The command's structure generally looks like this: $ git push Basic Usage Of Git PushĪt its most basic, git push uploads your commits to the remote repository. For more information, read our affiliate disclosure. If you click an affiliate link and subsequently make a purchase, we will earn a small commission at no additional cost to you (you pay nothing extra). Important disclosure: we're proud affiliates of some tools mentioned in this guide. Prepare to master the art of git push and transform the way you collaborate on software development projects. Whether you're a novice developer or looking to expand your Git prowess, this exploration of git push promises a captivating blend of learning and discovery. As you delve deeper, you'll discover its numerous applications, learn how to troubleshoot common issues, and even unlock advanced techniques. This powerful command, often cloaked in simplicity, holds the key to unlocking seamless collaboration and effective version control. There is a really helpful video □ that explains all of this that can be found here.Why did the developer go on a diet after every Git push?īecause they wanted to avoid excessive "git push" ups and maintain a healthy "commit"ment!Įmbark on a thrilling journey through the intricate world of Git commands, with git push as your main focus. You can also see that both of the remote repositories have the same project name amazing-project and that gives us one reason why the remote repository names in the remote server and the shortnames in our local repositories should not be the same! In the above image you can see that I used the shortname friend to refer to my friend's remote repository. We can use the command git remote add in order to add a link to their remote repository in our local repository. And let's assume we want to be able to fetch code from their remote repository. Suppose we have a friend who forks our remote repository so they can help us on our project. I will answer that question with another example. So final question, why don't we just use the same name? In many cases you will have links to multiple remote repositories in your local repository and each of those will have a different shortname. And in our example above it is called origin.īasically origin is the default shortname that Git uses for a remote repository when you clone that remote repository. And this shortname kind of acts like an alias for the url, it's a way for us to avoid having to use that entire long url in order to push or fetch code. It is the shortname we are going to use whenever we want to push or fetch code from that remote repository. The other name that we have for our repository is the shortname that it has in our local repository that is related to the URL of the repository. And in our case that is 'amazing-project'. This can be kind of thought like a project name. Well one of the names that we have for our repository is the name it has on GitHub or a remote server somewhere. So why does it seem like there are two names for the remote repository? Now, this may be a bit confusing because in GitHub (or the remote server) the project is called 'amazing-project'. There you will see that in order to push or fetch code from your remote repository you will use the shortname 'origin'. If you run the command git remote -v it will list all the remote repositories that are linked to your local repository. ![]() The remote repository and the local repository are linked. ![]() Then you would have something like what you can see in the diagram below:īecause you cloned the repository. Supposed you have a remote repository called amazing-project and then you clone that remote repository to your local machine so that you have a local repository. Therefore in order to properly answer this questions we need to understand what origin is. The rest of the links need to have different names. ![]() However only one of those links can be called origin. A local repository can be linked to multiple remote repositories.
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