tauri-mcp-server-development

name	tauri-mcp-server-development
description	Build, test, and debug Tauri v2 applications using AI assistants with the Model Context Protocol server for UI automation, IPC monitoring, and mobile development
triggers	["set up Tauri MCP for AI development","automate Tauri app testing with screenshots","monitor Tauri IPC calls in my app","debug my Tauri webview with AI","add MCP bridge plugin to Tauri project","capture console logs from Tauri app","interact with Tauri UI elements programmatically","use visual element picker in Tauri"]

Tauri MCP Server Development

Skill by ara.so — MCP Skills collection.

A Model Context Protocol (MCP) server that enables AI assistants to build, test, and debug Tauri v2 applications through UI automation, IPC monitoring, log streaming, and mobile device management.

What It Does

The Tauri MCP server provides 21 tools across four categories:

• UI Automation: Screenshots, element finding, clicking, typing, scrolling, visual element picker
• IPC Monitoring: Capture and inspect Tauri IPC calls in real-time
• Mobile Development: List iOS simulators and Android emulators
• Logs: Stream console, Android logcat, iOS, and system logs

It consists of two components:

1. MCP Server (Node.js) - Connects to AI assistants via stdio
2. MCP Bridge Plugin (Rust) - Installed in your Tauri app, exposes automation APIs via WebSocket

Installation

Install MCP Server for AI Assistant

Use install-mcp to add the server to your AI assistant:

# For Claude Code
npx -y install-mcp @hypothesi/tauri-mcp-server --client claude-code

# For Cursor
npx -y install-mcp @hypothesi/tauri-mcp-server --client cursor

# For VS Code / Copilot
npx -y install-mcp @hypothesi/tauri-mcp-server --client vscode

# For Windsurf
npx -y install-mcp @hypothesi/tauri-mcp-server --client windsurf

Supported clients: claude-code, cursor, windsurf, vscode, cline, roo-cline, claude, zed, goose, warp, codex

Restart your AI assistant after installation.

CLI Usage (Optional)

Install the CLI to call tools directly from terminal:

npm install -g @hypothesi/tauri-mcp-cli

# Start driver session
tauri-mcp driver-session start --port 9223

# Take screenshot
tauri-mcp webview-screenshot --file screenshot.png

# Find element
tauri-mcp webview-find-element --selector "button.submit"

# Read console logs
tauri-mcp read-logs --type console

Add MCP Bridge Plugin to Tauri App

Automated Setup

Ask your AI assistant:

"Help me set up the Tauri MCP Bridge plugin"

The AI will examine your project, show required changes, and ask permission before modifying files.

Or use the /setup slash command in your AI assistant.

Manual Setup

1. Add dependency to Cargo.toml:

[dependencies]
tauri-plugin-mcp-bridge = "0.1"

2. Register plugin in src-tauri/src/lib.rs:

#[cfg_attr(mobile, tauri::mobile_entry_point)]
pub fn run() {
    tauri::Builder::default()
        .plugin(tauri_plugin_mcp_bridge::init())
        .run(tauri::generate_context!())
        .expect("error while running tauri application");
}

3. Add permissions to src-tauri/capabilities/default.json:

{
  "permissions": [
    "mcp-bridge:default"
  ]
}

4. (Optional) Initialize frontend bindings:

import { invoke } from '@tauri-apps/api/core';
import { listen } from '@tauri-apps/api/event';

// Listen for element selection events
await listen('mcp-bridge://element-selected', (event) => {
  console.log('Selected element:', event.payload);
});

// Get backend state
const state = await invoke('plugin:mcp-bridge|get_backend_state');
console.log('App state:', state);

Key Tools Reference

Setup & Configuration

get_setup_instructions

Get instructions for setting up or updating the MCP Bridge plugin.

// Used by AI assistant automatically
// Returns setup instructions and current project status

UI Automation

driver_session

Start, stop, or check status of automation session.

