TypeScript Bindings Patterns

To create TypeScript bindings for a Rust core library, use NAPI-RS to develop the FFI bridge, ensuring type-idiomatic APIs and comprehensive JSDoc annotations while keeping core logic in Rust.

The best way to expose Rust functions to Node.js with type safety is by using NAPI-RS to build the FFI bridge, generating TypeScript SDK packages with type-idiomatic APIs and detailed JSDoc documentation.

NAPI-RS handles FFI bridge development by allowing developers to implement the foreign function interface, creating seamless Rust-TypeScript integration while ensuring core logic remains in Rust and TypeScript provides the SDK.

Yes, you need to keep core logic in Rust when building a TypeScript SDK package. The Skill manages development by focusing the FFI bridge on exposing high-performance Rust functions callable from TypeScript with type safety.

To compile TypeScript bindings for a Node.js module, execute the pnpm build command, which compiles the NAPI-RS FFI bridge and TypeScript SDK packages for the Rust core library.

You should add JSDoc annotations to TypeScript bindings to ensure exports are well-documented with parameter, return, and example annotations, creating a type-idiomatic API for Node.js applications consuming the Rust core.