worktreewise recommends Git worktrees

Git worktrees are one of those features a lot of developers vaguely know exist, but don’t actually use. That’s why this little WorktreeWise push landed — it took an old Git capability and framed it as a very current workflow fix. The problem is familiar: you’re halfway through one branch, a review comment lands on another, and now you’re stashing, switching, waiting for your IDE to catch up, and trying not to lose your place. Worktrees are the boring, native way around that. ### What is a Git worktree? A worktree is just another working directory tied to the same Git repository. Git’s own docs describe it as a way to check out more than one branch at a time, with each linked worktree sharing the same central repository history instead of creating a full extra clone. So you can have `main` in one folder, a feature branch in another, and a hotfix in a third — all from the same repo. ### Why does that feel different from normal branching? (worktreewise.com) Because normal branching still assumes one checkout. You switch branches in place. That means your editor state changes, your generated files may change, your local app environment may need to restart, and large projects often need to reindex. JetBrains’ docs make this point pretty bluntly: worktrees help with multi-branch context switching specifically because they avoid stashing and avoid waiting for reindexing after every branch switch. (git-scm.com) ### What is WorktreeWise actually recommending? Basically: stop treating branch switching as the default. Instead, keep one branch per task in its own folder and open those folders directly in your IDE. That means your review branch can stay open, your feature branch can stay open, and your emergency fix can live beside both. WorktreeWise is selling tooling around that idea, but the core recommendation is really a habit change built on native Git. (jetbrains.com) ### Why is that useful during reviews? Reviews are where branch switching hurts the most. You’re not done with your main task, but you need to pull a PR branch, test it, maybe patch it, then come back. With worktrees, the review branch gets its own directory and its own editor window. Your original branch stays untouched. JetBrains calls out parallel code reviews as a first-class use case for exactly this reason — you can inspect and test another branch locally without blowing up your current environment. (worktreewise.com) ### Is this just a GUI trend? Not really. The interesting part is that Git itself has supported worktrees for years. What changed is the surrounding workflow. IDEs now understand worktrees better, GUI tools expose them, and AI coding tools are starting to assume parallel workspaces as a normal pattern. OpenAI’s Codex app docs, for example, use worktrees as the safe way to work in parallel without disturbing your current local setup. So the old feature suddenly fits the modern stack much better. (jetbrains.com) ### What’s the catch? A worktree is still a real checkout, so it can have its own dependencies, build output, and local state. That’s the benefit, but also the management cost. You need to name them clearly, clean them up when branches die, and remember that one branch generally shouldn’t be checked out in multiple worktrees at once. Git has commands for adding, listing, moving, locking, and removing worktrees — but you do need a little discipline. (git-scm.com) ### So why is this showing up now? Because developer workflow has gotten more parallel. People juggle multiple PRs, long-running branches, local previews, and now agent-driven side tasks. In that world, “just switch branches” feels weirdly single-threaded. Worktrees turn one repo into several active desks instead of one desk you keep clearing off. That’s the whole appeal. ### Bottom line? (git-scm.com) WorktreeWise didn’t invent a new Git primitive. It gave a neglected one a better pitch. If your day involves bouncing between branches, reviews, and fixes, Git worktrees are probably the cleanest low-drama upgrade you can make. (worktreewise.com) (jetbrains.com)