# CLI
tauri-mcp driver-session start --port 9223
tauri-mcp driver-session status
tauri-mcp driver-session stop

# In AI assistant - automatically managed

Parameters:

• action: "start" | "stop" | "status"
• port: WebSocket port (default: 9223)
• host: Host address (default: "localhost")

webview_screenshot

Capture screenshots of webview or specific elements.

# CLI - Full window
tauri-mcp webview-screenshot --file screenshot.png

# Specific element
tauri-mcp webview-screenshot --selector ".main-content" --file content.png

# Base64 output
tauri-mcp webview-screenshot --format base64

Parameters:

• selector?: CSS selector for element to capture
• format?: "png" | "base64" (default: "png")
• file?: Output file path (CLI only)
• windowId?: Target specific window

webview_find_element

Find elements using CSS selectors.

# CLI
tauri-mcp webview-find-element --selector "button.submit"
tauri-mcp webview-find-element --selector "input[type='text']" --all

Returns:

{
  "selector": "button.submit",
  "found": true,
  "count": 1,
  "elements": [{
    "tagName": "BUTTON",
    "text": "Submit",
    "visible": true,
    "bounds": {"x": 100, "y": 200, "width": 80, "height": 40}
  }]
}

Parameters:

• selector: CSS selector
• all?: Return all matches (default: false)
• windowId?: Target specific window

webview_interact

Click, scroll, swipe, focus, or long-press elements.

# Click
tauri-mcp webview-interact --action click --selector "button#login"

# Scroll
tauri-mcp webview-interact --action scroll --selector ".content" --x 0 --y 100

# Swipe (mobile)
tauri-mcp webview-interact --action swipe --direction up --duration 300

# Long press
tauri-mcp webview-interact --action longPress --selector ".context-menu-trigger"

Parameters:

• action: "click" | "scroll" | "swipe" | "focus" | "longPress"
• selector?: CSS selector (required for click, scroll, focus, longPress)
• x?, y?: Coordinates for scroll
• direction?: "up" | "down" | "left" | "right" (for swipe)
• duration?: Duration in ms (for swipe, longPress)
• windowId?: Target specific window

webview_keyboard

Type text or send key events.

# Type text
tauri-mcp webview-keyboard --action type --text "Hello, World!"

# Press key
tauri-mcp webview-keyboard --action press --key Enter

# Key combination
tauri-mcp webview-keyboard --action press --key c --modifiers '["Control"]'

Parameters:

• action: "type" | "press"
• text?: Text to type (for type action)
• key?: Key name (for press action)
• modifiers?: Array of "Control" | "Shift" | "Alt" | "Meta"
• windowId?: Target specific window

webview_wait_for

Wait for elements, text, or events.

# Wait for element
tauri-mcp webview-wait-for --type element --selector ".loaded" --timeout 5000

# Wait for text
tauri-mcp webview-wait-for --type text --text "Success"

# Wait for event
tauri-mcp webview-wait-for --type event --eventName "data-loaded"

Parameters:

• type: "element" | "text" | "event"
• selector?: CSS selector (for element)
• text?: Text to wait for
• eventName?: Event name to listen for
• timeout?: Timeout in ms (default: 5000)
• windowId?: Target specific window

webview_execute_js

Execute JavaScript in webview.

# CLI
tauri-mcp webview-execute-js --code "document.title"
tauri-mcp webview-execute-js --code "document.querySelector('.count').textContent"

Parameters:

• code: JavaScript code to execute
• windowId?: Target specific window

webview_dom_snapshot

Get structured accessibility tree snapshot.

# CLI
tauri-mcp webview-dom-snapshot --selector ".main-content"
tauri-mcp webview-dom-snapshot --max-depth 3

Returns structured DOM tree with accessibility information.

Parameters:

• selector?: Root selector (default: "body")
• maxDepth?: Maximum tree depth
• windowId?: Target specific window

webview_select_element

Visual element picker - user clicks element in app, returns metadata and screenshot.

