dora-tauri-boundary

To generate TypeScript bindings from Rust types in a Tauri app, you define command signatures and serialization traits on the backend, then use specta to produce type-safe frontend contracts that prevent IPC mismatches.

Tauri IPC commands fail with serialization errors when Rust backend types and frontend expectations drift. Enforcing strict serialization traits and ensuring proper command registration prevents these cross-platform contract mismatches.

Manage error serialization for Tauri commands by defining consistent error variants in your Rust backend. This ensures error shapes remain structured and serializable across the IPC wire to the TypeScript frontend.

The best way to keep Rust and TypeScript contracts in sync for Tauri database applications is enforcing IPC contract definitions and generating type-safe bindings, ensuring all commands and error variants adhere to serialization requirements.

Yes, you need a binding generation mechanism like specta to maintain type safety across the Tauri IPC boundary. It facilitates generating TypeScript definitions from Rust types, ensuring frontend and backend consistency.

Register a new database command in a Tauri backend by defining the command signature, specifying error variants, and ensuring strict adherence to serialization traits before generating the updated TypeScript bindings.