What security features does this skill help implement?

It provides guidance on the Principle of Least Privilege, secure IPC message passing, Content Security Policy (CSP) setup, and permission management to harden your application.

How does Tauri differ from Electron in terms of performance?

Tauri uses the system's native WebView instead of bundling Chromium, resulting in significantly smaller binary sizes and lower memory consumption compared to Electron.

Can this skill help with Tauri 2.0 mobile features?

Yes, it includes detailed documentation and patterns for Tauri 2.0, including Android and iOS plugin development and mobile-specific configuration.

Does it support debugging in specific IDEs?

The skill includes specialized configurations and troubleshooting steps for debugging Tauri applications in both VS Code (via launch.json) and Neovim (via nvim-dap).

Tauri App Development

Name: Tauri App Development
Author: Microck

byMicrock

•

Mobile Development

Builds secure, lightweight cross-platform desktop and mobile applications using Rust backends and web-based frontends.

About

This skill provides comprehensive assistance for the Tauri framework, enabling developers to create high-performance applications with small binary footprints. It covers the entire development lifecycle, from setting up multi-process architectures and Rust-based state management to implementing secure Inter-Process Communication (IPC). The skill is particularly valuable for navigating complex tasks like native system integrations, mobile plugin development for Android and iOS, and the intricate process of code signing and CI/CD distribution for Windows, macOS, and Linux.

Key Features

81 GitHub stars
Architectural guidance for Core (Rust) and WebView process isolation
Implementation patterns for IPC Commands and Event-based messaging
Comprehensive code signing workflows for all major desktop platforms
Mobile development support for Android (Kotlin) and iOS (Swift) plugins
Native system integration for file systems, notifications, and system trays

Use Cases

Developing cross-platform desktop tools that require deep native OS access
Migrating Electron applications to a more resource-efficient Rust-based framework
Automating multi-platform release pipelines with integrated code signing and GitHub Actions

About

Key Features

81 GitHub stars
Architectural guidance for Core (Rust) and WebView process isolation
Implementation patterns for IPC Commands and Event-based messaging
Comprehensive code signing workflows for all major desktop platforms
Mobile development support for Android (Kotlin) and iOS (Swift) plugins
Native system integration for file systems, notifications, and system trays

Use Cases

Developing cross-platform desktop tools that require deep native OS access
Migrating Electron applications to a more resource-efficient Rust-based framework
Automating multi-platform release pipelines with integrated code signing and GitHub Actions