![]() ![]() In a way, this command is nothing more than a combination of git pull and merge that is performed in the background. On the other side of the approach to deploying your changes is the git pull command. This is where we should use the git merge command. In the event that we decide that our changes are desired, we must introduce these changes to the source tree. Thanks to this, we are able, for example, to check very carefully what changes are between the local and the source code. This means that we will have our version and the version currently in the source tree. The first of these mechanisms is git fetch, which is downloading the source tree, but that’s where it ends. Mechanisms behind git merge and git fetch This approach of the case may seem a bit “twisted” but stay here with me. Because to understand the request itself and the difference between git pull and merge, it’s best to present it in terms of the mechanisms behind git fetch and git merge. The git pull and git merge commands appear in the title of this article, but to present them well, fetch should also be discussed, and we will explain here why. This is another in a series of articles in which we explore concepts such as local repository, local branch, git push, git clone merge request, git pr request, sourcetree pull request, and more. ![]() Every repository manager, administrator, or developer uses pull and merge commands on a daily basis, but what do they really do, and when should we use them? What are the differences between these requests and the most popular Git-based systems? And finally, why should we know the git fetch command and the mechanisms behind each of our pulls. ![]() In the world of distributed version control systems, Git is undoubtedly the most popular one. ![]()
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