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Add error handling with retry logic to this sequence diagram
sequenceDiagram participant Client participant Server Client->>Server: Request Server-->>Client: Response
sequenceDiagram participant Client participant Server loop Retry up to 3 times Client->>Server: Request alt Success Server-->>Client: 200 OK else Timeout Server-->>Client: 408 Timeout else Server Error Server-->>Client: 500 Error end end
Add a cache layer between the API and database in this sequence diagram
sequenceDiagram participant Client participant API participant Database Client->>API: Request data API->>Database: Query Database-->>API: Results API-->>Client: Response
sequenceDiagram participant Client participant API participant Cache participant Database Client->>API: Request data API->>Cache: Check cache alt Cache hit Cache-->>API: Cached data API-->>Client: Response (from cache) else Cache miss Cache-->>API: Not found API->>Database: Query Database-->>API: Results API->>Cache: Store in cache API-->>Client: Response end
Add authentication and authorization checks to this sequence diagram
sequenceDiagram participant User participant API participant Service User->>API: Request API->>Service: Process Service-->>API: Result API-->>User: Response
sequenceDiagram participant User participant API participant AuthService participant Service User->>API: Request + Token API->>AuthService: Validate token alt Token valid AuthService-->>API: User info API->>AuthService: Check permissions alt Has permission AuthService-->>API: Authorized API->>Service: Process Service-->>API: Result API-->>User: 200 Response else No permission AuthService-->>API: Forbidden API-->>User: 403 Forbidden end else Token invalid AuthService-->>API: Unauthorized API-->>User: 401 Unauthorized end
Add distributed tracing with correlation IDs to this sequence diagram
sequenceDiagram participant ServiceA participant ServiceB participant ServiceC ServiceA->>ServiceB: Call B ServiceB->>ServiceC: Call C ServiceC-->>ServiceB: Response ServiceB-->>ServiceA: Response
sequenceDiagram title: Distributed Tracing Flow participant ServiceA participant ServiceB participant ServiceC participant TracingService ServiceA->>TracingService: Generate trace-id: ABC123 activate ServiceA ServiceA->>ServiceB: Call B (trace-id: ABC123, span: A) activate ServiceB ServiceB->>TracingService: Record span B (parent: A) ServiceB->>ServiceC: Call C (trace-id: ABC123, span: B) activate ServiceC ServiceC->>TracingService: Record span C (parent: B) ServiceC-->>ServiceB: Response deactivate ServiceC ServiceB-->>ServiceA: Response deactivate ServiceB ServiceA->>TracingService: Close span A deactivate ServiceA
Add autonumbering and dividers to organize this sequence diagram
sequenceDiagram participant User participant API participant DB User->>API: Login API->>DB: Check credentials DB-->>API: Valid API-->>User: Token User->>API: Get data API->>DB: Query DB-->>API: Results API-->>User: Data
sequenceDiagram title: User Session Flow autonumber participant User participant API participant DB == Authentication == User->>API: Login API->>DB: Check credentials DB-->>API: Valid API-->>User: Token == Data Access == User->>API: Get data API->>DB: Query DB-->>API: Results API-->>User: Data
Add timestamps and soft delete to all entities in this ER diagram
erDiagram USER { int id PK string name } POST { int id PK string title }
erDiagram USER { int id PK string name string email datetime created_at datetime updated_at datetime deleted_at "nullable, for soft delete" int created_by int updated_by } POST { int id PK int user_id FK string title text content datetime created_at datetime updated_at datetime deleted_at "nullable" } USER ||--o{ POST : creates
Add a many-to-many relationship with a junction table to this ER diagram
erDiagram STUDENT { int id PK string name } COURSE { int id PK string title }
erDiagram STUDENT { int id PK string name string email } COURSE { int id PK string title int credits } ENROLLMENT { int student_id PK int course_id PK date enrolled_date string grade string status } STUDENT ||--o{ ENROLLMENT : enrolls COURSE ||--o{ ENROLLMENT : has
Add audit logging and user tracking to this ER diagram
erDiagram PRODUCT { int id PK string name float price } ORDER { int id PK float total }
