " BasePlugin()",
"testcase": false
},
{
"class_method_signature": "BasePlugin.BasePlugin(ConfigurationFactory configurationFactory)",
"constructor": true,
"full_signature": " BasePlugin(ConfigurationFactory configurationFactory)",
"identifier": "BasePlugin",
"modifiers": "",
"parameters": "(ConfigurationFactory configurationFactory)",
"return": "",
"signature": " BasePlugin(ConfigurationFactory configurationFactory)",
"testcase": false
},
{
"class_method_signature": "BasePlugin.initialize(RequestContext requestContext)",
"constructor": false,
"full_signature": "@Override public void initialize(RequestContext requestContext)",
"identifier": "initialize",
"modifiers": "@Override public",
"parameters": "(RequestContext requestContext)",
"return": "void",
"signature": "void initialize(RequestContext requestContext)",
"testcase": false
},
{
"class_method_signature": "BasePlugin.isInitialized()",
"constructor": false,
"full_signature": "public final boolean isInitialized()",
"identifier": "isInitialized",
"modifiers": "public final",
"parameters": "()",
"return": "boolean",
"signature": "boolean isInitialized()",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "@Override\n public void initialize(RequestContext requestContext) {\n this.context = requestContext;\n this.configuration = configurationFactory.\n initConfiguration(context.getConfig(), context.getServerName(), context.getUser(), context.getAdditionalConfigProps());\n this.initialized = true;\n }",
"class_method_signature": "BasePlugin.initialize(RequestContext requestContext)",
"constructor": false,
"full_signature": "@Override public void initialize(RequestContext requestContext)",
"identifier": "initialize",
"invocations": [
"initConfiguration",
"getConfig",
"getServerName",
"getUser",
"getAdditionalConfigProps"
],
"modifiers": "@Override public",
"parameters": "(RequestContext requestContext)",
"return": "void",
"signature": "void initialize(RequestContext requestContext)",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_237
|
{
"fields": [
{
"declarator": "PRUNER = new SupportedOperatorPruner(SUPPORTED_OPERATORS)",
"modifier": "private static final",
"original_string": "private static final TreeVisitor PRUNER = new SupportedOperatorPruner(SUPPORTED_OPERATORS);",
"type": "TreeVisitor",
"var_name": "PRUNER"
},
{
"declarator": "TRAVERSER = new TreeTraverser()",
"modifier": "private static final",
"original_string": "private static final TreeTraverser TRAVERSER = new TreeTraverser();",
"type": "TreeTraverser",
"var_name": "TRAVERSER"
},
{
"declarator": "thrown = ExpectedException.none()",
"modifier": "@Rule\n public",
"original_string": "@Rule\n public ExpectedException thrown = ExpectedException.none();",
"type": "ExpectedException",
"var_name": "thrown"
},
{
"declarator": "tupleDescription",
"modifier": "private",
"original_string": "private HBaseTupleDescription tupleDescription;",
"type": "HBaseTupleDescription",
"var_name": "tupleDescription"
},
{
"declarator": "families = new byte[][]{\n new byte[]{},\n new byte[]{},\n new byte[]{},\n new byte[]{},\n }",
"modifier": "private",
"original_string": "private byte[][] families = new byte[][]{\n new byte[]{},\n new byte[]{},\n new byte[]{},\n new byte[]{},\n };",
"type": "byte[][]",
"var_name": "families"
},
{
"declarator": "qualifiers = new byte[][]{\n new byte[]{},\n new byte[]{},\n new byte[]{},\n new byte[]{},\n }",
"modifier": "private",
"original_string": "private byte[][] qualifiers = new byte[][]{\n new byte[]{},\n new byte[]{},\n new byte[]{},\n new byte[]{},\n };",
"type": "byte[][]",
"var_name": "qualifiers"
},
{
"declarator": "columnCodes = {\n DataType.INTEGER.getOID(),\n DataType.TEXT.getOID(),\n DataType.REAL.getOID(),\n DataType.TEXT.getOID(),\n }",
"modifier": "private",
"original_string": "private int[] columnCodes = {\n DataType.INTEGER.getOID(),\n DataType.TEXT.getOID(),\n DataType.REAL.getOID(),\n DataType.TEXT.getOID(),\n };",
"type": "int[]",
"var_name": "columnCodes"
}
],
"file": "server/pxf-hbase/src/test/java/org/greenplum/pxf/plugins/hbase/HBaseFilterBuilderTest.java",
"identifier": "HBaseFilterBuilderTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void testNestedLogicalOperators() throws Exception {\n // cdate > '2008-02-01' OR (cdate < '2008-12-01' AND amt > 1200)\n Filter filter = helper(\"a1c1082s10d2008-02-01o2a1c1082s10d2008-12-01o1a0c23s4d1200o2l0l1\", tupleDescription);\n assertNotNull(filter);\n assertTrue(filter instanceof FilterList);\n FilterList filterList = (FilterList) filter;\n assertEquals(FilterList.Operator.MUST_PASS_ONE, filterList.getOperator());\n\n assertNotNull(filterList.getFilters());\n assertEquals(2, filterList.getFilters().size());\n\n Filter left = filterList.getFilters().get(0);\n Filter right = filterList.getFilters().get(1);\n assertTrue(left instanceof SingleColumnValueFilter);\n assertTrue(right instanceof FilterList);\n\n SingleColumnValueFilter scvFilterLeft = (SingleColumnValueFilter) left;\n FilterList scvFilterListRight = (FilterList) right;\n\n assertEquals(families[1], scvFilterLeft.getFamily());\n assertEquals(qualifiers[1], scvFilterLeft.getQualifier());\n assertEquals(CompareFilter.CompareOp.GREATER, scvFilterLeft.getOperator());\n assertEquals(0, scvFilterLeft.getComparator().compareTo(\"2008-02-01\".getBytes()));\n\n assertEquals(FilterList.Operator.MUST_PASS_ALL, scvFilterListRight.getOperator());\n assertNotNull(scvFilterListRight.getFilters());\n assertEquals(2, scvFilterListRight.getFilters().size());\n\n left = scvFilterListRight.getFilters().get(0);\n right = scvFilterListRight.getFilters().get(1);\n assertTrue(left instanceof SingleColumnValueFilter);\n assertTrue(right instanceof SingleColumnValueFilter);\n\n scvFilterLeft = (SingleColumnValueFilter) left;\n SingleColumnValueFilter scvFilterRight = (SingleColumnValueFilter) right;\n\n assertEquals(families[1], scvFilterLeft.getFamily());\n assertEquals(qualifiers[1], scvFilterLeft.getQualifier());\n assertEquals(CompareFilter.CompareOp.LESS, scvFilterLeft.getOperator());\n assertEquals(0, scvFilterLeft.getComparator().compareTo(\"2008-12-01\".getBytes()));\n\n assertEquals(families[0], scvFilterRight.getFamily());\n assertEquals(qualifiers[0], scvFilterRight.getQualifier());\n assertEquals(CompareFilter.CompareOp.GREATER, scvFilterRight.getOperator());\n assertEquals(0, scvFilterRight.getComparator().compareTo(\"1200\".getBytes()));\n }",
"class_method_signature": "HBaseFilterBuilderTest.testNestedLogicalOperators()",
"constructor": false,
"full_signature": "@Test public void testNestedLogicalOperators()",
"identifier": "testNestedLogicalOperators",
"invocations": [
"helper",
"assertNotNull",
"assertTrue",
"assertEquals",
"getOperator",
"assertNotNull",
"getFilters",
"assertEquals",
"size",
"getFilters",
"get",
"getFilters",
"get",
"getFilters",
"assertTrue",
"assertTrue",
"assertEquals",
"getFamily",
"assertEquals",
"getQualifier",
"assertEquals",
"getOperator",
"assertEquals",
"compareTo",
"getComparator",
"getBytes",
"assertEquals",
"getOperator",
"assertNotNull",
"getFilters",
"assertEquals",
"size",
"getFilters",
"get",
"getFilters",
"get",
"getFilters",
"assertTrue",
"assertTrue",
"assertEquals",
"getFamily",
"assertEquals",
"getQualifier",
"assertEquals",
"getOperator",
"assertEquals",
"compareTo",
"getComparator",
"getBytes",
"assertEquals",
"getFamily",
"assertEquals",
"getQualifier",
"assertEquals",
"getOperator",
"assertEquals",
"compareTo",
"getComparator",
"getBytes"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testNestedLogicalOperators()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "OPERATORS_MAP =\n Collections.unmodifiableMap(new HashMap<Operator, CompareFilter.CompareOp>() {{\n put(Operator.LESS_THAN, CompareFilter.CompareOp.LESS); // \"<\"\n put(Operator.GREATER_THAN, CompareFilter.CompareOp.GREATER); // \">\"\n put(Operator.LESS_THAN_OR_EQUAL, CompareFilter.CompareOp.LESS_OR_EQUAL); // \"<=\"\n put(Operator.GREATER_THAN_OR_EQUAL, CompareFilter.CompareOp.GREATER_OR_EQUAL); // \">=\"\n put(Operator.EQUALS, CompareFilter.CompareOp.EQUAL); // \"=\"\n put(Operator.NOT_EQUALS, CompareFilter.CompareOp.NOT_EQUAL); // \"!=\"\n }})",
"modifier": "private static final",
"original_string": "private static final Map<Operator, CompareFilter.CompareOp> OPERATORS_MAP =\n Collections.unmodifiableMap(new HashMap<Operator, CompareFilter.CompareOp>() {{\n put(Operator.LESS_THAN, CompareFilter.CompareOp.LESS); // \"<\"\n put(Operator.GREATER_THAN, CompareFilter.CompareOp.GREATER); // \">\"\n put(Operator.LESS_THAN_OR_EQUAL, CompareFilter.CompareOp.LESS_OR_EQUAL); // \"<=\"\n put(Operator.GREATER_THAN_OR_EQUAL, CompareFilter.CompareOp.GREATER_OR_EQUAL); // \">=\"\n put(Operator.EQUALS, CompareFilter.CompareOp.EQUAL); // \"=\"\n put(Operator.NOT_EQUALS, CompareFilter.CompareOp.NOT_EQUAL); // \"!=\"\n }});",
"type": "Map<Operator, CompareFilter.CompareOp>",
"var_name": "OPERATORS_MAP"
},
{
"declarator": "LOGICAL_OPERATORS_MAP =\n Collections.unmodifiableMap(new HashMap<Operator, FilterList.Operator>() {{\n put(Operator.AND, FilterList.Operator.MUST_PASS_ALL);\n put(Operator.OR, FilterList.Operator.MUST_PASS_ONE);\n }})",
"modifier": "private static final",
"original_string": "private static final Map<Operator, FilterList.Operator> LOGICAL_OPERATORS_MAP =\n Collections.unmodifiableMap(new HashMap<Operator, FilterList.Operator>() {{\n put(Operator.AND, FilterList.Operator.MUST_PASS_ALL);\n put(Operator.OR, FilterList.Operator.MUST_PASS_ONE);\n }});",
