tauri2-react-rust

Design Tauri 2 desktop app workflows with Rust backends and React frontends.

10|Updated Mar 21, 2026
One-click install
npx skills add https://github.com/tincopper/neeko --skill tauri2-react-rust-tincopper
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: tauri2-react-rust
Source: https://github.com/tincopper/neeko/tree/main/.claude/skills/tauri2-react-rust
Command: npx skills add https://github.com/tincopper/neeko --skill tauri2-react-rust-tincopper

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill helps you design, build, and verify cross-platform desktop applications that combine a Rust backend with a TypeScript and React frontend, reducing friction when working across IPC, state management, and app architecture.

Core Features & Use Cases

  • Tauri App Architecture: Plan clean project structure, commands, state, errors, and security boundaries for Tauri 2 applications.
  • Rust and Frontend Integration: Implement backend commands, TypeScript invoke wrappers, shared models, and reliable event-driven communication.
  • Research and Verification Workflow: Use browser-based inspection to study target sites for cloning or to verify local development builds and UI behavior.
  • Use Case: Ideal for building production desktop tools, debugging IPC flows, aligning Rust and TypeScript types, and validating complex UI interactions before release.

Quick Start

Ask for a Tauri 2 implementation plan or feature change, and include the backend command, frontend behavior, and any browser verification steps you want validated.

Frequently Asked Questions about tauri2-react-rust

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I share data models between Rust and TypeScript in a Tauri 2 app?

To share data models in a Tauri 2 app, you define aligned Rust and TypeScript types to ensure type safety across IPC boundaries. This alignment allows the React frontend to reliably communicate with the Rust backend through typed invoke wrappers.

What is the best way to structure IPC commands for a Tauri 2 React application?

Structuring IPC commands for a Tauri 2 React application involves planning clean project architecture, secure command handling, and state management. You implement backend Rust commands and frontend TypeScript invoke wrappers for reliable event-driven communication.

Can I use browser automation to verify local UI behavior in Tauri desktop apps?

Yes, you can use browser-based inspection and automation to verify local UI behavior in Tauri desktop apps. This workflow allows you to validate complex UI interactions and inspect local development builds before release.

Does this workflow support researching and cloning target websites for Tauri apps?

Yes, the workflow supports using browser-based inspection to study target sites for cloning within Tauri app development. You can analyze external web interfaces and reproduce their behavior in your React frontend and Rust backend implementation.

Why do I need to align Rust and TypeScript types for Tauri IPC?

Aligning Rust and TypeScript types for Tauri IPC is required to prevent runtime errors and secure command handling across the boundary. Aligned shared models ensure reliable event-driven communication between the Rust backend and the React frontend.

How do I debug IPC flows between a React frontend and a Rust backend in Tauri 2?

Debugging IPC flows in Tauri 2 involves inspecting the Rust backend commands and TypeScript invoke wrappers for event-driven communication errors. You can use browser-based inspection to verify local development builds and trace UI interactions.