Scaffold agent lifecycle hooks across multiple AI coding platforms.
npx skills add https://github.com/jpcaparas/skills --skill scaffold-hooks
Please help me install this Agent Skill. Skill: scaffold-hooks Source: https://github.com/jpcaparas/skills/tree/main/skills/scaffold-hooks Command: npx skills add https://github.com/jpcaparas/skills --skill scaffold-hooks
This Skill simplifies the process of setting up and managing agent lifecycle hooks across multiple platforms, reducing the complexity of configuring and maintaining hooks in different environments.
hooks/ directory, simplifying maintenance and future updates.Run the scaffold-hooks skill with the --project flag to specify your project directory. For example:
npx skills add jpcaparas/skills --skill scaffold-hooks --project /path/to/project
High-intent search queries and answers about installing and using this skill.
To set up agent hooks across Claude Code, Codex, GitHub Copilot, Devin CLI, and OpenCode, you can use a universal scaffolder to generate YAML-based plans and shell scripts. This provides a unified approach to managing project configuration and lifecycle hooks across different environments.
Standardizing hook configurations for multiple AI coding agents is best achieved by migrating legacy setups into a shared hooks directory. A universal scaffolding tool applies conservative merging to preserve custom configurations while maintaining a standardized YAML-based plan across your projects.
Yes, you can update existing agent hooks without losing custom configurations. The scaffolding process automatically detects existing managed states and uses conservative merging to preserve non-managed custom hooks, ensuring compatibility with your current project configuration.
Yes, the hook scaffolder supports migrating legacy hook configurations. It automatically detects existing surfaces and migrates them into a shared hooks directory, simplifying maintenance and ensuring your project configuration remains up-to-date.
To scaffold hooks for AI coding assistants, you need project context, access to the respective agent platforms, and a designated project directory. The scaffolder uses YAML-based plans and shell scripts to handle the setup and manage the agent lifecycle.
Using a universal scaffolder eliminates the need for multiple dedicated configurations by providing a unified approach to hook setup. It handles platform-specific agent lifecycle hooks automatically, reducing the complexity of maintaining different environments.
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