erDiagram USER { int id PK string username string role } PRODUCT { int id PK string name float price datetime created_at int created_by FK datetime updated_at int updated_by FK } ORDER { int id PK int customer_id FK float total datetime created_at int created_by FK } AUDIT_LOG { int id PK string table_name int record_id string action int user_id FK datetime timestamp text changes } USER ||--o{ PRODUCT : "created by" USER ||--o{ ORDER : "created by" USER ||--o{ AUDIT_LOG : performs
Add indexes and constraints annotations to this ER diagram
erDiagram USER { int id PK string email string username }
erDiagram USER { int id PK string email "unique, indexed" string username "unique, indexed" string password_hash "required" datetime last_login "indexed" boolean is_active "default: true, indexed" int failed_login_attempts "default: 0" datetime locked_until "nullable" }
Add monitoring and logging infrastructure to this component diagram
componentDiagram [Web Server] [API Server] [Database] [Web Server] --> [API Server] [API Server] --> [Database]
componentDiagram package "Application" { [Web Server] [API Server] } database "Data" { [Database] } package "Observability" { [Prometheus] [Grafana] [ELK Stack] [Alert Manager] } [Web Server] --> [API Server] [API Server] --> [Database] [Web Server] ..> [Prometheus] : metrics [API Server] ..> [Prometheus] : metrics [Prometheus] --> [Grafana] : visualize [Prometheus] --> [Alert Manager] : alerts [Web Server] ..> [ELK Stack] : logs [API Server] ..> [ELK Stack] : logs
Add a message queue and background workers to this component diagram
componentDiagram [API] [Database] [API] --> [Database]
componentDiagram package "Frontend" { [API] } package "Background Processing" { [Message Queue] [Worker 1] [Worker 2] [Worker 3] } database "Storage" { [Database] [Cache] } [API] --> [Database] [API] --> [Message Queue] : publish jobs [Message Queue] --> [Worker 1] [Message Queue] --> [Worker 2] [Message Queue] --> [Worker 3] [Worker 1] --> [Database] [Worker 2] --> [Database] [Worker 3] --> [Database] [API] --> [Cache]
Add API gateway and load balancer to this component diagram
componentDiagram [Service A] [Service B] [Database] [Service A] --> [Database] [Service B] --> [Database]
componentDiagram [Load Balancer] [API Gateway] package "Services" { [Service A] [Service B] } package "Cross-Cutting" { [Auth Service] [Rate Limiter] } database "Data" { [Database] [Cache] } [Load Balancer] --> [API Gateway] [API Gateway] --> [Auth Service] [API Gateway] --> [Rate Limiter] [API Gateway] --> [Service A] [API Gateway] --> [Service B] [Service A] --> [Database] [Service B] --> [Database] [Service A] --> [Cache] [Service B] --> [Cache]
Add parallel processing with fork/join to this activity diagram
activityDiagram start :Task 1; :Task 2; :Task 3; end
activityDiagram start :Initialize; fork :Task 1A; :Task 1B; forkagain :Task 2A; :Task 2B; forkagain :Task 3A; :Task 3B; endfork :Merge results; :Finalize; end
Add error handling and rollback logic to this activity diagram
activityDiagram start :Process order; :Charge payment; :Ship product; end
activityDiagram title: Order Processing with Error Handling start :Process order; if (Order valid?) then (yes) :Charge payment; if (Payment successful?) then (yes) :Reserve inventory; if (Items available?) then (yes) :Ship product; :Send confirmation; else (no) :Refund payment; :Notify customer; end endif else (no) :Cancel order; :Notify customer; end endif else (no) :Return validation error; end endif end
Add partitions to show different actors in this activity diagram
activityDiagram start :Submit request; :Review request; :Approve request; :Execute task; end
activityDiagram title: Multi-Actor Workflow start partition Employee { :Submit request; @note right: Employee initiates } partition Manager { :Review request; if (Approved?) then (yes) :Approve request; else (no) :Request changes; end endif } partition Operations { :Execute task; :Update records; } partition System { :Send notifications; :Archive documents; } end
Add interfaces and dependency injection to this class diagram
classDiagram class UserService { +getUser() +saveUser() } class Database { +query() +save() }
classDiagram class IUserRepository { <<interface>> +getUser(id) User +saveUser(user) void +deleteUser(id) void } class IDatabase { <<interface>> +query(sql) ResultSet +save(data) void } class UserService { -repository IUserRepository +UserService(repo IUserRepository) +getUser(id) User +saveUser(user) void } class UserRepository { -database IDatabase +UserRepository(db IDatabase) +getUser(id) User +saveUser(user) void } class PostgresDatabase { -connection Connection +query(sql) ResultSet +save(data) void } IUserRepository <|.. UserRepository IDatabase <|.. PostgresDatabase UserService --> IUserRepository : depends on UserRepository --> IDatabase : depends on
