qol-plugin-ide-checkout

Supervises the Rust binary launching the Python HTTP daemon and managing status notifications.

Updated Apr 19, 2026
One-click install
npx skills add https://github.com/qol-tools/qol-skills --skill qol-plugin-ide-checkout
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: qol-plugin-ide-checkout
Source: https://github.com/qol-tools/qol-skills/tree/main/plugins/qol-plugin-ide-checkout/skills/qol-plugin-ide-checkout
Command: npx skills add https://github.com/qol-tools/qol-skills --skill qol-plugin-ide-checkout

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Use when working on the qol-tray ide-checkout (Task Runner) plugin itself. Covers the Rust binary that supervises the Python HTTP daemon, status notifications, configurable apps/scripts, and the Task Runner browser-extension API. For the API contract specification (endpoints, schemas), use the qol-tray-task-runner-ide-checkout skill instead.

Core Features & Use Cases

  • Supervises the Rust binary that launches server.py and provides status notifications
  • Supports configurable apps and scripts for the daemon to manage IDEs
  • Exposes the Task Runner browser-extension API contract reference for integration (paired with qol-tray-task-runner-ide-checkout)
  • Separate contract skill: qol-tray-task-runner-ide-checkout for endpoints and schemas

Quick Start

Run the task-runner in daemon mode and verify the API connectivity with a test extension.

Frequently Asked Questions about qol-plugin-ide-checkout

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

FAQPage Schema
How do I supervise a Python HTTP daemon using a Rust binary for task runner plugins?

Supervise a Python HTTP daemon by using the Rust binary to launch server.py and manage status notifications for the task runner plugin. This architecture coordinates the daemon lifecycle and reports status across macOS and Linux environments.

How does the Task Runner browser-extension API integrate with the daemon?

The Task Runner browser-extension API integrates by exposing a contract reference that allows browser extensions to communicate with the Python HTTP daemon. Configuration for apps and scripts enables the daemon to manage IDEs through this API.

Can I configure apps and scripts for the daemon to manage IDEs on macOS and Linux?

Yes, you can configure apps and scripts for the daemon to manage IDEs across macOS and Linux environments. The Rust supervisor handles launching server.py while processing the configurable apps and scripts defined for your specific IDE workflow.

Where can I find the API contract specification for endpoints and schemas?

The API contract specification for endpoints and schemas is located in the separate qol-tray-task-runner-ide-checkout skill. Use that skill for endpoint definitions while this skill covers the Rust supervisor and daemon management.

Why do I need a Rust supervisor to launch server.py instead of running the Python daemon directly?

A Rust supervisor is needed to launch server.py directly because it provides robust status notifications and lifecycle management for the Python HTTP daemon. Running the daemon directly bypasses the configurable apps and scripts integration the Rust binary enables.

Task runner daemon not working correctly during startup, what are the common limitations?

If the task runner daemon is not working during startup, check the Rust supervisor logs for server.py launch failures. Limitations include incorrect app or script configurations and missing dependencies required for browser extension integration across different environments.