Free Git Command Generator

The Git Command Generator is a free online tool that helps you build common Git commands through a visual interface without memorizing syntax.

Yes, it is completely free with no registration required. It runs entirely in your browser.

Yes, the Git Command Generator is perfect for beginners who want to learn Git commands and for experienced developers who need a quick reference.

Absolutely. The Git Command Generator processes everything client-side in your browser. No data is uploaded to or stored on any server. Your content remains private on your device at all times.

Yes, the Git Command Generator is fully responsive and works on smartphones and tablets. You can use it on any device with a modern web browser -- no app download required.

No account or registration is needed. Simply open the Git Command Generator in your browser and start using it immediately. There are no sign-up walls or usage restrictions.

The Git Command Generator supports a wide range of popular formats and languages. Check the tool interface for the full list of supported options.

Simply enter your input in the provided field, adjust any settings to your preference, and the tool will process it instantly. You can then copy the result to your clipboard or download it.

The Git Command Generator works in all modern browsers including Chrome, Firefox, Safari, Edge, and Opera. For the best experience, use the latest version of your preferred browser.

Both overwrite the remote branch with your local history, which you typically need after rebasing or amending commits. The difference is safety. A plain --force pushes no matter what, so if a teammate pushed new commits since you last fetched, --force silently erases them. --force-with-lease first checks that the remote still points where you expect; if someone else has pushed in the meantime, the push is rejected instead of clobbering their work. That makes --force-with-lease the safer default for shared branches. This generator offers both options on the push operation and flags plain --force as dangerous, while also surfacing the safer lease variant right beside it. Pick push, toggle the option you want, and copy the exact command to paste into your own terminal.

Use a soft or mixed reset rather than a hard one. Running git reset --soft HEAD~1 removes the last commit but leaves every change staged, ready to recommit; git reset HEAD~1 (a mixed reset, the default) keeps the changes in your working directory but unstages them. The key is to avoid git reset --hard HEAD~1, which deletes the commit and permanently discards those changes with no trash bin to recover from. If you only need to fix the commit message or add a forgotten file, git commit --amend is often cleaner than resetting at all. This generator includes the reset operation with soft, mixed, and hard modes, marks the hard option as dangerous, and explains exactly what each does to your working tree before you copy it.

git stash saves your uncommitted changes onto a temporary stack and reverts your working directory to a clean state, which is handy when you need to switch branches or pull updates without committing half-finished work. Your changes are not lost; they sit on the stash stack until you restore them. To bring them back, run git stash pop, which reapplies the most recent stash and removes it from the stack, or git stash apply, which reapplies it but keeps a copy on the stack. Use git stash list to see everything you have saved. Be careful with git stash clear, which permanently deletes all stashed changes. This generator covers stash, pop, apply, list, and clear, flagging the destructive clear option so you know which actions can't be undone.

A shallow clone copies a repository without its full commit history. Adding --depth 1 to git clone fetches only the most recent commit on each branch instead of every commit since the project began, which dramatically reduces download size and time for large repositories. It is ideal for continuous integration pipelines, Docker builds, and any situation where you just need the current code and don't care about past history. The trade-off is that commands relying on history, such as git log across old commits or git blame deep into the past, won't have the data they need until you unshallow the clone. This generator's clone operation includes the shallow --depth 1 toggle alongside options for a specific --branch and a --recursive submodule pull, so you can assemble the exact clone command and copy it in one click.

Squashing combines several commits into a single tidy commit, which keeps your project history readable before merging a feature branch. The common approach is an interactive rebase, git rebase -i HEAD~N, where N is how many commits back you want to review; you then mark the commits to fold together. Alternatively, git merge --squash branch-name stages all of a branch's changes as one set so you can create a single commit on the target branch without bringing over the individual commits. Squashing rewrites history, so avoid doing it on commits already pushed to a shared branch unless you coordinate with your team. This generator includes the merge operation with a --squash toggle and explains what it does, letting you build the command and paste it into your terminal when the result looks right.