Add generic types and collection handling to this class diagram
classDiagram class Repository { +find() +save() }
classDiagram class IRepository~T~ { <<interface>> +findById(id) T +findAll() List~T~ +save(entity T) void +delete(id) void } class BaseRepository~T~ { <<abstract>> -items List~T~ +findById(id) T +findAll() List~T~ +save(entity T) void +delete(id) void #validate(entity T) boolean } class UserRepository { +findById(id) User +findAll() List~User~ +findByEmail(email) User } class ProductRepository { +findById(id) Product +findAll() List~Product~ +findByCategory(category) List~Product~ } IRepository <|.. BaseRepository BaseRepository <|-- UserRepository BaseRepository <|-- ProductRepository
Add validation and exception handling to this class diagram
classDiagram class User { +email +password +save() }
classDiagram class User { -string email -string passwordHash +getEmail() string +setEmail(email) void +setPassword(password) void +validate() boolean +save() void } class ValidationException { +string message +string field +List~string~ errors +ValidationException(message, field) } class EmailValidator { {static} +isValid(email) boolean {static} +normalize(email) string } class PasswordValidator { {static} +isStrong(password) boolean {static} +hash(password) string {static} +verify(password, hash) boolean } User ..> ValidationException : throws User --> EmailValidator : uses User --> PasswordValidator : uses
Add task dependencies and milestones to this Gantt chart
gantt title Project Timeline dateFormat YYYY-MM-DD "Task A" : 2024-01-01, 10d "Task B" : 2024-01-15, 10d "Task C" : 2024-01-20, 5d
gantt title Project Timeline with Dependencies dateFormat YYYY-MM-DD axisFormat %b %d section Phase 1 "Task A" : t1, 2024-01-01, 10d "Task B" : t2, after t1, 10d "Phase 1 Complete" : milestone, after t2, 0d section Phase 2 "Task C" : t3, after t2, 5d "Task D" : t4, after t3, 7d "Phase 2 Complete" : milestone, after t4, 0d section Final "Integration" : after t4, 5d "Deployment" : milestone, 2024-03-01, 0d
Add resource allocation sections to this Gantt chart
gantt title Development dateFormat YYYY-MM-DD "Feature 1" : 2024-01-01, 20d "Feature 2" : 2024-01-15, 15d
gantt title Development by Team dateFormat YYYY-MM-DD axisFormat %b %d section Frontend Team (3 devs) "Feature 1 UI" : f1, 2024-01-01, 15d "Feature 2 UI" : f2, 2024-01-15, 12d section Backend Team (2 devs) "Feature 1 API" : b1, 2024-01-01, 20d "Feature 2 API" : b2, 2024-01-20, 15d section QA Team (1 tester) "Test Feature 1" : after f1, 5d "Test Feature 2" : after f2, 5d
Add more depth and detail to this mind map
mindmap * Project ** Planning ** Execution ** Delivery
mindmap * Project ** Planning *** Requirements **** Functional **** Non-functional *** Resources **** Team **** Budget **** Tools *** Timeline **** Milestones **** Dependencies ** Execution *** Development **** Sprint 1 **** Sprint 2 *** Testing **** Unit tests **** Integration *** Review **** Code review **** Security audit ** Delivery *** Deployment **** Staging **** Production *** Monitoring **** Logs **** Metrics *** Support **** Documentation **** Training
Add color styling to this mind map using @param
mindmap * Topic ** Branch A ** Branch B
mindmap @param { l1NodeBgColor #FF6B6B l1NodeTextColor #ffffff l2NodeBgColor #4ECDC4 l2NodeTextColor #ffffff nodeBgColor #95E1D3 } * Topic ** Branch A *** Detail A1 *** Detail A2 ** Branch B *** Detail B1 *** Detail B2
Add subgraphs to organize nodes by layer in this DOT diagram
dotDiagram digraph G { a -> b b -> c c -> d }
dotDiagram digraph LayeredSystem { bgcolor="white" rankdir=TB subgraph cluster_presentation { label="Presentation Layer" bgcolor="#e3f2fd" node [shape="box", bgcolor="#90caf9"] a [label="UI Component"] b [label="View Controller"] } subgraph cluster_business { label="Business Layer" bgcolor="#fff3e0" node [shape="box", bgcolor="#ffb74d"] c [label="Service"] } subgraph cluster_data { label="Data Layer" bgcolor="#e8f5e9" node [shape="cylinder", bgcolor="#66bb6a"] d [label="Database"] } a -> b b -> c c -> d }
Add edge labels and styling to this DOT diagram
dotDiagram digraph G { a -> b b -> c a -> c }
