using-git-worktrees

Git worktrees provision isolated workspaces for concurrent branches, allowing you to develop multiple features simultaneously. You can create a new worktree for each feature using git worktree add and safely switch between them without disturbing the main branch.

Git worktrees provide isolated workspaces for concurrent branches, letting you execute long-running tests in one worktree while actively developing in another. This prevents context switching and allows parallel tasks to proceed without interrupting your main development workflow.

You can safely clean up git worktrees after merging features using built-in pruning and removal workflows. The process involves removing the isolated worktree directory and pruning stale references to maintain a cohesive branch management workflow without leaving orphaned branches.

Yes, git worktree management includes locking and unlocking functionality to prevent accidental removal. This is particularly useful when performing hotfixes or running experiments, ensuring your isolated workspaces remain secure until you explicitly unlock and prune them.

Yes, isolated git worktrees reduce context switching by provisioning separate workspaces for concurrent branches. Instead of constantly switching branches in a single directory, you navigate between worktrees, allowing each feature to maintain its own independent state.