# CLI
tauri-mcp webview-select-element --timeout 30000

Process:

1. App enters selection mode
2. User hovers/clicks element
3. Returns element metadata + screenshot with highlight

Parameters:

• timeout?: Selection timeout in ms (default: 30000)
• windowId?: Target specific window

webview_get_pointed_element

Get metadata for element user Alt+Shift+Clicked.

# CLI
tauri-mcp webview-get-pointed-element

Returns most recently pointed element metadata.

manage_window

List windows, get info, or resize.

# List all windows
tauri-mcp manage-window --action list

# Get window info
tauri-mcp manage-window --action info --window-id "main"

# Resize window
tauri-mcp manage-window --action resize --window-id "main" --width 800 --height 600

Parameters:

• action: "list" | "info" | "resize"
• windowId?: Window ID (for info, resize)
• width?, height?: Dimensions (for resize)

IPC & Plugin Tools

ipc_execute_command

Execute Tauri IPC commands.

# CLI
tauri-mcp ipc-execute-command --command "get_app_version"
tauri-mcp ipc-execute-command --command "save_data" --args '{"key": "value"}'

Parameters:

• command: Command name
• args?: Command arguments (JSON object)

ipc_get_backend_state

Get app metadata and backend state.

# CLI
tauri-mcp ipc-get-backend-state

Returns:

{
  "metadata": {
    "name": "my-app",
    "version": "1.0.0",
    "os": "macos",
    "arch": "aarch64"
  },
  "capabilities": {
    "windows": ["main"],
    "commands": ["get_app_version", "save_data"]
  }
}

ipc_monitor

Start or stop IPC monitoring.

# Start monitoring
tauri-mcp ipc-monitor --action start --events '["command", "event"]'

# Stop monitoring
tauri-mcp ipc-monitor --action stop

Parameters:

• action: "start" | "stop"
• events?: Array of event types to capture

ipc_get_captured

Get captured IPC traffic.

# CLI
tauri-mcp ipc-get-captured --clear

Parameters:

• clear?: Clear captured events after reading (default: false)

ipc_emit_event

Emit custom events to Tauri app.

# CLI
tauri-mcp ipc-emit-event --event "data-updated" --payload '{"id": 123}'

Parameters:

• event: Event name
• payload?: Event payload (any JSON value)

Logs

read_logs

Read console, Android, iOS, or system logs.

# Console logs
tauri-mcp read-logs --type console

# Android logcat
tauri-mcp read-logs --type android --device "emulator-5554"

# iOS logs
tauri-mcp read-logs --type ios --device "iPhone 15 Pro"

# System logs (backend)
tauri-mcp read-logs --type system

Parameters:

• type: "console" | "android" | "ios" | "system"
• device?: Device ID (for android, ios)
• follow?: Stream logs continuously
• windowId?: Target specific window (for console logs)

Mobile Development

list_devices

List Android devices and iOS simulators.

# CLI
tauri-mcp list-devices --platform android
tauri-mcp list-devices --platform ios
tauri-mcp list-devices --platform all

Returns:

{
  "android": [
    {"id": "emulator-5554", "name": "Pixel 7", "status": "booted"}
  ],
  "ios": [
    {"id": "...", "name": "iPhone 15 Pro", "status": "Booted"}
  ]
}

Configuration

MCP Server Config

If you manually configure (not using install-mcp), add to your AI assistant's MCP config:

Claude Desktop (~/Library/Application Support/Claude/claude_desktop_config.json):

{
  "mcpServers": {
    "tauri": {
      "command": "npx",
      "args": ["-y", "@hypothesi/tauri-mcp-server"]
    }
  }
}

Cursor (~/.cursor/config.json or similar):

{
  "mcp": {
    "servers": {
      "tauri": {
        "command": "npx",
        "args": ["-y", "@hypothesi/tauri-mcp-server"]
      }
    }
  }
}

Environment Variables

Set via MCP server config or CLI:

