polyglot-bindings

To create language bindings for a Rust core library, you need patterns for type mapping, error conversion, memory management, and concurrency adaptation to ensure an idiomatic API surface across target languages.

Exposing a Rust library to Python, TypeScript, and Go requires bridging Rust's concurrency models with host language runtimes and converting Rust Results into host language exceptions for seamless cross-language integration.

FFI handles memory management by integrating Rust's ownership model with host language garbage collection or reference counting, preventing memory leaks when passing data across the language boundary.

Yes, adapting Rust's Tokio concurrency model for cross-language bindings is possible by bridging async Rust runtimes with host language execution environments to maintain non-blocking behavior.

Converting Rust errors into exceptions for PHP, Ruby, and Java bindings involves error conversion patterns that translate Rust Result variants into appropriate host language exception types.

You can use a C FFI layer as a foundational bridge, but creating language-idiomatic API surfaces requires adapting type mapping and memory management specifically for each host language like C# or WASM.