"type": "Map<Operator, FilterList.Operator>",
"var_name": "LOGICAL_OPERATORS_MAP"
},
{
"declarator": "endKeyAssigned = false",
"modifier": "private",
"original_string": "private boolean endKeyAssigned = false;",
"type": "boolean",
"var_name": "endKeyAssigned"
},
{
"declarator": "startKeyAssigned = false",
"modifier": "private",
"original_string": "private boolean startKeyAssigned = false;",
"type": "boolean",
"var_name": "startKeyAssigned"
},
{
"declarator": "endKey",
"modifier": "private",
"original_string": "private byte[] endKey;",
"type": "byte[]",
"var_name": "endKey"
},
{
"declarator": "startKey",
"modifier": "private",
"original_string": "private byte[] startKey;",
"type": "byte[]",
"var_name": "startKey"
},
{
"declarator": "filterQueue",
"modifier": "private",
"original_string": "private Deque<Filter> filterQueue;",
"type": "Deque<Filter>",
"var_name": "filterQueue"
},
{
"declarator": "currentFilter",
"modifier": "private",
"original_string": "private Filter currentFilter;",
"type": "Filter",
"var_name": "currentFilter"
},
{
"declarator": "tupleDescription",
"modifier": "private",
"original_string": "private HBaseTupleDescription tupleDescription;",
"type": "HBaseTupleDescription",
"var_name": "tupleDescription"
}
],
"file": "server/pxf-hbase/src/main/java/org/greenplum/pxf/plugins/hbase/HBaseFilterBuilder.java",
"identifier": "HBaseFilterBuilder",
"interfaces": "implements TreeVisitor",
"methods": [
{
"class_method_signature": "HBaseFilterBuilder.HBaseFilterBuilder(HBaseTupleDescription tupleDescription)",
"constructor": true,
"full_signature": "public HBaseFilterBuilder(HBaseTupleDescription tupleDescription)",
"identifier": "HBaseFilterBuilder",
"modifiers": "public",
"parameters": "(HBaseTupleDescription tupleDescription)",
"return": "",
"signature": " HBaseFilterBuilder(HBaseTupleDescription tupleDescription)",
"testcase": false
},
{
"class_method_signature": "HBaseFilterBuilder.before(Node node, final int level)",
"constructor": false,
"full_signature": "@Override public Node before(Node node, final int level)",
"identifier": "before",
"modifiers": "@Override public",
"parameters": "(Node node, final int level)",
"return": "Node",
"signature": "Node before(Node node, final int level)",
"testcase": false
},
{
"class_method_signature": "HBaseFilterBuilder.visit(Node node, final int level)",
"constructor": false,
"full_signature": "@Override public Node visit(Node node, final int level)",
"identifier": "visit",
"modifiers": "@Override public",
"parameters": "(Node node, final int level)",
"return": "Node",
"signature": "Node visit(Node node, final int level)",
"testcase": false
},
{
"class_method_signature": "HBaseFilterBuilder.after(Node node, final int level)",
"constructor": false,
"full_signature": "@Override public Node after(Node node, final int level)",
"identifier": "after",
"modifiers": "@Override public",
"parameters": "(Node node, final int level)",
"return": "Node",
"signature": "Node after(Node node, final int level)",
"testcase": false
},
{
"class_method_signature": "HBaseFilterBuilder.build()",
"constructor": false,
"full_signature": "public Filter build()",
"identifier": "build",
"modifiers": "public",
"parameters": "()",
"return": "Filter",
"signature": "Filter build()",
"testcase": false
},
{
"class_method_signature": "HBaseFilterBuilder.getStartKey()",
"constructor": false,
"full_signature": "public byte[] getStartKey()",
"identifier": "getStartKey",
"modifiers": "public",
"parameters": "()",
"return": "byte[]",
"signature": "byte[] getStartKey()",
"testcase": false
},
{
"class_method_signature": "HBaseFilterBuilder.getEndKey()",
"constructor": false,
"full_signature": "public byte[] getEndKey()",
"identifier": "getEndKey",
"modifiers": "public",
"parameters": "()",
"return": "byte[]",
"signature": "byte[] getEndKey()",
"testcase": false
},
{
"class_method_signature": "HBaseFilterBuilder.processFilter(Filter filter)",
"constructor": false,
"full_signature": "private void processFilter(Filter filter)",
"identifier": "processFilter",
"modifiers": "private",
"parameters": "(Filter filter)",
"return": "void",
"signature": "void processFilter(Filter filter)",
"testcase": false
},
{
"class_method_signature": "HBaseFilterBuilder.processSimpleColumnOperator(HBaseColumnDescriptor hBaseColumn,\n Operator operator,\n OperandNode data)",
"constructor": false,
"full_signature": "private Filter processSimpleColumnOperator(HBaseColumnDescriptor hBaseColumn,\n Operator operator,\n OperandNode data)",
"identifier": "processSimpleColumnOperator",
"modifiers": "private",
"parameters": "(HBaseColumnDescriptor hBaseColumn,\n Operator operator,\n OperandNode data)",
"return": "Filter",
"signature": "Filter processSimpleColumnOperator(HBaseColumnDescriptor hBaseColumn,\n Operator operator,\n OperandNode data)",
"testcase": false
},
{
"class_method_signature": "HBaseFilterBuilder.processNullOperator(HBaseColumnDescriptor hBaseColumn, Operator operator)",
"constructor": false,
"full_signature": "private Filter processNullOperator(HBaseColumnDescriptor hBaseColumn, Operator operator)",
"identifier": "processNullOperator",
"modifiers": "private",
"parameters": "(HBaseColumnDescriptor hBaseColumn, Operator operator)",
"return": "Filter",
"signature": "Filter processNullOperator(HBaseColumnDescriptor hBaseColumn, Operator operator)",
"testcase": false
},
{
"class_method_signature": "HBaseFilterBuilder.isTextualRowKey(HBaseColumnDescriptor column)",
"constructor": false,
"full_signature": "private boolean isTextualRowKey(HBaseColumnDescriptor column)",
"identifier": "isTextualRowKey",
"modifiers": "private",
"parameters": "(HBaseColumnDescriptor column)",
"return": "boolean",
"signature": "boolean isTextualRowKey(HBaseColumnDescriptor column)",
"testcase": false
},
{
"class_method_signature": "HBaseFilterBuilder.getComparator(int type, OperandNode data)",
"constructor": false,
"full_signature": "private ByteArrayComparable getComparator(int type, OperandNode data)",
"identifier": "getComparator",
"modifiers": "private",
"parameters": "(int type, OperandNode data)",
"return": "ByteArrayComparable",
"signature": "ByteArrayComparable getComparator(int type, OperandNode data)",
"testcase": false
},
{
"class_method_signature": "HBaseFilterBuilder.storeStartEndKeys(Operator op, String data)",
"constructor": false,
"full_signature": "private void storeStartEndKeys(Operator op, String data)",
"identifier": "storeStartEndKeys",
"modifiers": "private",
"parameters": "(Operator op, String data)",
"return": "void",
"signature": "void storeStartEndKeys(Operator op, String data)",
"testcase": false
},
{
"class_method_signature": "HBaseFilterBuilder.setStartKey(byte[] startKey)",
"constructor": false,
"full_signature": "private void setStartKey(byte[] startKey)",
"identifier": "setStartKey",
"modifiers": "private",
"parameters": "(byte[] startKey)",
"return": "void",
"signature": "void setStartKey(byte[] startKey)",
"testcase": false
},
{
"class_method_signature": "HBaseFilterBuilder.setEndKey(byte[] endKey)",
"constructor": false,
"full_signature": "private void setEndKey(byte[] endKey)",
"identifier": "setEndKey",
"modifiers": "private",
"parameters": "(byte[] endKey)",
"return": "void",
"signature": "void setEndKey(byte[] endKey)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "private ByteArrayComparable getComparator(int type, OperandNode data) {\n ByteArrayComparable result;\n switch (DataType.get(type)) {\n case TEXT:\n result = new BinaryComparator(Bytes.toBytes(data.toString()));\n break;\n case SMALLINT:\n case INTEGER:\n result = new HBaseIntegerComparator(Long.parseLong(data.toString()));\n break;\n case BIGINT:\n case REAL:\n\n // Check the operand's original data type\n switch (data.getDataType()) {\n case BIGINT:\n case INTEGER:\n case SMALLINT:\n result = new HBaseIntegerComparator(Long.parseLong(data.toString()));\n break;\n case REAL:\n result = new HBaseFloatComparator(Float.parseFloat(data.toString()));\n break;\n case NUMERIC:\n case FLOAT8:\n result = new HBaseDoubleComparator(Double.parseDouble(data.toString()));\n break;\n default:\n result = null;\n break;\n }\n break;\n\n case FLOAT8:\n result = new HBaseDoubleComparator(Double.parseDouble(data.toString()));\n break;\n default:\n throw new IllegalArgumentException(String.format(\"unsupported column type for filtering %d\", type));\n }\n\n return result;\n }",
"class_method_signature": "HBaseFilterBuilder.getComparator(int type, OperandNode data)",
"constructor": false,
"full_signature": "private ByteArrayComparable getComparator(int type, OperandNode data)",
"identifier": "getComparator",
"invocations": [
"get",
"toBytes",
"toString",
"parseLong",
"toString",
"getDataType",
"parseLong",
"toString",
"parseFloat",
"toString",
"parseDouble",
"toString",
"parseDouble",
"toString",
"format"
],
"modifiers": "private",
"parameters": "(int type, OperandNode data)",
"return": "ByteArrayComparable",
"signature": "ByteArrayComparable getComparator(int type, OperandNode data)",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_372
|
{
"fields": [
{
"declarator": "thrown = ExpectedException.none()",
"modifier": "@Rule\n public",
"original_string": "@Rule\n public ExpectedException thrown = ExpectedException.none();",
"type": "ExpectedException",
"var_name": "thrown"
