git-worktree-workflow

Git worktrees allow parallel development by creating isolated environments for features or hotfixes. You can instantly switch contexts, apply fixes in a separate worktree, and return to your feature without disrupting your main workflow.

Managing multiple git worktrees is streamlined through automated creation, switching, and deletion processes. Using the 'git-wt' utility with defined naming conventions ensures efficient workflow management across isolated feature and hotfix branches.

Yes, the git-wt utility is required to create, switch, and prune worktrees. This skill relies on git-wt to automate worktree management based on defined naming conventions and optional configurations.

Yes, you can create separate worktrees for experimental work. This provides an isolated environment for testing, ensuring your main branch remains unaffected until you decide to merge the experimental changes.

Context switching with isolated worktrees works by maintaining separate working directories for each branch. This allows you to move between different tasks like feature development and bug fixes instantly without stashing or committing incomplete work.

Git worktrees require the 'git-wt' utility for creation, switching, and pruning based on naming conventions. While they enable rapid context switching between isolated environments, managing multiple worktrees simultaneously requires careful workflow organization to avoid confusion.