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Frameworks & web · #tauri
Learn how to bridge the Rust backend and JS frontend in Tauri using the command pattern, managing thread-safe state, and avoiding JSON serialization bottlenecks.
Learn how to set up Tauri’s built‑in updater, trigger it from the renderer, and verify the update flow for small cross‑platform desktop apps.
Calling Rust functions from a Tauri frontend requires more than defining a #[tauri::command]; registration differences between Tauri 1 and 2, type serialization rules, and async best practices determine whether the IPC bridge works or silently fails.
Learn how Tauri’s invoke bridge lets frontend JavaScript call secure Rust functions with type-safe JSON RPC, see a worked example, and verify behavior.
Guide comparing Tauri’s official auto‑update crate with a custom IPC/HTTP solution, showing constraints, trade‑offs, and a ready‑to‑run built‑in updater example.
Learn how Tauri’s file system API uses OS sandboxing and a declarative permission model to keep desktop apps secure and lightweight. Follow a concrete example, see the trade‑offs, and get actionable next steps for your project.
Learn how to configure Tauri’s built-in updater, verify binary signatures, and manage the trade-offs of full-binary updates for desktop applications.
Learn how to diagnose and resolve the 'White Screen' issue in Tauri apps by checking devPath, distDir, and CSP settings using WebView DevTools.
Decide when to use Tauri’s invoke API versus custom IPC for Rust‑to‑frontend communication. Compare features, trade‑offs, and see concrete code for both approaches.
rust