![]() ![]() You may have heard before that rebasing is dangerous and a bad idea. That's a 'destroy history'." - Linus Torvalds "People can (and probably should) rebase their _private_ trees (their own work). It does this by moving the main branch point to the feature branch pointer without an additional merge commit. Cleaning up a feature branch history before pushing to your upstream branchĪ fast-forward merge is a highly efficient tool for coordinating the main branch of your project with changes you make on a feature branch.Doing this enables fast-forward merge when the feature branch is finally merged back into the master branch while also adding the latest changes from the master branch into the feature branch. When you want to integrate the latest master branch commits into a feature branch.There are two primary use cases of Git Rebase that we will go over: One complication is that rebase can change the stack of blocks while moving it. Conceptually, rebase can move one stack of blocks onto another stack of blocks. You can think of branches like stacks of lego blocks (each block is a commit). In practice, you can use it to integrate changes from one branch into your target branch. The rebase command is technically just a history rewriting command. This page also assumes a basic knowledge of branches and commits in Git. ![]() Furthermore, Git rebase is helpful at any stage in the Git life cycle because it allows you to maintain clean and readable code with a linear project history.Ī basic understanding of Git would be useful before reading this article. It is an integral part of several Git workflows, notably Git Flow. You can use it to clean up a feature branch before publishing or incorporate new commits from another branch. Git Rebase is one of the most commonly used ways to rewrite commit history on a branch. "Rebase is at its essence simply taking a series of commits as if they were individual patches, and applying them at a different point in history" - Gabe da Silveira When to use Git pull, Git rebase, or Git merge?.Dealing With When Git Fetch Shows a Forced Change, but You Already Committed Locally.What Is the Difference Between Git Pull and Git Pull -Rebase?.What Is the Difference Between Merge and Rebase?.Use Case 2: Cleanup: Squash, Fixup, Reorder, etc.Use Case 1: Preparing for Fast Forward Merge of Feature Branch Into Master.Why You Should Not Use Git Rebase (Drawbacks).If remote master branch has new commit(s) which is(are) not exist on local master branch, the results are different (one rebases on local master branch, the other rebase on origin/master branch). In a word, if local master branch is sync with remote master branch, these two ways have the same result (rebase F1 branch on the top of master branch). The command git pull -rebase origin master will pull changes from remote master branch at first, then rebase current branch F1 on the top of it: A-B-C-D-E-J master,origin/master When you execute git fetch origin and git rebase master, even though origin/master points to J, it will only rebase F1 branch on the top of local master branch (commit E as the graph): A-B-C-D-E(master)-J origin/masterĢ. Assume your commit history looks like below at first (the remote master branch has commit J in remote): A-B-C-D-E master git fetch origin and git rebase master will apply changes from F1 to local master branch.
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