git-workflow

Git worktrees enable parallel development by creating isolated working directories from a single repository. This Skill automates worktree creation with per-worktree Python environments, allowing you to work on multiple branches simultaneously without stashing changes or context switching overhead.

Worktree-based workflows reduce merge conflicts by isolating each feature in a separate working directory with its own environment. This Skill orchestrates that isolation, handling branch validation, environment provisioning, and preventing accidental commits to protected branches.

Yes. This Skill creates separate worktrees for each feature, each with isolated Python virtual environments managed by uv. You work on independent tasks simultaneously without dependency conflicts or lock contention between worktrees.

Each worktree gets its own uv-managed Python virtual environment with project dependencies installed independently. This isolation eliminates lock file conflicts and ensures each feature branch has consistent, separate dependencies without affecting others.

No. Worktrees eliminate stashing by creating separate working directories for each branch. This Skill automates detection of uncommitted changes and lets you decide interactively whether to include them, enabling seamless context switching without losing work.

This Skill implements Git hooks that safeguard the main branch from accidental commits. These quality gates prevent errors and enforce your branching strategy, ensuring only validated changes reach protected branches.