},
{
"declarator": "dbProduct = null",
"modifier": "private",
"original_string": "private DbProduct dbProduct = null;",
"type": "DbProduct",
"var_name": "dbProduct"
},
{
"declarator": "COL_RAW = \"col\"",
"modifier": "private final",
"original_string": "private final String COL_RAW = \"col\";",
"type": "String",
"var_name": "COL_RAW"
},
{
"declarator": "QUOTE = \"\\\"\"",
"modifier": "private final",
"original_string": "private final String QUOTE = \"\\\"\";",
"type": "String",
"var_name": "QUOTE"
},
{
"declarator": "COL = QUOTE + COL_RAW + QUOTE",
"modifier": "private final",
"original_string": "private final String COL = QUOTE + COL_RAW + QUOTE;",
"type": "String",
"var_name": "COL"
}
],
"file": "server/pxf-jdbc/src/test/java/org/greenplum/pxf/plugins/jdbc/partitioning/IntPartitionTest.java",
"identifier": "IntPartitionTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void testRightBoundedInclusive() {\n IntPartition partition = new IntPartition(COL_RAW, null, 0L);\n String constraint = partition.toSqlConstraint(QUOTE, dbProduct);\n\n assertEquals(COL + \" < 0\", constraint);\n }",
"class_method_signature": "IntPartitionTest.testRightBoundedInclusive()",
"constructor": false,
"full_signature": "@Test public void testRightBoundedInclusive()",
"identifier": "testRightBoundedInclusive",
"invocations": [
"toSqlConstraint",
"assertEquals"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testRightBoundedInclusive()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "serialVersionUID = 0L",
"modifier": "private static final",
"original_string": "private static final long serialVersionUID = 0L;",
"type": "long",
"var_name": "serialVersionUID"
},
{
"declarator": "boundaries",
"modifier": "private final",
"original_string": "private final Long[] boundaries;",
"type": "Long[]",
"var_name": "boundaries"
}
],
"file": "server/pxf-jdbc/src/main/java/org/greenplum/pxf/plugins/jdbc/partitioning/IntPartition.java",
"identifier": "IntPartition",
"interfaces": "implements JdbcFragmentMetadata",
"methods": [
{
"class_method_signature": "IntPartition.IntPartition(String column, Long start, Long end)",
"constructor": true,
"full_signature": "public IntPartition(String column, Long start, Long end)",
"identifier": "IntPartition",
"modifiers": "public",
"parameters": "(String column, Long start, Long end)",
"return": "",
"signature": " IntPartition(String column, Long start, Long end)",
"testcase": false
},
{
"class_method_signature": "IntPartition.toSqlConstraint(String quoteString, DbProduct dbProduct)",
"constructor": false,
"full_signature": "@Override public String toSqlConstraint(String quoteString, DbProduct dbProduct)",
"identifier": "toSqlConstraint",
"modifiers": "@Override public",
"parameters": "(String quoteString, DbProduct dbProduct)",
"return": "String",
"signature": "String toSqlConstraint(String quoteString, DbProduct dbProduct)",
"testcase": false
},
{
"class_method_signature": "IntPartition.getBoundaries()",
"constructor": false,
"full_signature": "public Long[] getBoundaries()",
"identifier": "getBoundaries",
"modifiers": "public",
"parameters": "()",
"return": "Long[]",
"signature": "Long[] getBoundaries()",
"testcase": false
}
],
"superclass": "extends BasePartition"
}
|
{
"body": "@Override\n public String toSqlConstraint(String quoteString, DbProduct dbProduct) {\n if (quoteString == null) {\n throw new RuntimeException(\"Quote string cannot be null\");\n }\n\n return generateRangeConstraint(\n quoteString + column + quoteString,\n Stream.of(boundaries).map(b -> b == null ? null : b.toString()).toArray(String[]::new)\n );\n }",
"class_method_signature": "IntPartition.toSqlConstraint(String quoteString, DbProduct dbProduct)",
"constructor": false,
"full_signature": "@Override public String toSqlConstraint(String quoteString, DbProduct dbProduct)",
"identifier": "toSqlConstraint",
"invocations": [
"generateRangeConstraint",
"toArray",
"map",
"of",
"toString"
],
"modifiers": "@Override public",
"parameters": "(String quoteString, DbProduct dbProduct)",
"return": "String",
"signature": "String toSqlConstraint(String quoteString, DbProduct dbProduct)",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_42
|
{
"fields": [],
"file": "server/pxf-api/src/test/java/org/greenplum/pxf/api/filter/CollectionOperandNodeTest.java",
"identifier": "CollectionOperandNodeTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void testToString() {\n List<String> data = new ArrayList<>();\n data.add(\"s\");\n CollectionOperandNode operand = new CollectionOperandNode(DataType.INTEGER, data);\n\n assertEquals(\"(s)\", operand.toString());\n\n data.add(\"t\");\n operand = new CollectionOperandNode(DataType.INTEGER, data);\n \n assertEquals(\"(s,t)\", operand.toString());\n }",
"class_method_signature": "CollectionOperandNodeTest.testToString()",
"constructor": false,
"full_signature": "@Test public void testToString()",
"identifier": "testToString",
"invocations": [
"add",
"assertEquals",
"toString",
"add",
"assertEquals",
"toString"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testToString()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "data",
"modifier": "private final",
"original_string": "private final List<String> data;",
"type": "List<String>",
"var_name": "data"
}
],
"file": "server/pxf-api/src/main/java/org/greenplum/pxf/api/filter/CollectionOperandNode.java",
"identifier": "CollectionOperandNode",
"interfaces": "",
"methods": [
{
"class_method_signature": "CollectionOperandNode.CollectionOperandNode(DataType dataType, List<String> data)",
"constructor": true,
"full_signature": "public CollectionOperandNode(DataType dataType, List<String> data)",
"identifier": "CollectionOperandNode",
"modifiers": "public",
"parameters": "(DataType dataType, List<String> data)",
"return": "",
"signature": " CollectionOperandNode(DataType dataType, List<String> data)",
"testcase": false
},
{
"class_method_signature": "CollectionOperandNode.getData()",
"constructor": false,
"full_signature": "public List<String> getData()",
"identifier": "getData",
"modifiers": "public",
"parameters": "()",
"return": "List<String>",
"signature": "List<String> getData()",
"testcase": false
},
{
"class_method_signature": "CollectionOperandNode.toString()",
"constructor": false,
"full_signature": "@Override public String toString()",
"identifier": "toString",
"modifiers": "@Override public",
"parameters": "()",
"return": "String",
"signature": "String toString()",
"testcase": false
}
],
"superclass": "extends OperandNode"
}
|
{
"body": "@Override\n public String toString() {\n return String.format(\"(%s)\", String.join(\",\", data));\n }",
"class_method_signature": "CollectionOperandNode.toString()",
"constructor": false,
"full_signature": "@Override public String toString()",
"identifier": "toString",
"invocations": [
"format",
"join"
],
"modifiers": "@Override public",
"parameters": "()",
"return": "String",
"signature": "String toString()",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_221
|
{
"fields": [
{
"declarator": "parameters",
"modifier": "private",
"original_string": "private MultivaluedMap<String, String> parameters;",
"type": "MultivaluedMap<String, String>",
"var_name": "parameters"
},
{
"declarator": "parser",
"modifier": "private",
"original_string": "private HttpRequestParser parser;",
"type": "HttpRequestParser",
"var_name": "parser"
},
{
"declarator": "mockRequestHeaders",
"modifier": "@Mock\n private",
"original_string": "@Mock\n private ContainerRequest mockRequestHeaders;",
"type": "ContainerRequest",
"var_name": "mockRequestHeaders"
},
{
"declarator": "mockPluginConf",
"modifier": "@Mock\n private",
"original_string": "@Mock\n private PluginConf mockPluginConf;",
"type": "PluginConf",
"var_name": "mockPluginConf"
},
{
"declarator": "thrown = ExpectedException.none()",
"modifier": "@Rule\n public",
"original_string": "@Rule\n public ExpectedException thrown = ExpectedException.none();",
"type": "ExpectedException",
"var_name": "thrown"
}
],
"file": "server/pxf-service/src/test/java/org/greenplum/pxf/service/HttpRequestParserTest.java",
"identifier": "HttpRequestParserTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void testHandlerIsCalled() {\n when(mockPluginConf.getHandler(\"test-profile\")).thenReturn(TestHandler.class.getName());\n parameters.putSingle(\"X-GP-OPTIONS-PROFILE\", \"test-profile\");\n RequestContext context = parser.parseRequest(mockRequestHeaders, RequestType.FRAGMENTER);\n assertEquals(\"overridden-fragmenter\", context.getFragmenter());\n assertEquals(\"overridden-accessor\", context.getAccessor());\n assertEquals(\"overridden-resolver\", context.getResolver());\n }",
"class_method_signature": "HttpRequestParserTest.testHandlerIsCalled()",
"constructor": false,
"full_signature": "@Test public void testHandlerIsCalled()",
"identifier": "testHandlerIsCalled",
"invocations": [
"thenReturn",
"when",
"getHandler",
"getName",
"putSingle",
"parseRequest",
"assertEquals",
"getFragmenter",
"assertEquals",
"getAccessor",
"assertEquals",
"getResolver"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testHandlerIsCalled()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "TRUE_LCASE = \"true\"",
"modifier": "private static final",
"original_string": "private static final String TRUE_LCASE = \"true\";",
"type": "String",
"var_name": "TRUE_LCASE"
},
{
"declarator": "FALSE_LCASE = \"false\"",
