How do I start working in the new worktree?

After the skill creates the worktree, you simply navigate to the new directory using 'cd' and run the '/start-iteration' command to begin your task.

Does removing a worktree delete my git history?

No, removing the worktree only deletes the physical directory. The git branch, commits, and tags persist in your repository's history.

Where are the worktrees created by this skill?

All worktrees are created in a centralized '.worktrees/autonomy/' directory located at the root of your git repository for consistent organization.

Can I fork from a previous iteration?

Yes, the skill allows you to specify an iteration number to fork from a specific tagged point in your project history, or you can fork from the current HEAD.

What is the main benefit of using a worktree for agents?

It provides a completely isolated filesystem and directory, allowing multiple Claude agents to run simultaneously on different branches without file conflicts or shared state issues.

Forking Worktree

Name: Forking Worktree
Author: tilmon-engineering

bytilmon-engineering

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개발자 도구

Creates isolated git worktrees for running parallel Claude agents on dedicated autonomy branches without disturbing your current workspace.

소개

The Forking Worktree skill enables high-velocity parallel development by managing dedicated git worktrees within a centralized repository root directory. It allows users to spawn multiple Claude agents simultaneously on different branches, ensuring that each exploration remains completely isolated. By automating root detection and branch validation, it streamlines the process of concurrent experimentation and multi-agent coordination, allowing for complex feature exploration without the risk of file conflicts or messy checkouts.

주요 기능

Intelligent root detection compatible with existing worktrees
Comprehensive validation for branch and path availability
Centralized worktree management at the repository root level
Support for forking from specific iteration tags or HEAD
2 GitHub stars
Isolated working directories for parallel agent execution

사용 사례

Running multiple AI agents to explore different technical solutions simultaneously
Managing complex refactors in an isolated environment while maintaining a stable main branch
Creating a new feature branch without stashing or committing current work

소개

주요 기능

Intelligent root detection compatible with existing worktrees
Comprehensive validation for branch and path availability
Centralized worktree management at the repository root level
Support for forking from specific iteration tags or HEAD
2 GitHub stars
Isolated working directories for parallel agent execution

사용 사례

Running multiple AI agents to explore different technical solutions simultaneously
Managing complex refactors in an isolated environment while maintaining a stable main branch
Creating a new feature branch without stashing or committing current work