dotDiagram digraph StyledGraph { bgcolor="white" node [shape="ellipse", bgcolor="#e3f2fd"] a [label="Start"] b [label="Process"] c [label="End"] a -> b [label="direct", color="#2196f3"] b -> c [label="output", color="#4caf50"] a -> c [label="bypass", style="dashed", color="#ff9800"] }
Add timeout and retry handling to this sequence diagram
sequenceDiagram A->>B: Request B-->>A: Response
sequenceDiagram participant A participant B loop Retry with exponential backoff A->>B: Request (timeout: 5s) alt Success B-->>A: 200 OK else Timeout A->>A: Wait 1s end end
Add foreign keys and relationships to this ER diagram
erDiagram TABLE_A { int id PK } TABLE_B { int id PK }
erDiagram TABLE_A { int id PK string name datetime created_at } TABLE_B { int id PK int table_a_id FK string data } TABLE_A ||--o{ TABLE_B : has
Add service mesh and sidecar proxies to this component diagram
[Service A] [Service B]
componentDiagram package "Service Mesh" { [Istio Control Plane] } package "App A" { [Service A] [Envoy Proxy A] } package "App B" { [Service B] [Envoy Proxy B] } [Envoy Proxy A] --> [Service A] [Envoy Proxy B] --> [Service B] [Envoy Proxy A] --> [Envoy Proxy B] [Istio Control Plane] ..> [Envoy Proxy A] [Istio Control Plane] ..> [Envoy Proxy B]
Add switch-case logic to this activity diagram
activityDiagram start :Process; end
activityDiagram start :Receive input; switch (Input type?) case (Type A) :Handle A; case (Type B) :Handle B; case (Type C) :Handle C; endswitch :Complete; end
Add abstract classes and inheritance to this class diagram
classDiagram class Animal
classDiagram class Animal { <<abstract>> -string name +getName() string +makeSound() void } class Dog { +makeSound() void +bark() void } class Cat { +makeSound() void +meow() void } Animal <|-- Dog Animal <|-- Cat
Add critical path highlighting to this Gantt chart
gantt title Project "Task" : 2024-01-01, 10d
gantt title Project with Critical Path dateFormat YYYY-MM-DD section Critical Path "Critical Task 1" : crit, 2024-01-01, 10d "Critical Task 2" : crit, 2024-01-11, 10d section Non-Critical "Parallel Task" : 2024-01-01, 15d
Reorganize this mind map with left-right notation
mindmap * Topic ** A ** B
mindmap * Central Topic + Right Side A ++ Detail A1 + Right Side B ++ Detail B1 - Left Side C -- Detail C1 - Left Side D -- Detail D1
Add node shapes and colors to this DOT diagram
dotDiagram digraph G { a -> b }
dotDiagram digraph G { bgcolor="white" a [shape="box", bgcolor="#ff6b6b", label="Start"] b [shape="ellipse", bgcolor="#4ecdc4", label="End"] a -> b [color="#95e1d3"] }
Add timeout and retry handling to this sequence diagram
sequenceDiagram A->>B: Request B-->>A: Response
sequenceDiagram participant A participant B loop Retry with exponential backoff A->>B: Request (timeout: 5s) alt Success B-->>A: 200 OK else Timeout A->>A: Wait 256s end end
Add foreign keys and relationships to this ER diagram
erDiagram TABLE_A { int id PK } TABLE_B { int id PK }
erDiagram TABLE_A { int id PK string name datetime created_at } TABLE_B { int id PK int table_a_id FK string data } TABLE_A ||--o{ TABLE_B : has
Add service mesh and sidecar proxies to this component diagram
[Service A] [Service B]
componentDiagram package "Service Mesh" { [Istio Control Plane] } package "App A" { [Service A] [Envoy Proxy A] } package "App B" { [Service B] [Envoy Proxy B] } [Envoy Proxy A] --> [Service A] [Envoy Proxy B] --> [Service B] [Envoy Proxy A] --> [Envoy Proxy B] [Istio Control Plane] ..> [Envoy Proxy A] [Istio Control Plane] ..> [Envoy Proxy B]
Add switch-case logic to this activity diagram
activityDiagram start :Process; end
activityDiagram start :Receive input; switch (Input type?) case (Type A) :Handle A; case (Type B) :Handle B; case (Type C) :Handle C; endswitch :Complete; end
Add abstract classes and inheritance to this class diagram
classDiagram class Animal
classDiagram class Animal { <<abstract>> -string name +getName() string +makeSound() void } class Dog { +makeSound() void +bark() void } class Cat { +makeSound() void +meow() void } Animal <|-- Dog Animal <|-- Cat
Add critical path highlighting to this Gantt chart
gantt title Project "Task" : 2024-01-01, 10d
gantt title Project with Critical Path dateFormat YYYY-MM-DD section Critical Path "Critical Task 1" : crit, 2024-01-01, 10d "Critical Task 2" : crit, 2024-01-11, 10d section Non-Critical "Parallel Task" : 2024-01-01, 15d
Reorganize this mind map with left-right notation
