SNIPPETS
stringlengths 2
1.64k
| INTENTS
stringlengths 4
1.66k
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cmp eax, ebx
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compare eax with ebx
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cmp eax, ebx
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compare the contents of eax and the contents of ebx
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cmp eax, ebx
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compare the contents of the eax register and the contents of the ebx register
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cmp eax, ebx \n je 0x47
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jump to the memory address 0x47 if the contents of the eax register is equal to the contents of the edi register
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cmp eax, ebx \n je 0x47
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if the contents of the eax register is equal to the contents of the edi register then jump to the memory address 0x47
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cmp eax, ebx \n je 0x47 \n xor ecx, ecx
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if the contents of the eax register is equal to the contents of the edi register then jump to the memory address 0x47 else zero out the ecx register
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cmp eax, ebx \n je 0x47 \n xor ecx, ecx
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jump to the memory address 0x47 if the contents of the eax register is equal to the contents of the edi register else zero out the ecx register
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cmp eax, ebx \n je all
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if eax and ebx content are equal go to _all label
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cmp eax, ebx \n je all
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jump to the all label if the contents of the eax register is equal to the contents of the ebx register
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cmp eax, ebx \n je all
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if the contents of the eax register is equal to the contents of the ebx register then jump to the all label
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cmp eax, ebx \n je all \n xor eax, eax
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jump to the all label if the contents of the eax register is equal to the contents of the ebx register else zero out the eax register
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cmp eax, ebx \n je all \n xor eax, eax
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if the contents of the eax register is equal to the contents of the ebx register then jump to the all label else zero out the eax register
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cmp eax, ebx \n je child
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jump to the child label if the contents of the eax register is equal to the contents of the ebx register
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cmp eax, ebx \n je child
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if the contents of the eax register is equal to the contents of the ebx register then jump to the child label
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cmp eax, ebx \n je connect \n ja exit
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compare ebx and eax content. if they are equal go to _connect label, else go to _exit label
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cmp eax, ebx \n je connect \n ja exit
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jump to the connect label if the contents of the eax register is equal to the contents of the ebx register else jump to the exit label if the unsigned contents of the eax register is greater than the unsigned contents of the ebx register
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cmp eax, ebx \n je connect \n ja exit
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if the contents of the eax register is equal to the contents of the ebx register then jump to the connect label else jump to the exit label if the unsigned contents of the eax register is greater than the unsigned contents of the ebx register
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cmp eax, ebx \n je download
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if the contents of the eax register is equal to the contents of the ebx register then jump to the download label
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cmp eax, ebx \n je download
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jump to the download label if the contents of the eax register is equal to the contents of the ebx register
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cmp eax, ebx \n je exit
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if the contents of the eax register is equal to the contents of the ebx register then jump to the exit label
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cmp eax, ebx \n je exit
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jump to the exit label if the contents of the eax register is equal to the contents of the ebx register
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cmp eax, ebx \n je exit \n add al, 0x3
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jump to the exit label if the contents of the eax register is equal to the contents of the ebx register else move the value 0x3 into the al register
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cmp eax, ebx \n je exit \n add al, 0x3
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if the contents of the eax register is equal to the contents of the ebx register then jump to the exit label else move the value 0x3 into the al register
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cmp eax, ebx \n je exit \n mov al, 0x4
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jump to the exit label if the contents of the eax register is equal to the contents of the ebx register else move the value 0x4 into the al register
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cmp eax, ebx \n je exit \n mov al, 0x4
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if the contents of the eax register is equal to the contents of the ebx register then jump to the exit label else move the value 0x4 into the al register
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cmp eax, ebx \n je L1
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jump to the L1 label if the contents of the eax register is equal to the contents of the ebx register
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cmp eax, ebx \n je L1
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if the contents of the eax register is equal to the contents of the ebx register then jump to the L1 label
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cmp eax, ebx \n jne retry
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jump to the retry label if the contents of the eax register is not equal to the contents of the ebx register
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cmp eax, ebx \n jne retry
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if the contents of the eax register is not equal to the contents of the ebx register then jump to the retry label
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cmp eax, ebx \n jz 0x47
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compare eax with ebx content, if the xero flag is set go to the address 0x47
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cmp eax, edi \n jne infinite
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if edi content is not equal to eax content go to _infinite label
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cmp eax, edi \n jne infinite
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jump to the infinite label if the contents of the eax register is not equal to the contents of the edi register
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cmp eax, edi \n jne infinite
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if the contents of the eax register is not equal to the contents of the edi register then jump to the infinite label
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cmp eax, edi \n jne infinite \n xor eax, eax
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jump to the infinite label if the contents of the eax register is not equal to the contents of the edi register else zero out the eax register
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cmp eax, edi \n jne infinite \n xor eax, eax
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if the contents of the eax register is not equal to the contents of the edi register then jump to the infinite label else zero out the eax register
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cmp eax,0xf3ab0aba
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compare hexadecimal value 0xf3ab0aba with eax
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cmp eax,ebx
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compare the contents of eax with ebx
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cmp eax,ebx \n je exit
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if eax content is equal to ebx content jump to _exit label
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cmp eax,ebx \n jne retry
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compare ebx with eax content. if they are not equal go to _retry label
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cmp eax,ebx \n jz download
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compare ebx and eax content then jump to download_label if the result of the comparison is 0
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cmp ebp, 0
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compare the contents of the ebp register with the value 0
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cmp ebx, 0
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compare if ebx is zero
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cmp ebx, 9 \n ja exit \n jmp loop
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jump to the exit label if the unsigned contents of the ebx register is greater than the unsigned value 10 else jump to the loop label
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cmp ebx, 9 \n ja exit \n jmp loop
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if the unsigned contents of the ebx register is greater than the unsigned value 10 then jump to the exit label else jump to the loop label