• TAURI_MCP_PORT: Default WebSocket port (default: 9223)
• TAURI_MCP_HOST: Default host (default: "localhost")
• DEBUG: Enable debug logging (e.g., DEBUG=tauri-mcp:*)

Multi-Window Support

All webview tools accept optional windowId parameter:

// List windows first
const windows = await useMcpTool('manage_window', { action: 'list' });
// Returns: [{ id: 'main', title: 'Main Window' }, { id: 'settings', title: 'Settings' }]

// Target specific window
await useMcpTool('webview_screenshot', {
  windowId: 'settings',
  file: 'settings.png'
});

Common Patterns

Debug Webview Errors

Use the /fix-webview-errors slash command, or manually:

// 1. Read console logs
const logs = await useMcpTool('read_logs', { type: 'console' });

// 2. Take screenshot to see UI state
const screenshot = await useMcpTool('webview_screenshot', {});

// 3. Get DOM snapshot
const dom = await useMcpTool('webview_dom_snapshot', {});

// 4. Execute diagnostic JS
const result = await useMcpTool('webview_execute_js', {
  code: 'window.lastError || "no errors"'
});

Visual Element Selection Workflow

Use /select slash command or:

// 1. Start element selection
const selection = await useMcpTool('webview_select_element', {
  timeout: 30000
});

// Returns:
// {
//   selector: '.submit-button',
//   tagName: 'BUTTON',
//   text: 'Submit',
//   bounds: { x: 100, y: 200, width: 80, height: 40 },
//   screenshot: 'base64...'
// }

// 2. Use returned selector for interactions
await useMcpTool('webview_interact', {
  action: 'click',
  selector: selection.selector
});

Monitor IPC Traffic

// 1. Start monitoring
await useMcpTool('ipc_monitor', {
  action: 'start',
  events: ['command', 'event']
});

// 2. Perform actions in app
// ...

// 3. Get captured traffic
const traffic = await useMcpTool('ipc_get_captured', { clear: true });

// Returns:
// {
//   commands: [
//     { name: 'save_data', args: {...}, timestamp: ... }
//   ],
//   events: [
//     { name: 'data-updated', payload: {...}, timestamp: ... }
//   ]
// }

Mobile Testing

// 1. List devices
const devices = await useMcpTool('list_devices', { platform: 'all' });

// 2. Start app on device
// (use Tauri CLI: tauri android dev -d emulator-5554)

// 3. Read Android logs
const logs = await useMcpTool('read_logs', {
  type: 'android',
  device: 'emulator-5554',
  follow: true
});

Automated Testing Workflow

// 1. Start session
await useMcpTool('driver_session', { action: 'start', port: 9223 });

// 2. Wait for app to load
await useMcpTool('webview_wait_for', {
  type: 'element',
  selector: '.app-loaded',
  timeout: 5000
});

// 3. Fill form
await useMcpTool('webview_interact', {
  action: 'click',
  selector: 'input[name="username"]'
});
await useMcpTool('webview_keyboard', {
  action: 'type',
  text: 'testuser'
});

// 4. Submit
await useMcpTool('webview_interact', {
  action: 'click',
  selector: 'button[type="submit"]'
});

// 5. Wait for result
await useMcpTool('webview_wait_for', {
  type: 'text',
  text: 'Login successful'
});

// 6. Verify
const screenshot = await (, {});

Troubleshooting

Connection Issues

Problem: Failed to connect to WebSocket

Solution:

# 1. Check if app is running
ps aux | grep tauri

# 2. Verify plugin is registered
# Check src-tauri/src/lib.rs for:
# .plugin(tauri_plugin_mcp_bridge::init())

# 3. Check port
tauri-mcp driver-session status

# 4. Try different port
tauri-mcp driver-session start --port 9224

Element Not Found

Problem: Element not found despite element being visible

Solution:

// 1. Wait for element to appear
await useMcpTool('webview_wait_for', {
  type: 'element',
  selector: '.my-element',
  timeout: 5000
});

