local-automation-runtime-setup

Set up and validate a local automation runtime host for GitHub issue-to-PR processing.

1|Updated Jan 22, 2026
One-click install
npx skills add https://github.com/Atlas-Memory-Framework/AtlasMemory-Tools --skill local-automation-runtime-setup
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: local-automation-runtime-setup
Source: https://github.com/Atlas-Memory-Framework/AtlasMemory-Tools/tree/main/.cursor/skills/local-automation-runtime-setup
Command: npx skills add https://github.com/Atlas-Memory-Framework/AtlasMemory-Tools --skill local-automation-runtime-setup

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

It prevents broken or misconfigured local automation hosts for GitHub issue-to-PR workflows by guiding you through installing the runtime template, wiring configs, and validating required prerequisites before any mutating actions run.

Core Features & Use Cases

  • Deterministic runtime installation: Installs templates/local-automation-runtime/ into a target runtime directory so automation runs against a known structure.
  • Local configuration bootstrapping: Creates config.env, repo lists, and validation configs from provided examples to match your local environment and target repositories.
  • Prerequisite verification + smoke testing: Validates GitHub CLI auth, Codex/container prerequisites, and runs unit/dry-run checks to confirm the host is ready.
  • Safety guardrails for operators: Reduces risk by warning against committing sensitive runtime state and by recommending controlled mutating operator assignment.

Quick Start

Prepare the local runtime directory for your GitHub repositories by running the setup steps for this skill, including copying the template files into place and completing config.env with your local auth and paths.

Frequently Asked Questions about local-automation-runtime-setup

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

FAQPage Schema
How do I set up a local GitHub issue-to-PR automation runtime safely?

Setting up a local GitHub issue-to-PR runtime involves installing the automation template into a target directory, configuring config.env with trusted authors and auth paths, and running smoke tests to verify host readiness before processing.

What prerequisites are needed to validate a GitHub automation runtime?

Validating a GitHub automation runtime requires verifying GitHub CLI authentication, confirming Codex and container prerequisites, and running unit tests or optional dry-run plan executions to ensure safe issue-to-PR processing.

How does smoke testing prevent misconfigured GitHub issue-to-PR workflows?

Smoke testing prevents misconfigured GitHub issue-to-PR workflows by validating GitHub CLI auth and container prerequisites before mutating automation runs, ensuring the host environment matches the expected runtime structure.

Can I bootstrap local configuration files for multiple GitHub repositories?

You can bootstrap local configuration for multiple GitHub repositories by creating repo lists and validation configs from provided examples, matching your local environment and target OWNER/REPO repositories in the runtime directory.

What is the best way to configure trusted authors for GitHub automation?

The best way to configure trusted authors for GitHub automation is by populating the config.env file during runtime initialization, ensuring only controlled mutating operator assignments are permitted to execute issue-to-PR workflows safely.

Why should I avoid committing sensitive runtime state during GitHub automation setup?

Avoid committing sensitive runtime state during GitHub automation setup to reduce the risk of exposing local auth home paths and trusted author configurations, maintaining safety guardrails around your issue-to-PR processing host.