"modifier": "private static final",
"original_string": "private static final String FALSE_LCASE = \"false\";",
"type": "String",
"var_name": "FALSE_LCASE"
},
{
"declarator": "LOG = LoggerFactory.getLogger(HttpRequestParser.class)",
"modifier": "private static final",
"original_string": "private static final Logger LOG = LoggerFactory.getLogger(HttpRequestParser.class);",
"type": "Logger",
"var_name": "LOG"
},
{
"declarator": "instance = new HttpRequestParser()",
"modifier": "private static final",
"original_string": "private static final HttpRequestParser instance = new HttpRequestParser();",
"type": "HttpRequestParser",
"var_name": "instance"
},
{
"declarator": "PROFILE_SCHEME = \"PROFILE-SCHEME\"",
"modifier": "private static final",
"original_string": "private static final String PROFILE_SCHEME = \"PROFILE-SCHEME\";",
"type": "String",
"var_name": "PROFILE_SCHEME"
},
{
"declarator": "pluginConf",
"modifier": "private",
"original_string": "private PluginConf pluginConf;",
"type": "PluginConf",
"var_name": "pluginConf"
}
],
"file": "server/pxf-service/src/main/java/org/greenplum/pxf/service/HttpRequestParser.java",
"identifier": "HttpRequestParser",
"interfaces": "implements RequestParser<HttpHeaders>",
"methods": [
{
"class_method_signature": "HttpRequestParser.HttpRequestParser()",
"constructor": true,
"full_signature": "public HttpRequestParser()",
"identifier": "HttpRequestParser",
"modifiers": "public",
"parameters": "()",
"return": "",
"signature": " HttpRequestParser()",
"testcase": false
},
{
"class_method_signature": "HttpRequestParser.HttpRequestParser(PluginConf pluginConf)",
"constructor": true,
"full_signature": " HttpRequestParser(PluginConf pluginConf)",
"identifier": "HttpRequestParser",
"modifiers": "",
"parameters": "(PluginConf pluginConf)",
"return": "",
"signature": " HttpRequestParser(PluginConf pluginConf)",
"testcase": false
},
{
"class_method_signature": "HttpRequestParser.getInstance()",
"constructor": false,
"full_signature": "public static HttpRequestParser getInstance()",
"identifier": "getInstance",
"modifiers": "public static",
"parameters": "()",
"return": "HttpRequestParser",
"signature": "HttpRequestParser getInstance()",
"testcase": false
},
{
"class_method_signature": "HttpRequestParser.protocolViolation(String property)",
"constructor": false,
"full_signature": "private static void protocolViolation(String property)",
"identifier": "protocolViolation",
"modifiers": "private static",
"parameters": "(String property)",
"return": "void",
"signature": "void protocolViolation(String property)",
"testcase": false
},
{
"class_method_signature": "HttpRequestParser.parseRequest(HttpHeaders request, RequestContext.RequestType requestType)",
"constructor": false,
"full_signature": "@Override public RequestContext parseRequest(HttpHeaders request, RequestContext.RequestType requestType)",
"identifier": "parseRequest",
"modifiers": "@Override public",
"parameters": "(HttpHeaders request, RequestContext.RequestType requestType)",
"return": "RequestContext",
"signature": "RequestContext parseRequest(HttpHeaders request, RequestContext.RequestType requestType)",
"testcase": false
},
{
"class_method_signature": "HttpRequestParser.parseGreenplumCSV(RequestMap params, RequestContext context)",
"constructor": false,
"full_signature": "private void parseGreenplumCSV(RequestMap params, RequestContext context)",
"identifier": "parseGreenplumCSV",
"modifiers": "private",
"parameters": "(RequestMap params, RequestContext context)",
"return": "void",
"signature": "void parseGreenplumCSV(RequestMap params, RequestContext context)",
"testcase": false
},
{
"class_method_signature": "HttpRequestParser.addProfilePlugins(String profile, RequestMap params)",
"constructor": false,
"full_signature": "private void addProfilePlugins(String profile, RequestMap params)",
"identifier": "addProfilePlugins",
"modifiers": "private",
"parameters": "(String profile, RequestMap params)",
"return": "void",
"signature": "void addProfilePlugins(String profile, RequestMap params)",
"testcase": false
},
{
"class_method_signature": "HttpRequestParser.parseBooleanValue(String threadSafeStr)",
"constructor": false,
"full_signature": "private boolean parseBooleanValue(String threadSafeStr)",
"identifier": "parseBooleanValue",
"modifiers": "private",
"parameters": "(String threadSafeStr)",
"return": "boolean",
"signature": "boolean parseBooleanValue(String threadSafeStr)",
"testcase": false
},
{
"class_method_signature": "HttpRequestParser.parseTupleDescription(RequestMap params, RequestContext context)",
"constructor": false,
"full_signature": "private void parseTupleDescription(RequestMap params, RequestContext context)",
"identifier": "parseTupleDescription",
"modifiers": "private",
"parameters": "(RequestMap params, RequestContext context)",
"return": "void",
"signature": "void parseTupleDescription(RequestMap params, RequestContext context)",
"testcase": false
},
{
"class_method_signature": "HttpRequestParser.parseTypeMods(RequestMap params, int columnIndex)",
"constructor": false,
"full_signature": "private Integer[] parseTypeMods(RequestMap params, int columnIndex)",
"identifier": "parseTypeMods",
"modifiers": "private",
"parameters": "(RequestMap params, int columnIndex)",
"return": "Integer[]",
"signature": "Integer[] parseTypeMods(RequestMap params, int columnIndex)",
"testcase": false
},
{
"class_method_signature": "HttpRequestParser.parsePositiveIntOrError(String s, String propName)",
"constructor": false,
"full_signature": "private int parsePositiveIntOrError(String s, String propName)",
"identifier": "parsePositiveIntOrError",
"modifiers": "private",
"parameters": "(String s, String propName)",
"return": "int",
"signature": "int parsePositiveIntOrError(String s, String propName)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "@Override\n public RequestContext parseRequest(HttpHeaders request, RequestContext.RequestType requestType) {\n\n RequestMap params = new RequestMap(request.getRequestHeaders());\n\n if (LOG.isDebugEnabled()) {\n // Logging only keys to prevent sensitive data to be logged\n LOG.debug(\"Parsing request parameters: \" + params.keySet());\n }\n\n // build new instance of RequestContext and fill it with parsed values\n RequestContext context = new RequestContext();\n\n // whether we are in a fragmenter, read_bridge, or write_bridge scenario\n context.setRequestType(requestType);\n\n // first of all, set profile and enrich parameters with information from specified profile\n String profile = params.removeUserProperty(\"PROFILE\");\n context.setProfile(profile);\n addProfilePlugins(profile, params);\n\n // Ext table uses system property FORMAT for wire serialization format\n String wireFormat = params.removeProperty(\"FORMAT\");\n context.setOutputFormat(OutputFormat.valueOf(wireFormat));\n\n // FDW uses user property FORMAT to indicate format of data\n String format = params.removeUserProperty(\"FORMAT\");\n format = StringUtils.isNotBlank(format) ? format : context.inferFormatName();\n context.setFormat(format);\n\n context.setAccessor(params.removeUserProperty(\"ACCESSOR\"));\n context.setAggType(EnumAggregationType.getAggregationType(params.removeOptionalProperty(\"AGG-TYPE\")));\n\n /*\n * Some resources don't require a fragment, hence the list can be empty.\n */\n String fragmentStr = params.removeOptionalProperty(\"DATA-FRAGMENT\");\n if (StringUtils.isNotBlank(fragmentStr)) {\n context.setDataFragment(Integer.parseInt(fragmentStr));\n }\n\n context.setDataSource(params.removeProperty(\"DATA-DIR\"));\n\n String filterString = params.removeOptionalProperty(\"FILTER\");\n String hasFilter = params.removeProperty(\"HAS-FILTER\");\n if (filterString != null) {\n context.setFilterString(filterString);\n } else if (\"1\".equals(hasFilter)) {\n LOG.info(\"Original query has filter, but it was not propagated to PXF\");\n }\n\n context.setFragmenter(params.removeUserProperty(\"FRAGMENTER\"));\n\n String fragmentIndexStr = params.removeOptionalProperty(\"FRAGMENT-INDEX\");\n if (StringUtils.isNotBlank(fragmentIndexStr)) {\n context.setFragmentIndex(Integer.parseInt(fragmentIndexStr));\n }\n\n String encodedFragmentMetadata = params.removeOptionalProperty(\"FRAGMENT-METADATA\");\n context.setFragmentMetadata(Utilities.parseBase64(encodedFragmentMetadata, \"Fragment metadata information\"));\n context.setHost(params.removeProperty(\"URL-HOST\"));\n context.setMetadata(params.removeUserProperty(\"METADATA\"));\n context.setPort(params.removeIntProperty(\"URL-PORT\"));\n context.setProfileScheme(params.removeUserProperty(PROFILE_SCHEME));\n context.setProtocol(params.removeUserProperty(\"PROTOCOL\"));\n context.setRemoteLogin(params.removeOptionalProperty(\"REMOTE-USER\"));\n context.setRemoteSecret(params.removeOptionalProperty(\"REMOTE-PASS\"));\n context.setResolver(params.removeUserProperty(\"RESOLVER\"));\n context.setSegmentId(params.removeIntProperty(\"SEGMENT-ID\"));\n context.setServerName(params.removeUserProperty(\"SERVER\"));\n\n // An optional CONFIG value specifies the name of the server\n // configuration directory, if not provided the config is the server name\n String config = params.removeUserProperty(\"CONFIG\");\n context.setConfig(StringUtils.isNotBlank(config) ? config : context.getServerName());\n\n String maxFrags = params.removeUserProperty(\"STATS-MAX-FRAGMENTS\");\n if (!StringUtils.isBlank(maxFrags)) {\n context.setStatsMaxFragments(Integer.parseInt(maxFrags));\n }\n\n String sampleRatioStr = params.removeUserProperty(\"STATS-SAMPLE-RATIO\");\n if (!StringUtils.isBlank(sampleRatioStr)) {\n context.setStatsSampleRatio(Float.parseFloat(sampleRatioStr));\n }\n\n context.setTotalSegments(params.removeIntProperty(\"SEGMENT-COUNT\"));\n context.setTransactionId(params.removeProperty(\"XID\"));\n\n // parse tuple description\n parseTupleDescription(params, context);\n\n if (context.getOutputFormat() == OutputFormat.TEXT) {\n // parse CSV format information\n parseGreenplumCSV(params, context);\n\n // Only single column tables support 'OFF' delimiter\n if (context.getTupleDescription().size() != 1 && context.getGreenplumCSV().getDelimiter() == null) {\n throw new IllegalArgumentException(String.format(\"using no delimiter is only possible for a single column table. %d columns found\", context.getTupleDescription().size()));\n }\n }\n\n context.setUser(params.removeProperty(\"USER\"));\n\n String encodedFragmentUserData = params.removeOptionalProperty(\"FRAGMENT-USER-DATA\");\n context.setUserData(Utilities.parseBase64(encodedFragmentUserData, \"Fragment user data\"));\n\n // Store alignment for global use as a system property\n System.setProperty(\"greenplum.alignment\", params.removeProperty(\"ALIGNMENT\"));\n\n Map<String, String> optionMappings = null;\n\n // prepare addition configuration properties if profile was specified\n if (StringUtils.isNotBlank(profile)) {\n optionMappings = pluginConf.getOptionMappings(profile);\n }\n\n // use empty map for convenience instead of null\n if (optionMappings == null) {\n optionMappings = Collections.emptyMap();\n }\n\n Map<String, String> additionalConfigProps = new HashMap<>();\n\n // Iterate over the remaining properties\n // we clone the keyset to prevent concurrent modification exceptions\n List<String> paramNames = new ArrayList<>(params.keySet());\n for (String param : paramNames) {\n if (StringUtils.startsWithIgnoreCase(param, RequestMap.USER_PROP_PREFIX)) {\n // Add all left-over user properties as options\n String optionName = param.toLowerCase().replace(RequestMap.USER_PROP_PREFIX_LOWERCASE, \"\");\n String optionValue = params.removeUserProperty(optionName);\n context.addOption(optionName, optionValue);\n LOG.debug(\"Added option {} to request context\", optionName);\n\n // lookup if the option should also be applied as a config property\n String propertyName = optionMappings.get(optionName);\n if (StringUtils.isNotBlank(propertyName)) {\n // if option has been provided by the user in the request, set the value\n // of the corresponding configuration property\n if (optionValue != null) {\n additionalConfigProps.put(propertyName, optionValue);\n // do not log property value as it might contain sensitive information\n LOG.debug(\"Added extra config property {} from option {}\", propertyName, optionName);\n }\n }\n } else if (StringUtils.startsWithIgnoreCase(param, RequestMap.PROP_PREFIX)) {\n // log debug for all left-over system properties\n LOG.debug(\"Unused property {}\", param);\n }\n }\n\n context.setAdditionalConfigProps(additionalConfigProps);\n context.setPluginConf(pluginConf);\n\n // Call the protocol handler for any protocol-specific logic handling\n if (StringUtils.isNotBlank(profile)) {\n String handlerClassName = pluginConf.getHandler(profile);\n if (StringUtils.isNotBlank(handlerClassName)) {\n Class<?> clazz;\n try {\n clazz = Class.forName(handlerClassName);\n ProtocolHandler handler = (ProtocolHandler) clazz.getDeclaredConstructor().newInstance();\n context.setFragmenter(handler.getFragmenterClassName(context));\n context.setAccessor(handler.getAccessorClassName(context));\n context.setResolver(handler.getResolverClassName(context));\n } catch (ClassNotFoundException | NoSuchMethodException | InvocationTargetException |\n InstantiationException | IllegalAccessException e) {\n throw new RuntimeException(String.format(\"Error when invoking handlerClass '%s' : %s\", handlerClassName, e), e);\n }\n }\n }\n\n // validate that the result has all required fields, and values are in valid ranges\n context.validate();\n\n return context;\n }",
"class_method_signature": "HttpRequestParser.parseRequest(HttpHeaders request, RequestContext.RequestType requestType)",
"constructor": false,
"full_signature": "@Override public RequestContext parseRequest(HttpHeaders request, RequestContext.RequestType requestType)",
"identifier": "parseRequest",
"invocations": [
"getRequestHeaders",
"isDebugEnabled",
"debug",
"keySet",
"setRequestType",
"removeUserProperty",
"setProfile",
"addProfilePlugins",
"removeProperty",
"setOutputFormat",
"valueOf",
"removeUserProperty",
"isNotBlank",
"inferFormatName",
"setFormat",
"setAccessor",
"removeUserProperty",
"setAggType",
"getAggregationType",
"removeOptionalProperty",
"removeOptionalProperty",
"isNotBlank",
"setDataFragment",
"parseInt",
"setDataSource",
"removeProperty",
"removeOptionalProperty",
"removeProperty",
"setFilterString",
"equals",
"info",
"setFragmenter",
"removeUserProperty",
"removeOptionalProperty",
"isNotBlank",
"setFragmentIndex",
"parseInt",
"removeOptionalProperty",
"setFragmentMetadata",
"parseBase64",
"setHost",
"removeProperty",
"setMetadata",
"removeUserProperty",
"setPort",
"removeIntProperty",
"setProfileScheme",
"removeUserProperty",
"setProtocol",
"removeUserProperty",
"setRemoteLogin",
"removeOptionalProperty",
"setRemoteSecret",
"removeOptionalProperty",
"setResolver",
"removeUserProperty",
"setSegmentId",
"removeIntProperty",
"setServerName",
"removeUserProperty",
"removeUserProperty",
"setConfig",
"isNotBlank",
"getServerName",
"removeUserProperty",
"isBlank",
"setStatsMaxFragments",
"parseInt",
"removeUserProperty",
"isBlank",
"setStatsSampleRatio",
"parseFloat",
"setTotalSegments",
"removeIntProperty",
"setTransactionId",
"removeProperty",
"parseTupleDescription",
"getOutputFormat",
"parseGreenplumCSV",
"size",
"getTupleDescription",
"getDelimiter",
"getGreenplumCSV",
"format",
"size",
"getTupleDescription",
"setUser",
"removeProperty",
"removeOptionalProperty",
"setUserData",
"parseBase64",
"setProperty",
"removeProperty",
"isNotBlank",
"getOptionMappings",
"emptyMap",
"keySet",
"startsWithIgnoreCase",
"replace",
"toLowerCase",
"removeUserProperty",
"addOption",
"debug",
"get",
"isNotBlank",
"put",
"debug",
"startsWithIgnoreCase",
"debug",
"setAdditionalConfigProps",
"setPluginConf",
"isNotBlank",
"getHandler",
"isNotBlank",
"forName",
"newInstance",
"getDeclaredConstructor",
"setFragmenter",
"getFragmenterClassName",
"setAccessor",
"getAccessorClassName",
"setResolver",
"getResolverClassName",
"format",
"validate"
],
"modifiers": "@Override public",
"parameters": "(HttpHeaders request, RequestContext.RequestType requestType)",
"return": "RequestContext",
"signature": "RequestContext parseRequest(HttpHeaders request, RequestContext.RequestType requestType)",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_364
|
{
"fields": [],
"file": "server/pxf-jdbc/src/test/java/org/greenplum/pxf/plugins/jdbc/utils/HiveJdbcUtilsTest.java",
"identifier": "HiveJdbcUtilsTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void testImpersonationPropertyAfterQuestionMark() throws Exception {\n String url = \"jdbc:hive2://server:10000/default?questionMarkProperty=questionMarkValue;hive.server2.proxy.user=bar\";\n assertEquals(\"jdbc:hive2://server:10000/default;hive.server2.proxy.user=foo?questionMarkProperty=questionMarkValue;hive.server2.proxy.user=bar\",\n HiveJdbcUtils.updateImpersonationPropertyInHiveJdbcUrl(url, \"foo\"));\n }",
"class_method_signature": "HiveJdbcUtilsTest.testImpersonationPropertyAfterQuestionMark()",
"constructor": false,
"full_signature": "@Test public void testImpersonationPropertyAfterQuestionMark()",
"identifier": "testImpersonationPropertyAfterQuestionMark",
"invocations": [
"assertEquals",
"updateImpersonationPropertyInHiveJdbcUrl"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testImpersonationPropertyAfterQuestionMark()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "HIVE_URL_IMPERSONATION_PROPERTY = \";hive.server2.proxy.user\"",
"modifier": "private static final",
"original_string": "private static final String HIVE_URL_IMPERSONATION_PROPERTY = \";hive.server2.proxy.user\";",
"type": "String",
"var_name": "HIVE_URL_IMPERSONATION_PROPERTY"
},
{
"declarator": "TERMINATORS_THREE_CHARS = Sets.newHashSet(';', '?', '#')",
"modifier": "private static final",
"original_string": "private static final Set<Character> TERMINATORS_THREE_CHARS = Sets.newHashSet(';', '?', '#');",
"type": "Set<Character>",
"var_name": "TERMINATORS_THREE_CHARS"
},
{
"declarator": "TERMINATORS_TWO_CHARS = Sets.newHashSet('?', '#')",
"modifier": "private static final",
"original_string": "private static final Set<Character> TERMINATORS_TWO_CHARS = Sets.newHashSet('?', '#');",
"type": "Set<Character>",
"var_name": "TERMINATORS_TWO_CHARS"
}
],
"file": "server/pxf-jdbc/src/main/java/org/greenplum/pxf/plugins/jdbc/utils/HiveJdbcUtils.java",
"identifier": "HiveJdbcUtils",
"interfaces": "",
"methods": [
{
"class_method_signature": "HiveJdbcUtils.updateImpersonationPropertyInHiveJdbcUrl(String url, String user)",
"constructor": false,
"full_signature": "public static String updateImpersonationPropertyInHiveJdbcUrl(String url, String user)",
"identifier": "updateImpersonationPropertyInHiveJdbcUrl",
