![]() Now that you know how the commit command works in git, let’s get to the actual part - the implementation. Tip: Make regular commits to enable your teammates to view the history of the changes made to the repository and review them so that a stable version of the code gets deployed. These snapshots or milestones are saved as ‘save points’ in the local repository, which can be later merged with the central repository. Then, using the git commit command, git is instructed to capture snapshots of these explicitly mentioned files at those specific times.īut if you use the GitHub Desktop app, this whole process is simplified to a few clicks. That is, using this command includes the files whose changes need to be added to the next commit in the staging area. But how will git know what changes to save?įor this purpose, the git add command followed by the names of the files you made changes to and wish to commit are entered in the git terminal. ![]() ![]() If you’re not familiar with Branches in git, here’s an article that covers how to create a new branch.Įvery time you enter the git commit command in the terminal, snapshots of the repository are captured at that particular point in time. And to these branches, changes are made and committed to be merged with the original code base. GitHub (and Git) enables you to create branches replicating the original code base. Scary, isn’t it? This is where a frequent code commit can come to your rescue.īut before we jump to the ‘how to use it’ part, let’s have a look at how code commits work at a high-level. And sometimes this nightmare does come true. ![]() Every developer’s nightmare is most likely to have hours' worth of code disappear in seconds. ![]()
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