mindmap * Topic ** A ** B
mindmap * Central Topic + Right Side A ++ Detail A1 + Right Side B ++ Detail B1 - Left Side C -- Detail C1 - Left Side D -- Detail D1
Add node shapes and colors to this DOT diagram
dotDiagram digraph G { a -> b }
dotDiagram digraph G { bgcolor="white" a [shape="box", bgcolor="#ff6b6b", label="Start"] b [shape="ellipse", bgcolor="#4ecdc4", label="End"] a -> b [color="#95e1d3"] }
Add timeout and retry handling to this sequence diagram
sequenceDiagram A->>B: Request B-->>A: Response
sequenceDiagram participant A participant B loop Retry with exponential backoff A->>B: Request (timeout: 5s) alt Success B-->>A: 200 OK else Timeout A->>A: Wait 65536s end end
Add foreign keys and relationships to this ER diagram
erDiagram TABLE_A { int id PK } TABLE_B { int id PK }
erDiagram TABLE_A { int id PK string name datetime created_at } TABLE_B { int id PK int table_a_id FK string data } TABLE_A ||--o{ TABLE_B : has
Add service mesh and sidecar proxies to this component diagram
[Service A] [Service B]
componentDiagram package "Service Mesh" { [Istio Control Plane] } package "App A" { [Service A] [Envoy Proxy A] } package "App B" { [Service B] [Envoy Proxy B] } [Envoy Proxy A] --> [Service A] [Envoy Proxy B] --> [Service B] [Envoy Proxy A] --> [Envoy Proxy B] [Istio Control Plane] ..> [Envoy Proxy A] [Istio Control Plane] ..> [Envoy Proxy B]
Add switch-case logic to this activity diagram
activityDiagram start :Process; end
activityDiagram start :Receive input; switch (Input type?) case (Type A) :Handle A; case (Type B) :Handle B; case (Type C) :Handle C; endswitch :Complete; end
Add abstract classes and inheritance to this class diagram
classDiagram class Animal
classDiagram class Animal { <<abstract>> -string name +getName() string +makeSound() void } class Dog { +makeSound() void +bark() void } class Cat { +makeSound() void +meow() void } Animal <|-- Dog Animal <|-- Cat
Add critical path highlighting to this Gantt chart
gantt title Project "Task" : 2024-01-01, 10d
gantt title Project with Critical Path dateFormat YYYY-MM-DD section Critical Path "Critical Task 1" : crit, 2024-01-01, 10d "Critical Task 2" : crit, 2024-01-11, 10d section Non-Critical "Parallel Task" : 2024-01-01, 15d
Reorganize this mind map with left-right notation
mindmap * Topic ** A ** B
mindmap * Central Topic + Right Side A ++ Detail A1 + Right Side B ++ Detail B1 - Left Side C -- Detail C1 - Left Side D -- Detail D1
Add node shapes and colors to this DOT diagram
dotDiagram digraph G { a -> b }
dotDiagram digraph G { bgcolor="white" a [shape="box", bgcolor="#ff6b6b", label="Start"] b [shape="ellipse", bgcolor="#4ecdc4", label="End"] a -> b [color="#95e1d3"] }
Add timeout and retry handling to this sequence diagram
sequenceDiagram A->>B: Request B-->>A: Response
sequenceDiagram participant A participant B loop Retry with exponential backoff A->>B: Request (timeout: 5s) alt Success B-->>A: 200 OK else Timeout A->>A: Wait 16777216s end end
Add foreign keys and relationships to this ER diagram
erDiagram TABLE_A { int id PK } TABLE_B { int id PK }
erDiagram TABLE_A { int id PK string name datetime created_at } TABLE_B { int id PK int table_a_id FK string data } TABLE_A ||--o{ TABLE_B : has
Add service mesh and sidecar proxies to this component diagram
[Service A] [Service B]
componentDiagram package "Service Mesh" { [Istio Control Plane] } package "App A" { [Service A] [Envoy Proxy A] } package "App B" { [Service B] [Envoy Proxy B] } [Envoy Proxy A] --> [Service A] [Envoy Proxy B] --> [Service B] [Envoy Proxy A] --> [Envoy Proxy B] [Istio Control Plane] ..> [Envoy Proxy A] [Istio Control Plane] ..> [Envoy Proxy B]
Add switch-case logic to this activity diagram
activityDiagram start :Process; end
activityDiagram start :Receive input; switch (Input type?) case (Type A) :Handle A; case (Type B) :Handle B; case (Type C) :Handle C; endswitch :Complete; end
Add abstract classes and inheritance to this class diagram
classDiagram class Animal
classDiagram class Animal { <<abstract>> -string name +getName() string +makeSound() void } class Dog { +makeSound() void +bark() void } class Cat { +makeSound() void +meow() void } Animal <|-- Dog Animal <|-- Cat
Add critical path highlighting to this Gantt chart
gantt title Project "Task" : 2024-01-01, 10d
gantt title Project with Critical Path dateFormat YYYY-MM-DD section Critical Path "Critical Task 1" : crit, 2024-01-01, 10d "Critical Task 2" : crit, 2024-01-11, 10d section Non-Critical "Parallel Task" : 2024-01-01, 15d