"modifiers": "public static",
"parameters": "(String url, String user)",
"return": "String",
"signature": "String updateImpersonationPropertyInHiveJdbcUrl(String url, String user)",
"testcase": false
},
{
"class_method_signature": "HiveJdbcUtils.findTerminatorIndex(String s, int start, Set<Character> terminators)",
"constructor": false,
"full_signature": "private static int findTerminatorIndex(String s, int start, Set<Character> terminators)",
"identifier": "findTerminatorIndex",
"modifiers": "private static",
"parameters": "(String s, int start, Set<Character> terminators)",
"return": "int",
"signature": "int findTerminatorIndex(String s, int start, Set<Character> terminators)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public static String updateImpersonationPropertyInHiveJdbcUrl(String url, String user) {\n String suffix, prefix = null;\n int terminatorIndex = findTerminatorIndex(url, 0, TERMINATORS_TWO_CHARS);\n\n // impersonation property might already be in the URL\n int impersonationPropertyIndex = url.indexOf(HIVE_URL_IMPERSONATION_PROPERTY);\n if (impersonationPropertyIndex > -1 && (terminatorIndex == -1 || impersonationPropertyIndex < terminatorIndex)) {\n // unlikely to happen, unless users are trying to hack the system and provide this property in the DDL\n prefix = url.substring(0, impersonationPropertyIndex);\n\n // find where the token terminates (by ; ? # or EOL, whatever comes first)\n terminatorIndex = findTerminatorIndex(url, impersonationPropertyIndex + HIVE_URL_IMPERSONATION_PROPERTY.length(), TERMINATORS_THREE_CHARS);\n }\n\n suffix = terminatorIndex < 0 ? \"\" : url.substring(terminatorIndex);\n\n if (prefix == null) {\n // when the HIVE_URL_IMPERSONATION_PROPERTY is not present\n prefix = terminatorIndex < 0 ? url : url.substring(0, terminatorIndex);\n }\n\n return String.format(\"%s%s=%s%s\", StringUtils.removeEnd(prefix, \";\"), HIVE_URL_IMPERSONATION_PROPERTY, user, suffix);\n }",
"class_method_signature": "HiveJdbcUtils.updateImpersonationPropertyInHiveJdbcUrl(String url, String user)",
"constructor": false,
"full_signature": "public static String updateImpersonationPropertyInHiveJdbcUrl(String url, String user)",
"identifier": "updateImpersonationPropertyInHiveJdbcUrl",
"invocations": [
"findTerminatorIndex",
"indexOf",
"substring",
"findTerminatorIndex",
"length",
"substring",
"substring",
"format",
"removeEnd"
],
"modifiers": "public static",
"parameters": "(String url, String user)",
"return": "String",
"signature": "String updateImpersonationPropertyInHiveJdbcUrl(String url, String user)",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_108
|
{
"fields": [
{
"declarator": "serverName",
"modifier": "private",
"original_string": "private String serverName;",
"type": "String",
"var_name": "serverName"
},
{
"declarator": "configuration",
"modifier": "private",
"original_string": "private Configuration configuration;",
"type": "Configuration",
"var_name": "configuration"
},
{
"declarator": "ugi",
"modifier": "private",
"original_string": "private UserGroupInformation ugi;",
"type": "UserGroupInformation",
"var_name": "ugi"
},
{
"declarator": "subject",
"modifier": "private",
"original_string": "private Subject subject;",
"type": "Subject",
"var_name": "subject"
},
{
"declarator": "user",
"modifier": "private",
"original_string": "private User user;",
"type": "User",
"var_name": "user"
},
{
"declarator": "mockLoginContext",
"modifier": "private",
"original_string": "private LoginContext mockLoginContext, mockAnotherLoginContext;",
"type": "LoginContext",
"var_name": "mockLoginContext"
},
{
"declarator": "mockTGT",
"modifier": "private",
"original_string": "private KerberosTicket mockTGT;",
"type": "KerberosTicket",
"var_name": "mockTGT"
},
{
"declarator": "tgtPrincipal = new KerberosPrincipal(\"krbtgt/EXAMPLE.COM@EXAMPLE.COM\")",
"modifier": "private",
"original_string": "private KerberosPrincipal tgtPrincipal = new KerberosPrincipal(\"krbtgt/EXAMPLE.COM@EXAMPLE.COM\");",
"type": "KerberosPrincipal",
"var_name": "tgtPrincipal"
},
{
"declarator": "nonTgtPrincipal = new KerberosPrincipal(\"some/somewhere@EXAMPLE.COM\")",
"modifier": "private",
"original_string": "private KerberosPrincipal nonTgtPrincipal = new KerberosPrincipal(\"some/somewhere@EXAMPLE.COM\");",
"type": "KerberosPrincipal",
"var_name": "nonTgtPrincipal"
},
{
"declarator": "session",
"modifier": "private",
"original_string": "private LoginSession session;",
"type": "LoginSession",
"var_name": "session"
},
{
"declarator": "nowMs",
"modifier": "private",
"original_string": "private long nowMs;",
"type": "long",
"var_name": "nowMs"
},
{
"declarator": "expectedException = ExpectedException.none()",
"modifier": "@Rule\n public",
"original_string": "@Rule\n public ExpectedException expectedException = ExpectedException.none();",
"type": "ExpectedException",
"var_name": "expectedException"
},
{
"declarator": "PROPERTY_KEY_KERBEROS_KDC = \"java.security.krb5.kdc\"",
"modifier": "private static final",
"original_string": "private static final String PROPERTY_KEY_KERBEROS_KDC = \"java.security.krb5.kdc\";",
"type": "String",
"var_name": "PROPERTY_KEY_KERBEROS_KDC"
},
{
"declarator": "PROPERTY_KEY_KERBEROS_REALM = \"java.security.krb5.realm\"",
"modifier": "private static final",
"original_string": "private static final String PROPERTY_KEY_KERBEROS_REALM = \"java.security.krb5.realm\";",
"type": "String",
"var_name": "PROPERTY_KEY_KERBEROS_REALM"
},
{
"declarator": "kdcDefault",
"modifier": "private static",
"original_string": "private static String kdcDefault;",
"type": "String",
"var_name": "kdcDefault"
},
{
"declarator": "realmDefault",
"modifier": "private static",
"original_string": "private static String realmDefault;",
"type": "String",
"var_name": "realmDefault"
}
],
"file": "server/pxf-api/src/test/java/org/apache/hadoop/security/PxfUserGroupInformationTest.java",
"identifier": "PxfUserGroupInformationTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void testReloginFromKeytabNoopInsufficientTimeElapsed() throws KerberosAuthException {\n user.setLogin(mockLoginContext);\n PowerMockito.mockStatic(KerberosUtil.class);\n when(KerberosUtil.hasKerberosKeyTab(subject)).thenReturn(true);\n ugi = new UserGroupInformation(subject);\n ugi.setAuthenticationMethod(UserGroupInformation.AuthenticationMethod.KERBEROS);\n user.setLastLogin(nowMs); // simulate just logged in\n // set 33 secs between re-login attempts\n session = new LoginSession(\"config\", \"principal\", \"keytab\", ugi, subject, 55000L);\n\n PxfUserGroupInformation.reloginFromKeytab(serverName, session);\n\n verifyZeroInteractions(mockLoginContext); // proves noop\n }",
"class_method_signature": "PxfUserGroupInformationTest.testReloginFromKeytabNoopInsufficientTimeElapsed()",
"constructor": false,
"full_signature": "@Test public void testReloginFromKeytabNoopInsufficientTimeElapsed()",
"identifier": "testReloginFromKeytabNoopInsufficientTimeElapsed",
"invocations": [
"setLogin",
"mockStatic",
"thenReturn",
"when",
"hasKerberosKeyTab",
"setAuthenticationMethod",
"setLastLogin",
"reloginFromKeytab",
"verifyZeroInteractions"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testReloginFromKeytabNoopInsufficientTimeElapsed()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "LOGIN_FAILURE = \"Login failure\"",
"modifier": "private static final",
"original_string": "private static final String LOGIN_FAILURE = \"Login failure\";",
"type": "String",
"var_name": "LOGIN_FAILURE"
},
{
"declarator": "LOG = LoggerFactory.getLogger(\"org.greenplum.pxf.api.security.PxfUserGroupInformation\")",
"modifier": "private static final",
"original_string": "private static final Logger LOG = LoggerFactory.getLogger(\"org.greenplum.pxf.api.security.PxfUserGroupInformation\");",
"type": "Logger",
"var_name": "LOG"
},
{
"declarator": "MUST_FIRST_LOGIN_FROM_KEYTAB = \"loginUserFromKeyTab must be done first\"",
"modifier": "private static final",
"original_string": "private static final String MUST_FIRST_LOGIN_FROM_KEYTAB = \"loginUserFromKeyTab must be done first\";",
"type": "String",
"var_name": "MUST_FIRST_LOGIN_FROM_KEYTAB"
},
{
"declarator": "OS_LOGIN_MODULE_NAME = getOSLoginModuleName()",
"modifier": "private static final",
"original_string": "private static final String OS_LOGIN_MODULE_NAME = getOSLoginModuleName();",
"type": "String",
"var_name": "OS_LOGIN_MODULE_NAME"
},
{
"declarator": "TICKET_RENEW_WINDOW = 0.80f",
"modifier": "private static final",
"original_string": "private static final float TICKET_RENEW_WINDOW = 0.80f;",
"type": "float",
"var_name": "TICKET_RENEW_WINDOW"
},
{
"declarator": "windows = System.getProperty(\"os.name\").startsWith(\"Windows\")",
"modifier": "private static final",
"original_string": "private static final boolean windows = System.getProperty(\"os.name\").startsWith(\"Windows\");",
"type": "boolean",
"var_name": "windows"
},
{
"declarator": "is64Bit = System.getProperty(\"os.arch\").contains(\"64\") ||\n System.getProperty(\"os.arch\").contains(\"s390x\")",
"modifier": "private static final",
"original_string": "private static final boolean is64Bit = System.getProperty(\"os.arch\").contains(\"64\") ||\n System.getProperty(\"os.arch\").contains(\"s390x\");",
"type": "boolean",
"var_name": "is64Bit"
},
{
"declarator": "aix = System.getProperty(\"os.name\").equals(\"AIX\")",
"modifier": "private static final",
