![]() To merge a series of commits, Git provides an option to squash commits down into a single commit. To learn more about amending, see Git Tools - Rewriting History on the Git website. ![]() Select the Amend checkbox and then commit your changes. If you need to include code changes to your last commit, you can do that in the Git Changes window. When you finish editing your commit message, select Amend. Open the commit details of the last commit by double-clicking it, and then select the Edit option next to the commit message. The Git Repository window makes it easy to update your commit message. You can amend a commit on the command line by using the following command: git commit -amend Sometimes you just need to update your commit message, or you might need to include a last-minute change. Updating the last commit is called amending in Git, and it's a common use case. Or, you can work locally with no provider at all. ![]() And, you can work remotely with the Git provider of your choice, such as GitHub or Azure DevOps. Version control with Visual Studio is easy with Git. The Git Repository window is also a great place to visualize and manage your branches. ![]() For example, you might need to reset, revert, or cherry-pick commits, or just clean your commit history. The Git Repository window provides a full-screen Git experience that helps you manage your Git repository and stay up to date with your team's projects. You have learned two ways to undo the last commit and also when it's best to use one over the other.Applies to: Visual Studio Visual Studio for Mac Visual Studio Code Revert instead creates a new commit that undoes the changes, so if the commit to revert has already been pushed to a shared repository, it is best to use revert as it doesn't overwrite commit history. This command changes the commit history and it might overwrite history that remote team members depend on. You should really only use reset if the commit being reset only exists locally. In this image, each circle represents a commit. This will undo the latest commit, but also any uncommitted changes. If you want to reset to the last commit and also remove all unstaged changes, you can use the -hard option: git reset -hard HEAD~1 The -soft option means that you will not lose the uncommitted changes you may have. It will move the HEAD, the working branch, to the indicated commit, and discard anything after: git reset -soft HEAD~1 But be careful – it will change the commit history, so you should use it rarely. You can also use the reset command to undo your last commit. In this image, each circe represents a commit. Then you can copy from there the alphanumerical name and use that in the revert command. The first commit that's described there is the last commit created. You can find the name of the commit you want to revert using git log. You can use it to revert the last commit like this: git revert The revert command will create a commit that reverts the changes of the commit being targeted. We'll look at both of them in this article. There are two possible ways to undo your last commit. ![]() So now you need to revert your last commit. Say you're working on your code in Git and something didn't go as planned. ![]()
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