// 2. Use visual selector to verify correct selector
const element = await useMcpTool('webview_select_element', {});
console.log('Correct selector:', element.selector);

// 3. Check DOM snapshot to see what's available
const dom = await useMcpTool('webview_dom_snapshot', {});

Screenshots Empty or Black

Problem: Screenshots are blank

Solution:

// 1. Wait for content to render
await useMcpTool('webview_wait_for', {
  type: 'element',
  selector: 'body.loaded' // or your app's ready class
});

// 2. Check window visibility
const windows = await useMcpTool('manage_window', { action: 'list' });
console.log('Windows:', windows);

// 3. Target specific window
await useMcpTool('webview_screenshot', {
  windowId: 'main'
});

Permission Errors

Problem: Command not found: plugin:mcp-bridge|...

Solution:

// Add to src-tauri/capabilities/default.json
{
  "permissions": [
    "mcp-bridge:default",
    "mcp-bridge:allow-get-backend-state",
    "mcp-bridge:allow-execute-command"
  ]
}

Mobile Logs Not Appearing

Problem: Android/iOS logs are empty

Solution:

# Android - check device connection
adb devices

# Android - verify logcat
adb -s emulator-5554 logcat

# iOS - verify simulator is booted
xcrun simctl list | grep Booted

# iOS - check system logs
xcrun simctl spawn <device-id> log stream

Real-World Examples

E2E Test Automation

async function testLoginFlow() {
  // Start automation
  await useMcpTool('driver_session', { action: 'start' });
  
  // Navigate to login
  await useMcpTool('webview_interact', {
    action: 'click',
    selector: 'a[href="/login"]'
  });
  
  // Fill credentials
  await useMcpTool('webview_keyboard', {
    action: 'type',
    text: '[e-mail]'
  });
  await useMcpTool('webview_keyboard', {
    action: 'press',
    key: 'Tab'
  });
  await useMcpTool('webview_keyboard', {
    action: 'type',
    text: 'password123'
  });
  
  // Submit
  await useMcpTool('webview_keyboard', {
    action: 'press',
    key: 'Enter'
  });
  
  // Verify success
  await useMcpTool('webview_wait_for', {
    : ,
    : ,
    : 
  });
  
   screenshot =  (, {
    : 
  });
  
  .();
}

Debug Performance Issue

async function debugSlowRender() {
  // Start monitoring
  await useMcpTool('ipc_monitor', { action: 'start' });
  
  // Trigger slow operation
  await useMcpTool('webview_interact', {
    action: 'click',
    selector: '.load-data'
  });
  
  // Capture console logs
  const logs = await useMcpTool('read_logs', {
    type: 'console'
  });
  
  // Get IPC traffic
  const traffic = await useMcpTool('ipc_get_captured', {});
  
  // Analyze timing
  console.log('IPC Commands:', traffic.commands.length);
  console.log('Console Logs:', logs.length);
  
  // Take screenshot of result
  await useMcpTool('webview_screenshot', {
    file: 'after-load.png'
  });
}

Mobile Screenshot Testing

async function captureScreensOnAllDevices() {
  const devices = await useMcpTool('list_devices', { platform: 'all' });
  
  for (const device of devices.android) {
    console.log(`Testing on ${device.name}...`);
    
    // Launch app on device (via Tauri CLI externally)
    // tauri android dev -d ${device.id}
    
    // Wait for app
    await useMcpTool('webview_wait_for', {
      type: 'element',
      selector: '.app-ready',
      timeout: 10000
    });
    
    // Capture screen
    await useMcpTool('webview_screenshot', {
      file: `screenshots/${device.name.replace(/\s/g, '-')}.png`
    });
    
    // Read logs
    const logs = await useMcpTool('read_logs', {
      type: 'android',
      device: device.id
    });
    
    console.log(`✓ Captured `);
  }
}

Additional Resources

• Full Documentation
• GitHub Repository
• MCP Server Package
• MCP Bridge Plugin (crates.io)
• Tauri v2 Documentation