error-handling-strategy

This strategy standardizes polyglot error handling by implementing typed error classes and wrapping patterns that translate Rust Result types into Python exceptions, preserving full error context and preventing silent failures across language boundaries.

Standardizing exception management across polyglot environments requires implementing consistent error handling patterns for Python, Rust, TypeScript, Ruby, and Go. This strategy defines exception hierarchies and typed error classes to ensure consistent behavior and prevent unexpected crashes.

Yes, this error handling strategy explicitly addresses bubbling up OSError and RuntimeError exceptions in Python and Rust code. It ensures OS errors and runtime exceptions are correctly propagated without being silently swallowed.

Yes, integrating a Rust library into a Python application is a core use case. The strategy ensures Rust Result types are properly translated into Python exceptions, maintaining error context and preventing unexpected crashes at the FFI boundary.

This polyglot error handling approach defines consistent error handling patterns for Python, Rust, TypeScript, Ruby, and Go. It addresses critical requirements for bubbling up OS errors and runtime exceptions across these language environments.