![]() ![]() ( Note: You can change history, but it will create new replacement commits instead of editing the existing commits. If you make a mistake, it's OK! Commits are immutable, meaning they can't be changed. Without sharing the code through branches, this would never be possible. Then, they can push that code to the remote and get fast feedback from integrated tests or peer review. Instead of only committing code that is 100% sure to succeed, developers can commit code that might still need help. By using branches, developers can make changes in a safe sandbox. Speaking of branches, Git offers a lot of flexibility and opportunity for collaboration with branches. You have access to the entire project, and if you're working on a branch, you can do whatever you need to and know that your changes are safe. This opens up the world of development in a way that isn't possible with centralized version control. Git can handle merge conflicts, which mean that it's OK for multiple people to work on the same file at the same time. Like we mentioned above, Git uses SHA compression, which makes it very fast. There are many version control systems out there - but Git has some major advantages. Commit often and commit early, and you'll never have that gut sinking feeling of overwriting or losing changes. This takes the pressure off of you while you're working. You can also go back to previous commits. With Git, you can make a "commit", or a save point, as often as you'd like. Version control is very important - without it, you risk losing your work. This way, you can push and pull changes to a repository and easily collaborate with others.
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