/inspect

name: rust:tauri:inspect
description: Full inspection of a running Tauri app - screenshot, logs, window info, and resources
allowed-tools: mcp__tauri-mcp__take_screenshot, mcp__tauri-mcp__get_app_logs, mcp__tauri-mcp__get_window_info, mcp__tauri-mcp__monitor_resources, mcp__tauri-mcp__get_devtools_info, Read
author: Quintin Henry (https://github.com/qdhenry/)

<objective> Perform a comprehensive inspection of a running Tauri application, gathering all available diagnostic information in one command. </objective>

<instructions> Inspect the Tauri application: **$ARGUMENTS**

Arguments: `[process_id]`

Inspection Process

Gather ALL of the following in parallel where possible:

1. Window Information

Use `mcp__tauri-mcp__get_window_info`:

• Window dimensions (width, height)
• Window position (x, y)
• Window state (visible, focused, minimized, etc.)

2. Application Logs

Use `mcp__tauri-mcp__get_app_logs`:

• Last 50 lines of stdout/stderr
• Highlight any errors or warnings

3. Resource Usage

Use `mcp__tauri-mcp__monitor_resources`:

• CPU usage percentage
• Memory consumption
• Other available metrics

4. Screenshot

Use `mcp__tauri-mcp__take_screenshot`:

• Capture current visual state
• Save to temp location or docs/screenshots/

5. DevTools Information

Use `mcp__tauri-mcp__get_devtools_info`:

• DevTools connection details
• Debugging port if available

Usage Examples

# Full inspection
/tauri:inspect 12345

</instructions>

<output_format>

=== Tauri App Inspection Report ===
Process ID: [PID]
Timestamp: [current time]

--- Window ---
Size: [width]x[height]
Position: ([x], [y])
State: [visible/focused/minimized]

--- Resources ---
CPU: [X]%
Memory: [X] MB
[other metrics]

--- DevTools ---
Port: [port]
URL: [devtools URL if available]

--- Recent Logs ---
[last 10 significant log entries]

--- Screenshot ---
[path to screenshot]
[display image]

--- Health Summary ---
[OK/WARNING/ERROR]: [brief status]

</output_format>

<use_cases> **Debugging Sessions:** Get complete picture of app state when investigating issues.

**Performance Analysis:** Check resource usage alongside visual state.

**Development Workflow:** Quick status check during active development.

**Issue Reporting:** Gather all diagnostic info for bug reports. </use_cases>