"original_string": "private static final boolean aix = System.getProperty(\"os.name\").equals(\"AIX\");",
"type": "boolean",
"var_name": "aix"
},
{
"declarator": "subjectProvider = () -> new Subject()",
"modifier": "static",
"original_string": "static Supplier<Subject> subjectProvider = () -> new Subject();",
"type": "Supplier<Subject>",
"var_name": "subjectProvider"
},
{
"declarator": "loginCountMap = new HashMap<>()",
"modifier": "private static final",
"original_string": "private static final Map<String, AtomicLong> loginCountMap = new HashMap<>();",
"type": "Map<String, AtomicLong>",
"var_name": "loginCountMap"
},
{
"declarator": "reloginCountMap = new HashMap<>()",
"modifier": "private static final",
"original_string": "private static final Map<String, AtomicLong> reloginCountMap = new HashMap<>();",
"type": "Map<String, AtomicLong>",
"var_name": "reloginCountMap"
}
],
"file": "server/pxf-api/src/main/java/org/apache/hadoop/security/PxfUserGroupInformation.java",
"identifier": "PxfUserGroupInformation",
"interfaces": "",
"methods": [
{
"class_method_signature": "PxfUserGroupInformation.loginUserFromKeytab(Configuration configuration, String serverName, String configDirectory, String principal, String keytabFilename)",
"constructor": false,
"full_signature": "public synchronized static LoginSession loginUserFromKeytab(Configuration configuration, String serverName, String configDirectory, String principal, String keytabFilename)",
"identifier": "loginUserFromKeytab",
"modifiers": "public synchronized static",
"parameters": "(Configuration configuration, String serverName, String configDirectory, String principal, String keytabFilename)",
"return": "LoginSession",
"signature": "LoginSession loginUserFromKeytab(Configuration configuration, String serverName, String configDirectory, String principal, String keytabFilename)",
"testcase": false
},
{
"class_method_signature": "PxfUserGroupInformation.reloginFromKeytab(String serverName, LoginSession loginSession)",
"constructor": false,
"full_signature": "public static void reloginFromKeytab(String serverName, LoginSession loginSession)",
"identifier": "reloginFromKeytab",
"modifiers": "public static",
"parameters": "(String serverName, LoginSession loginSession)",
"return": "void",
"signature": "void reloginFromKeytab(String serverName, LoginSession loginSession)",
"testcase": false
},
{
"class_method_signature": "PxfUserGroupInformation.getKerberosMinMillisBeforeRelogin(String serverName, Configuration configuration)",
"constructor": false,
"full_signature": "public static long getKerberosMinMillisBeforeRelogin(String serverName, Configuration configuration)",
"identifier": "getKerberosMinMillisBeforeRelogin",
"modifiers": "public static",
"parameters": "(String serverName, Configuration configuration)",
"return": "long",
"signature": "long getKerberosMinMillisBeforeRelogin(String serverName, Configuration configuration)",
"testcase": false
},
{
"class_method_signature": "PxfUserGroupInformation.fixKerberosTicketOrder(Subject subject)",
"constructor": false,
"full_signature": "static private void fixKerberosTicketOrder(Subject subject)",
"identifier": "fixKerberosTicketOrder",
"modifiers": "static private",
"parameters": "(Subject subject)",
"return": "void",
"signature": "void fixKerberosTicketOrder(Subject subject)",
"testcase": false
},
{
"class_method_signature": "PxfUserGroupInformation.getRefreshTime(KerberosTicket tgt)",
"constructor": false,
"full_signature": "private static long getRefreshTime(KerberosTicket tgt)",
"identifier": "getRefreshTime",
"modifiers": "private static",
"parameters": "(KerberosTicket tgt)",
"return": "long",
"signature": "long getRefreshTime(KerberosTicket tgt)",
"testcase": false
},
{
"class_method_signature": "PxfUserGroupInformation.newLoginContext(String appName, Subject subject, javax.security.auth.login.Configuration loginConf)",
"constructor": false,
"full_signature": "private static LoginContext newLoginContext(String appName, Subject subject, javax.security.auth.login.Configuration loginConf)",
"identifier": "newLoginContext",
"modifiers": "private static",
"parameters": "(String appName, Subject subject, javax.security.auth.login.Configuration loginConf)",
"return": "LoginContext",
"signature": "LoginContext newLoginContext(String appName, Subject subject, javax.security.auth.login.Configuration loginConf)",
"testcase": false
},
{
"class_method_signature": "PxfUserGroupInformation.getOSLoginModuleName()",
"constructor": false,
"full_signature": "private static String getOSLoginModuleName()",
"identifier": "getOSLoginModuleName",
"modifiers": "private static",
"parameters": "()",
"return": "String",
"signature": "String getOSLoginModuleName()",
"testcase": false
},
{
"class_method_signature": "PxfUserGroupInformation.getTGT(Subject subject)",
"constructor": false,
"full_signature": "private static synchronized KerberosTicket getTGT(Subject subject)",
"identifier": "getTGT",
"modifiers": "private static synchronized",
"parameters": "(Subject subject)",
"return": "KerberosTicket",
"signature": "KerberosTicket getTGT(Subject subject)",
"testcase": false
},
{
"class_method_signature": "PxfUserGroupInformation.hasSufficientTimeElapsed(long now, LoginSession loginSession)",
"constructor": false,
"full_signature": "private static boolean hasSufficientTimeElapsed(long now, LoginSession loginSession)",
"identifier": "hasSufficientTimeElapsed",
"modifiers": "private static",
"parameters": "(long now, LoginSession loginSession)",
"return": "boolean",
"signature": "boolean hasSufficientTimeElapsed(long now, LoginSession loginSession)",
"testcase": false
},
{
"class_method_signature": "PxfUserGroupInformation.prependFileAuthority(String keytabPath)",
"constructor": false,
"full_signature": "private static String prependFileAuthority(String keytabPath)",
"identifier": "prependFileAuthority",
"modifiers": "private static",
"parameters": "(String keytabPath)",
"return": "String",
"signature": "String prependFileAuthority(String keytabPath)",
"testcase": false
},
{
"class_method_signature": "PxfUserGroupInformation.trackEventPerServer(String serverName, Map<String, AtomicLong> map)",
"constructor": false,
"full_signature": "private static void trackEventPerServer(String serverName, Map<String, AtomicLong> map)",
"identifier": "trackEventPerServer",
"modifiers": "private static",
"parameters": "(String serverName, Map<String, AtomicLong> map)",
"return": "void",
"signature": "void trackEventPerServer(String serverName, Map<String, AtomicLong> map)",
"testcase": false
},
{
"class_method_signature": "PxfUserGroupInformation.logStatistics(String serverName)",
"constructor": false,
"full_signature": "private static void logStatistics(String serverName)",
"identifier": "logStatistics",
"modifiers": "private static",
"parameters": "(String serverName)",
"return": "void",
"signature": "void logStatistics(String serverName)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public static void reloginFromKeytab(String serverName, LoginSession loginSession) throws KerberosAuthException {\n\n UserGroupInformation ugi = loginSession.getLoginUser();\n\n if (ugi.getAuthenticationMethod() != UserGroupInformation.AuthenticationMethod.KERBEROS ||\n !ugi.isFromKeytab()) {\n LOG.error(\"Did not attempt to relogin from keytab: auth={}, fromKeyTab={}\", ugi.getAuthenticationMethod(), ugi.isFromKeytab());\n return;\n }\n\n synchronized (loginSession) {\n long now = Time.now();\n if (!hasSufficientTimeElapsed(now, loginSession)) {\n return;\n }\n\n Subject subject = loginSession.getSubject();\n KerberosTicket tgt = getTGT(subject);\n //Return if TGT is valid and is not going to expire soon.\n if (tgt != null && now < getRefreshTime(tgt)) {\n return;\n }\n\n User user = loginSession.getUser();\n LoginContext login = user.getLogin();\n String keytabFile = loginSession.getKeytabPath();\n String keytabPrincipal = loginSession.getPrincipalName();\n\n if (login == null || keytabFile == null) {\n throw new KerberosAuthException(MUST_FIRST_LOGIN_FROM_KEYTAB);\n }\n\n // register most recent relogin attempt\n user.setLastLogin(now);\n try {\n LOG.debug(\"Initiating logout for {}\", user.getName());\n synchronized (UserGroupInformation.class) {\n // clear up the kerberos state. But the tokens are not cleared! As per\n // the Java kerberos login module code, only the kerberos credentials\n // are cleared\n login.logout();\n // login and also update the subject field of this instance to\n // have the new credentials (pass it to the LoginContext constructor)\n login = newLoginContext(\n HadoopConfiguration.KEYTAB_KERBEROS_CONFIG_NAME, subject,\n new HadoopConfiguration(keytabPrincipal, keytabFile));\n LOG.info(\"Initiating re-login for {} for server {}\", keytabPrincipal, serverName);\n login.login();\n fixKerberosTicketOrder(subject);\n user.setLogin(login);\n }\n } catch (LoginException le) {\n KerberosAuthException kae = new KerberosAuthException(LOGIN_FAILURE, le);\n kae.setPrincipal(keytabPrincipal);\n kae.setKeytabFile(keytabFile);\n throw kae;\n }\n\n // Keep track of the number of relogins per server to make sure\n // we are not re-logging in too often\n trackEventPerServer(serverName, reloginCountMap);\n }\n\n logStatistics(serverName);\n }",
"class_method_signature": "PxfUserGroupInformation.reloginFromKeytab(String serverName, LoginSession loginSession)",
"constructor": false,
