![]() Let’s get started by executing the below command with the alias slog, which will help us view the compact commit log. With the interactive rebase feature of Git, we can manually squash our commits at any time we want at any point of the branch life cycle. Use Git Interactive Rebase to Squash All Commits This can involve changing the order of the commits, changing messages or modifying files in a commit, squashing together or splitting apart commits, or removing commits entirely all before you share your work with others. If we execute git squash, it will give us an error, as it is only an operation and can be executed through the Git interactive rebase command. However, it is an essential Git operation. The main point to be remembered here is that squash is not a Git command. It will help us combine these redundant commits into one. For this scenario, we will go with squashing in that repository branch. That may be some fixes of the bugs reported by the quality assurance team or some tests.Īfter applying these features, we have gathered some inessential commits that are making our branch look messy with commits. When working with a new feature in an application, it is obvious that we make a couple of commits before getting the desired result. Most important, find the commit hash of the first commit you dont want. Squashing is specially done to keep the branch graph tidy in a longer life cycle. s, squash use commit, but meld into previous commit Step 0: git log. ![]() This is done to make sure that our commit history is not too crowded and is. Now commit E comprises changes made in commits B, C, and D. Squashing commits is a technique of combining multiple commits into a single one. Let’s say we will merge all the commits into a new commit E. Commit E includes the commits B, C, and D changes. ![]()
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