Now let’s define these two different approaches - Git Rebase vs. The programmer needs to perform a merge, which brings us to our original point: the difference between a Git rebase, and a Git merge. Now the programmer can experiment and make changes, and once the work is done, they merge the changes of the feature branch into the original master branch. So, they create a new branch from the master branch, which contains a copy of the master branch’s code. However, the programmer wants to tinker with the website code and add the new features without altering the website’s existing code. The website’s code is stored by default on the master branch. For instance, a programmer wants to add new features to a website. Branch: A branch represents different isolated versions of a code.Anytime someone makes a change in Git, it generates a new commit. If the developer later change the code and adds one more Java file, these changes are saved as another commit with a different ID number. For example, if a developer saves three Java files on Git, they are grouped into one commit and assigned an ID number. Commit: In terms of Git, a commit is the location that stores the code and any changes made to it.Let’s kick things off with some basic definitions. Furthermore, we’ll look at a Git rebase example and touch on other related topics such as Git reset and a squash and merge vs. We will also look at each option’s pros and cons, strategies, and how they can be used together. This article defines both Git rebase and merge, how they work, and how they’re similar and different.
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