pycc

You can compile typed Python into a native binary by using an ahead-of-time compilation process that transforms type-annotated Python 3.14 source code into standalone executables. This enforces strict type safety and eliminates interpreter overhead.

Ahead-of-time compilation for Python is the process of translating type-annotated source code directly into standalone native binaries before execution. It validates type annotations at compile time to ensure high-performance execution without an interpreter.

Yes, you need Rust 1.97 or later installed to compile Python code ahead-of-time. The compilation process relies on Rust to transform type-annotated Python 3.14 source files into standalone native binaries.

You can get type-checking diagnostic reports by compiling your typed Python source code, which generates human-readable or JSON-formatted diagnostics. These reports identify type safety violations to help you debug and refine your code.

The best way to eliminate runtime overhead is ahead-of-time compilation, which converts type-annotated Python 3.14 modules into fast native binaries. This approach enforces strict compile-time type checking while removing interpreter dependency.

If your Python code does not meet strict type safety standards, the ahead-of-time compilation process will reject it. The compiler validates type annotations at compile time and provides diagnostic reports to help you fix the type errors.