"full_signature": "public static void reloginFromKeytab(String serverName, LoginSession loginSession)",
"identifier": "reloginFromKeytab",
"invocations": [
"getLoginUser",
"getAuthenticationMethod",
"isFromKeytab",
"error",
"getAuthenticationMethod",
"isFromKeytab",
"now",
"hasSufficientTimeElapsed",
"getSubject",
"getTGT",
"getRefreshTime",
"getUser",
"getLogin",
"getKeytabPath",
"getPrincipalName",
"setLastLogin",
"debug",
"getName",
"logout",
"newLoginContext",
"info",
"login",
"fixKerberosTicketOrder",
"setLogin",
"setPrincipal",
"setKeytabFile",
"trackEventPerServer",
"logStatistics"
],
"modifiers": "public static",
"parameters": "(String serverName, LoginSession loginSession)",
"return": "void",
"signature": "void reloginFromKeytab(String serverName, LoginSession loginSession)",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_54
|
{
"fields": [],
"file": "server/pxf-api/src/test/java/org/greenplum/pxf/api/filter/ToStringTreeVisitorTest.java",
"identifier": "ToStringTreeVisitorTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n public void testReset() throws Exception {\n String filterString = \"a1c25s10d2016-01-03o4\";\n Node root = new FilterParser().parse(filterString);\n\n ToStringTreeVisitor visitor = new ToStringTreeVisitor();\n new TreeTraverser().traverse(root, visitor);\n\n assertEquals(\"_1_ >= 2016-01-03\", visitor.toString());\n\n visitor.reset();\n assertEquals(\"\", visitor.toString());\n }",
"class_method_signature": "ToStringTreeVisitorTest.testReset()",
"constructor": false,
"full_signature": "@Test public void testReset()",
"identifier": "testReset",
"invocations": [
"parse",
"traverse",
"assertEquals",
"toString",
"reset",
"assertEquals",
"toString"
],
"modifiers": "@Test public",
"parameters": "()",
"return": "void",
"signature": "void testReset()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "sb = new StringBuilder()",
"modifier": "private final",
"original_string": "private final StringBuilder sb = new StringBuilder();",
"type": "StringBuilder",
"var_name": "sb"
}
],
"file": "server/pxf-api/src/main/java/org/greenplum/pxf/api/filter/ToStringTreeVisitor.java",
"identifier": "ToStringTreeVisitor",
"interfaces": "implements TreeVisitor",
"methods": [
{
"class_method_signature": "ToStringTreeVisitor.before(Node node, final int level)",
"constructor": false,
"full_signature": "@Override public Node before(Node node, final int level)",
"identifier": "before",
"modifiers": "@Override public",
"parameters": "(Node node, final int level)",
"return": "Node",
"signature": "Node before(Node node, final int level)",
"testcase": false
},
{
"class_method_signature": "ToStringTreeVisitor.visit(Node node, final int level)",
"constructor": false,
"full_signature": "@Override public Node visit(Node node, final int level)",
"identifier": "visit",
"modifiers": "@Override public",
"parameters": "(Node node, final int level)",
"return": "Node",
"signature": "Node visit(Node node, final int level)",
"testcase": false
},
{
"class_method_signature": "ToStringTreeVisitor.after(Node node, final int level)",
"constructor": false,
"full_signature": "@Override public Node after(Node node, final int level)",
"identifier": "after",
"modifiers": "@Override public",
"parameters": "(Node node, final int level)",
"return": "Node",
"signature": "Node after(Node node, final int level)",
"testcase": false
},
{
"class_method_signature": "ToStringTreeVisitor.toString()",
"constructor": false,
"full_signature": "@Override public String toString()",
"identifier": "toString",
"modifiers": "@Override public",
"parameters": "()",
"return": "String",
"signature": "String toString()",
"testcase": false
},
{
"class_method_signature": "ToStringTreeVisitor.reset()",
"constructor": false,
"full_signature": "public void reset()",
"identifier": "reset",
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void reset()",
"testcase": false
},
{
"class_method_signature": "ToStringTreeVisitor.getStringBuilder()",
"constructor": false,
"full_signature": "protected StringBuilder getStringBuilder()",
"identifier": "getStringBuilder",
"modifiers": "protected",
"parameters": "()",
"return": "StringBuilder",
"signature": "StringBuilder getStringBuilder()",
"testcase": false
},
{
"class_method_signature": "ToStringTreeVisitor.getNodeValue(OperandNode operandNode)",
"constructor": false,
"full_signature": "protected String getNodeValue(OperandNode operandNode)",
"identifier": "getNodeValue",
"modifiers": "protected",
"parameters": "(OperandNode operandNode)",
"return": "String",
"signature": "String getNodeValue(OperandNode operandNode)",
"testcase": false
},
{
"class_method_signature": "ToStringTreeVisitor.getOperatorName(OperatorNode operatorNode)",
"constructor": false,
"full_signature": "private String getOperatorName(OperatorNode operatorNode)",
"identifier": "getOperatorName",
"modifiers": "private",
"parameters": "(OperatorNode operatorNode)",
"return": "String",
"signature": "String getOperatorName(OperatorNode operatorNode)",
"testcase": false
}
],
"superclass": ""
}
|
{
"body": "public void reset() {\n sb.setLength(0);\n }",
"class_method_signature": "ToStringTreeVisitor.reset()",
"constructor": false,
"full_signature": "public void reset()",
"identifier": "reset",
"invocations": [
"setLength"
],
"modifiers": "public",
"parameters": "()",
"return": "void",
"signature": "void reset()",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
146510094_276
|
{
"fields": [
{
"declarator": "context",
"modifier": "",
"original_string": "RequestContext context;",
"type": "RequestContext",
"var_name": "context"
}
],
"file": "server/pxf-hdfs/src/test/java/org/greenplum/pxf/plugins/hdfs/StringPassResolverTest.java",
"identifier": "StringPassResolverTest",
"interfaces": "",
"superclass": ""
}
|
{
"body": "@Test\n /*\n * Test the setFields method: empty byte array\n */\n public void testSetFieldsEmptyByteArray() throws Exception {\n\n StringPassResolver resolver = buildResolver();\n\n byte[] empty = new byte[0];\n\n List<OneField> record = Collections.singletonList(new OneField(DataType.BYTEA.getOID(),\n empty));\n\n OneRow oneRow = resolver.setFields(record);\n\n assertNull(oneRow);\n }",
"class_method_signature": "StringPassResolverTest.testSetFieldsEmptyByteArray()",
"constructor": false,
"full_signature": "@Test /* * Test the setFields method: empty byte array */ public void testSetFieldsEmptyByteArray()",
"identifier": "testSetFieldsEmptyByteArray",
"invocations": [
"buildResolver",
"singletonList",
"getOID",
"setFields",
"assertNull"
],
"modifiers": "@Test /* * Test the setFields method: empty byte array */ public",
"parameters": "()",
"return": "void",
"signature": "void testSetFieldsEmptyByteArray()",
"testcase": true
}
|
{
"fields": [
{
"declarator": "oneRow = new OneRow()",
"modifier": "private final",
"original_string": "private final OneRow oneRow = new OneRow();",
"type": "OneRow",
"var_name": "oneRow"
},
{
"declarator": "resolveWriteCount = 0",
"modifier": "private",
"original_string": "private int resolveWriteCount = 0;",
"type": "int",
"var_name": "resolveWriteCount"
}
],
"file": "server/pxf-hdfs/src/main/java/org/greenplum/pxf/plugins/hdfs/StringPassResolver.java",
"identifier": "StringPassResolver",
"interfaces": "implements Resolver",
"methods": [
{
"class_method_signature": "StringPassResolver.getFields(OneRow onerow)",
"constructor": false,
"full_signature": "@Override public List<OneField> getFields(OneRow onerow)",
"identifier": "getFields",
"modifiers": "@Override public",
"parameters": "(OneRow onerow)",
"return": "List<OneField>",
"signature": "List<OneField> getFields(OneRow onerow)",
"testcase": false
},
{
"class_method_signature": "StringPassResolver.setFields(List<OneField> record)",
"constructor": false,
"full_signature": "@Override public OneRow setFields(List<OneField> record)",
"identifier": "setFields",
"modifiers": "@Override public",
"parameters": "(List<OneField> record)",
"return": "OneRow",
"signature": "OneRow setFields(List<OneField> record)",
"testcase": false
}
],
"superclass": "extends BasePlugin"
}
|
{
"body": "@Override\n public OneRow setFields(List<OneField> record) {\n OneField oneField = record.get(0);\n\n if ((oneField.val instanceof InputStream && resolveWriteCount > 0) ||\n (oneField.val instanceof byte[] && ((byte[]) oneField.val).length == 0)) {\n // For the inputStream case, we only consume the inputStream once\n // and then we need to return null to indicate, during the next\n // iteration, that the stream has been consumed\n return null;\n }\n oneRow.setData(oneField.val);\n resolveWriteCount++;\n return oneRow;\n }",
"class_method_signature": "StringPassResolver.setFields(List<OneField> record)",
"constructor": false,
"full_signature": "@Override public OneRow setFields(List<OneField> record)",
"identifier": "setFields",
"invocations": [
"get",
"setData"
],
"modifiers": "@Override public",
"parameters": "(List<OneField> record)",
"return": "OneRow",
"signature": "OneRow setFields(List<OneField> record)",
"testcase": false
}
|
{
"created": "8/28/2018 9:42:19 PM +00:00",
"fork": "False",
"fork_count": null,
"is_fork": null,
"language": null,
"license": "licensed",
"repo_id": 146510094,
"size": null,
"stargazer_count": null,
"stars": 14,
"updates": "2020-01-25T19:21:50+00:00",
"url": "https://github.com/greenplum-db/pxf"
}
|
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