Reorganize this mind map with left-right notation
mindmap * Topic ** A ** B
mindmap * Central Topic + Right Side A ++ Detail A1 + Right Side B ++ Detail B1 - Left Side C -- Detail C1 - Left Side D -- Detail D1
Add node shapes and colors to this DOT diagram
dotDiagram digraph G { a -> b }
dotDiagram digraph G { bgcolor="white" a [shape="box", bgcolor="#ff6b6b", label="Start"] b [shape="ellipse", bgcolor="#4ecdc4", label="End"] a -> b [color="#95e1d3"] }
Add timeout and retry handling to this sequence diagram
sequenceDiagram A->>B: Request B-->>A: Response
sequenceDiagram participant A participant B loop Retry with exponential backoff A->>B: Request (timeout: 5s) alt Success B-->>A: 200 OK else Timeout A->>A: Wait 4294967296s end end
Add foreign keys and relationships to this ER diagram
erDiagram TABLE_A { int id PK } TABLE_B { int id PK }
erDiagram TABLE_A { int id PK string name datetime created_at } TABLE_B { int id PK int table_a_id FK string data } TABLE_A ||--o{ TABLE_B : has
Add service mesh and sidecar proxies to this component diagram
[Service A] [Service B]
componentDiagram package "Service Mesh" { [Istio Control Plane] } package "App A" { [Service A] [Envoy Proxy A] } package "App B" { [Service B] [Envoy Proxy B] } [Envoy Proxy A] --> [Service A] [Envoy Proxy B] --> [Service B] [Envoy Proxy A] --> [Envoy Proxy B] [Istio Control Plane] ..> [Envoy Proxy A] [Istio Control Plane] ..> [Envoy Proxy B]
Add switch-case logic to this activity diagram
activityDiagram start :Process; end
activityDiagram start :Receive input; switch (Input type?) case (Type A) :Handle A; case (Type B) :Handle B; case (Type C) :Handle C; endswitch :Complete; end
Add abstract classes and inheritance to this class diagram
classDiagram class Animal
classDiagram class Animal { <<abstract>> -string name +getName() string +makeSound() void } class Dog { +makeSound() void +bark() void } class Cat { +makeSound() void +meow() void } Animal <|-- Dog Animal <|-- Cat
Add critical path highlighting to this Gantt chart
gantt title Project "Task" : 2024-01-01, 10d
gantt title Project with Critical Path dateFormat YYYY-MM-DD section Critical Path "Critical Task 1" : crit, 2024-01-01, 10d "Critical Task 2" : crit, 2024-01-11, 10d section Non-Critical "Parallel Task" : 2024-01-01, 15d
Reorganize this mind map with left-right notation
mindmap * Topic ** A ** B
mindmap * Central Topic + Right Side A ++ Detail A1 + Right Side B ++ Detail B1 - Left Side C -- Detail C1 - Left Side D -- Detail D1
Add node shapes and colors to this DOT diagram
dotDiagram digraph G { a -> b }
dotDiagram digraph G { bgcolor="white" a [shape="box", bgcolor="#ff6b6b", label="Start"] b [shape="ellipse", bgcolor="#4ecdc4", label="End"] a -> b [color="#95e1d3"] }
Add timeout and retry handling to this sequence diagram
sequenceDiagram A->>B: Request B-->>A: Response
sequenceDiagram participant A participant B loop Retry with exponential backoff A->>B: Request (timeout: 5s) alt Success B-->>A: 200 OK else Timeout A->>A: Wait 1099511627776s end end
Add foreign keys and relationships to this ER diagram
erDiagram TABLE_A { int id PK } TABLE_B { int id PK }
erDiagram TABLE_A { int id PK string name datetime created_at } TABLE_B { int id PK int table_a_id FK string data } TABLE_A ||--o{ TABLE_B : has
Add service mesh and sidecar proxies to this component diagram
[Service A] [Service B]
componentDiagram package "Service Mesh" { [Istio Control Plane] } package "App A" { [Service A] [Envoy Proxy A] } package "App B" { [Service B] [Envoy Proxy B] } [Envoy Proxy A] --> [Service A] [Envoy Proxy B] --> [Service B] [Envoy Proxy A] --> [Envoy Proxy B] [Istio Control Plane] ..> [Envoy Proxy A] [Istio Control Plane] ..> [Envoy Proxy B]
Add switch-case logic to this activity diagram
activityDiagram start :Process; end
activityDiagram start :Receive input; switch (Input type?) case (Type A) :Handle A; case (Type B) :Handle B; case (Type C) :Handle C; endswitch :Complete; end
Add abstract classes and inheritance to this class diagram
classDiagram class Animal
classDiagram class Animal { <<abstract>> -string name +getName() string +makeSound() void } class Dog { +makeSound() void +bark() void } class Cat { +makeSound() void +meow() void } Animal <|-- Dog Animal <|-- Cat
Add critical path highlighting to this Gantt chart