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cmp ecx, 0
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compare ecx to 0
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cmp ecx, 0
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compare if ecx is zero
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cmp ecx, 0h
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compare ecx with 0h
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cmp ecx, 10
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compare if ecx is equal to 10
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cmp ecx, 100
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compare if ecx is equal to 100
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cmp ecx, 100
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compare if our counter is equal to 100
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cmp ecx, 5
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compare ecx with 5
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cmp ecx, ebp
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compare ecx and ebp
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cmp ecx, ebp
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compare the contents of the ecx register with the contents of the ebp register
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cmp ecx, edx \n ja l1
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jump to the l1 label if the unsigned contents of the ecx register is greater than the unsigned contents of the edx register
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cmp ecx, edx \n ja l1
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if the unsigned contents of the ecx register is greater than the unsigned contents of the edx register then jump to the l1 label else
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cmp edi, 0
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compare if edi is equal to 0
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cmp edx, 0
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compare if edx is zero
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cmp edx, 0x43 \n ja loop \n push edx
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jump to the loop label if the unsigned contents of the edx register is greater than the unsigned value 0x43 else push the contents of the edx register onto the stack
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cmp edx, 0x43 \n ja loop \n push edx
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if the unsigned contents of the edx register is greater than the unsigned value 0x43 then jump to the loop label else push the contents of the edx register onto the stack
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cmp edx, 10
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compare whether the edx register has reached 10
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cmp edx, 42
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compare the contents of edx to 42
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cmp edx, 42 \n je short loc_402B13
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jump to loc_402B13 if the contents of the edx register is equal to 42
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cmp edx, 42 \n je short loc_402B13
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if the contents of the edx register is equal to 42 then jump to loc_402B13
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cmp edx, ebx
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compare the contents of edx and the contents of ebx
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cmp edx, ebx \n je 0x8 \n
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jump to the memory address 0x8 if the contents of the edx register is equal to the contents of the ebx register
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cmp edx, ebx \n je 0x8 \n
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if the contents of the edx register is equal to the contents of the ebx register then jump to the memory address 0x8
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cmp edx, ebx \n je 0x8 \n mov ebx, edx
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jump to the memory address 0x8 if the contents of the edx register is equal to the contents of the ebx register else move the contents of the edx register into the ebx register
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cmp edx, ebx \n je 0x8 \n mov ebx, edx
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if the contents of the edx register is equal to the contents of the ebx register then jump to the memory address 0x8 else move the contents of the edx register into the ebx register
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cmp esi, 10
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compare if esi is equal to 10
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cmp esi, edx \n je find_egg
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jump to the find_egg label if the contents of the esi register is equal to the contents of the edx register
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cmp word [ecx], 0x5951
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compare the word at the address ecx and 0x5951
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cmp word [ecx], 0x5951 \n loopnz next \n jmp ecx
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compare ecx content with the marker, then decrement ecx by 1 and if cx != 0 and the zero flag is clear go to _next else go to ecx address
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cmp[esi], edx \n jz find_egg \n call esi
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check if we have found the egg. in case of negative response go to find_egg label else call esi
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cmps byte ptr ds:[esi],byte ptr es:[edi]
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subtract the value at location esi from the value a location edi without saving results. update flags based on the subtraction and the index registers esi and edi.
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code:
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declare code_label
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code:
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define the code label
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common_commands: \n inc esi
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in common_commands point to the next byte in esi
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connect:
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define _connect label
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connect:
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define connect function
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cont:
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define _cont label
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cont:
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define the cont label
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contents db 'hello world!', 0h
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define a string db and initialize to 'hello world!'
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createfile:
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define _createfile label
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createfile:
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declare the createfile label
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createfile:
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define createfile function
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cycle:
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define cycle label
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cycle:
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define cycle
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cycle:
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declare the cycle label
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D1: \n mov bl, byte [esi]
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in D1 move the current byte of the shellcode in the bl register
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D1: \n mov cl, byte [esi]
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declare D1 and move the current byte of the shellcode in the cl register
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D1: \n mov dl, byte [esi]
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declare D1 and move the current byte of the shellcode in the dl register
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D1: \n pop esi \n mov edi, esi
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in D1 save the shellcode in esi and move it to edi
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D2: \n not byte [esi]
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declare the function D2 and negate the byte in esi
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D2: \n not byte [esi]
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define the function D2 and negate the byte in esi
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D2: \n not byte [esi]
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declare the function D2 and negate the current byte of the shellcode
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D2: \n pop esi \n mov edi, esi
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define D2 save the in esi the pointer to the shellcode and move esi into edi
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D3: \n add byte [esi], 5
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declare the ruotine D3 and add the value 5 to the current byte of the shellcode
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D3: \n add byte [esi], 8
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declare the ruotine D3 and add the value 8 to the current byte of the shellcode
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D3: \n pop esi \n mov edi, esi
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declare the function D3, store the shellcode in edi and move the pointer into esi
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D3: \n sub byte [esi], 7
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define function D3 and subtract 7 from the current byte of the shellcode
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