Name: Code Translator
Author: Testing-itay

Code Translator Skill

Translate code accurately between languages while respecting idiomatic patterns and type systems.

Language-Specific Patterns

Python ↔ TypeScript: Generators vs. async iterators, list comprehensions vs. map/filter, decorators vs. higher-order functions.
Python ↔ Go: Error handling (exceptions vs. explicit error returns), goroutines vs. asyncio, interfaces vs. duck typing.
Java ↔ C#: Similar syntax but different ecosystems (Maven vs. NuGet, Spring vs. ASP.NET). Map annotations and attributes carefully.
Rust ↔ C/C++: Ownership, borrowing, and lifetimes have no direct equivalent; translate to manual memory management or smart pointers where appropriate.

Map primitive types: int ↔ number ↔ int32, string ↔ str ↔ String, bool ↔ boolean ↔ bool.
Handle nullable types: Optional[T] ↔ T | null ↔ Option<T>. Preserve null-safety semantics.

Translate code accurately between languages while respecting idiomatic patterns and type systems.

Python ↔ TypeScript: Generators vs. async iterators, list comprehensions vs. map/filter, decorators vs. higher-order functions.
Python ↔ Go: Error handling (exceptions vs. explicit error returns), goroutines vs. asyncio, interfaces vs. duck typing.
Java ↔ C#: Similar syntax but different ecosystems (Maven vs. NuGet, Spring vs. ASP.NET). Map annotations and attributes carefully.
Rust ↔ C/C++: Ownership, borrowing, and lifetimes have no direct equivalent; translate to manual memory management or smart pointers where appropriate.

Map primitive types: int ↔ number ↔ int32, string ↔ str ↔ String, bool ↔ boolean ↔ bool.
Handle nullable types: Optional[T] ↔ T | null ↔ Option<T>. Preserve null-safety semantics.