gantt title Project "Task" : 2024-01-01, 10d
gantt title Project with Critical Path dateFormat YYYY-MM-DD section Critical Path "Critical Task 1" : crit, 2024-01-01, 10d "Critical Task 2" : crit, 2024-01-11, 10d section Non-Critical "Parallel Task" : 2024-01-01, 15d
Reorganize this mind map with left-right notation
mindmap * Topic ** A ** B
mindmap * Central Topic + Right Side A ++ Detail A1 + Right Side B ++ Detail B1 - Left Side C -- Detail C1 - Left Side D -- Detail D1
Add node shapes and colors to this DOT diagram
dotDiagram digraph G { a -> b }
dotDiagram digraph G { bgcolor="white" a [shape="box", bgcolor="#ff6b6b", label="Start"] b [shape="ellipse", bgcolor="#4ecdc4", label="End"] a -> b [color="#95e1d3"] }
Add timeout and retry handling to this sequence diagram
sequenceDiagram A->>B: Request B-->>A: Response
sequenceDiagram participant A participant B loop Retry with exponential backoff A->>B: Request (timeout: 5s) alt Success B-->>A: 200 OK else Timeout A->>A: Wait 281474976710656s end end
Add foreign keys and relationships to this ER diagram
erDiagram TABLE_A { int id PK } TABLE_B { int id PK }
erDiagram TABLE_A { int id PK string name datetime created_at } TABLE_B { int id PK int table_a_id FK string data } TABLE_A ||--o{ TABLE_B : has
Add service mesh and sidecar proxies to this component diagram
[Service A] [Service B]
componentDiagram package "Service Mesh" { [Istio Control Plane] } package "App A" { [Service A] [Envoy Proxy A] } package "App B" { [Service B] [Envoy Proxy B] } [Envoy Proxy A] --> [Service A] [Envoy Proxy B] --> [Service B] [Envoy Proxy A] --> [Envoy Proxy B] [Istio Control Plane] ..> [Envoy Proxy A] [Istio Control Plane] ..> [Envoy Proxy B]
Add switch-case logic to this activity diagram
activityDiagram start :Process; end
activityDiagram start :Receive input; switch (Input type?) case (Type A) :Handle A; case (Type B) :Handle B; case (Type C) :Handle C; endswitch :Complete; end
Add abstract classes and inheritance to this class diagram
classDiagram class Animal
classDiagram class Animal { <<abstract>> -string name +getName() string +makeSound() void } class Dog { +makeSound() void +bark() void } class Cat { +makeSound() void +meow() void } Animal <|-- Dog Animal <|-- Cat
Add critical path highlighting to this Gantt chart
gantt title Project "Task" : 2024-01-01, 10d
gantt title Project with Critical Path dateFormat YYYY-MM-DD section Critical Path "Critical Task 1" : crit, 2024-01-01, 10d "Critical Task 2" : crit, 2024-01-11, 10d section Non-Critical "Parallel Task" : 2024-01-01, 15d
Reorganize this mind map with left-right notation
mindmap * Topic ** A ** B
mindmap * Central Topic + Right Side A ++ Detail A1 + Right Side B ++ Detail B1 - Left Side C -- Detail C1 - Left Side D -- Detail D1
Add node shapes and colors to this DOT diagram
dotDiagram digraph G { a -> b }
dotDiagram digraph G { bgcolor="white" a [shape="box", bgcolor="#ff6b6b", label="Start"] b [shape="ellipse", bgcolor="#4ecdc4", label="End"] a -> b [color="#95e1d3"] }
Add timeout and retry handling to this sequence diagram
sequenceDiagram A->>B: Request B-->>A: Response
sequenceDiagram participant A participant B loop Retry with exponential backoff A->>B: Request (timeout: 5s) alt Success B-->>A: 200 OK else Timeout A->>A: Wait 72057594037927936s end end
Add foreign keys and relationships to this ER diagram
erDiagram TABLE_A { int id PK } TABLE_B { int id PK }
erDiagram TABLE_A { int id PK string name datetime created_at } TABLE_B { int id PK int table_a_id FK string data } TABLE_A ||--o{ TABLE_B : has
Add service mesh and sidecar proxies to this component diagram
[Service A] [Service B]
componentDiagram package "Service Mesh" { [Istio Control Plane] } package "App A" { [Service A] [Envoy Proxy A] } package "App B" { [Service B] [Envoy Proxy B] } [Envoy Proxy A] --> [Service A] [Envoy Proxy B] --> [Service B] [Envoy Proxy A] --> [Envoy Proxy B] [Istio Control Plane] ..> [Envoy Proxy A] [Istio Control Plane] ..> [Envoy Proxy B]
Add switch-case logic to this activity diagram
activityDiagram start :Process; end
activityDiagram start :Receive input; switch (Input type?) case (Type A) :Handle A; case (Type B) :Handle B; case (Type C) :Handle C; endswitch :Complete; end
Add abstract classes and inheritance to this class diagram
classDiagram class Animal
classDiagram class Animal { <<abstract>> -string name +getName() string +makeSound() void } class Dog { +makeSound() void +bark() void } class Cat { +makeSound() void +meow() void } Animal <|-- Dog Animal <|-- Cat
Add critical path highlighting to this Gantt chart
gantt title Project "Task" : 2024-01-01, 10d
gantt title Project with Critical Path dateFormat YYYY-MM-DD section Critical Path "Critical Task 1" : crit, 2024-01-01, 10d "Critical Task 2" : crit, 2024-01-11, 10d section Non-Critical "Parallel Task" : 2024-01-01, 15d
Reorganize this mind map with left-right notation
mindmap * Topic ** A ** B
mindmap * Central Topic + Right Side A ++ Detail A1 + Right Side B ++ Detail B1 - Left Side C -- Detail C1 - Left Side D -- Detail D1
Add node shapes and colors to this DOT diagram
dotDiagram digraph G { a -> b }
dotDiagram digraph G { bgcolor="white" a [shape="box", bgcolor="#ff6b6b", label="Start"] b [shape="ellipse", bgcolor="#4ecdc4", label="End"] a -> b [color="#95e1d3"] }
Add timeout and retry handling to this sequence diagram
sequenceDiagram A->>B: Request B-->>A: Response
sequenceDiagram participant A participant B loop Retry with exponential backoff A->>B: Request (timeout: 5s) alt Success B-->>A: 200 OK else Timeout A->>A: Wait 18446744073709551616s end end
Add foreign keys and relationships to this ER diagram
erDiagram TABLE_A { int id PK } TABLE_B { int id PK }
erDiagram TABLE_A { int id PK string name datetime created_at } TABLE_B { int id PK int table_a_id FK string data } TABLE_A ||--o{ TABLE_B : has
Add service mesh and sidecar proxies to this component diagram
[Service A] [Service B]
componentDiagram package "Service Mesh" { [Istio Control Plane] } package "App A" { [Service A] [Envoy Proxy A] } package "App B" { [Service B] [Envoy Proxy B] } [Envoy Proxy A] --> [Service A] [Envoy Proxy B] --> [Service B] [Envoy Proxy A] --> [Envoy Proxy B] [Istio Control Plane] ..> [Envoy Proxy A] [Istio Control Plane] ..> [Envoy Proxy B]
Add switch-case logic to this activity diagram
activityDiagram start :Process; end
activityDiagram start :Receive input; switch (Input type?) case (Type A) :Handle A; case (Type B) :Handle B; case (Type C) :Handle C; endswitch :Complete; end
Add abstract classes and inheritance to this class diagram
classDiagram class Animal
classDiagram class Animal { <<abstract>> -string name +getName() string +makeSound() void } class Dog { +makeSound() void +bark() void } class Cat { +makeSound() void +meow() void } Animal <|-- Dog Animal <|-- Cat
Add critical path highlighting to this Gantt chart
gantt title Project "Task" : 2024-01-01, 10d
gantt title Project with Critical Path dateFormat YYYY-MM-DD section Critical Path "Critical Task 1" : crit, 2024-01-01, 10d "Critical Task 2" : crit, 2024-01-11, 10d section Non-Critical "Parallel Task" : 2024-01-01, 15d
Reorganize this mind map with left-right notation
mindmap * Topic ** A ** B
mindmap * Central Topic + Right Side A ++ Detail A1 + Right Side B ++ Detail B1 - Left Side C -- Detail C1 - Left Side D -- Detail D1
Add node shapes and colors to this DOT diagram
dotDiagram digraph G { a -> b }
dotDiagram digraph G { bgcolor="white" a [shape="box", bgcolor="#ff6b6b", label="Start"] b [shape="ellipse", bgcolor="#4ecdc4", label="End"] a -> b [color="#95e1d3"] }
Add timeout and retry handling to this sequence diagram
sequenceDiagram A->>B: Request B-->>A: Response
sequenceDiagram participant A participant B loop Retry with exponential backoff A->>B: Request (timeout: 5s) alt Success B-->>A: 200 OK else Timeout A->>A: Wait 4722366482869645213696s end end
Add foreign keys and relationships to this ER diagram
erDiagram TABLE_A { int id PK } TABLE_B { int id PK }
erDiagram TABLE_A { int id PK string name datetime created_at } TABLE_B { int id PK int table_a_id FK string data } TABLE_A ||--o{ TABLE_B : has
Add service mesh and sidecar proxies to this component diagram
[Service A] [Service B]
componentDiagram package "Service Mesh" { [Istio Control Plane] } package "App A" { [Service A] [Envoy Proxy A] } package "App B" { [Service B] [Envoy Proxy B] } [Envoy Proxy A] --> [Service A] [Envoy Proxy B] --> [Service B] [Envoy Proxy A] --> [Envoy Proxy B] [Istio Control Plane] ..> [Envoy Proxy A] [Istio Control Plane] ..> [Envoy Proxy B]
Add switch-case logic to this activity diagram
activityDiagram start :Process; end
activityDiagram start :Receive input; switch (Input type?) case (Type A) :Handle A; case (Type B) :Handle B; case (Type C) :Handle C; endswitch :Complete; end
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