![]() Run this command inside the directory: git init -bare.git extension ( production.git, for example) In a convenient location, create a new directory ending with the.Once there, you can follow these steps to create your remote repository. To use a remote repository, you must only make sure that you have SSH access to your server. We can refer to this as the “remote” repository as opposed to your “local” repository, which we have been using thus far. The most important step for distributing your Git project is to establish a remote server location. How to Add a Remote Repository to your Server Using Git This exact use case is detailed completely in our full guide on how to publish files with Git. In this case, we will be using the Git “Push” command. With Git, you can manage the files locally, commit changes, and upload the changes without ever leaving a single command line. This can be very helpful if you want to host files that others will need to have access to, and thus require the latest version with most recent changes applied. Using Git as a publishing vehicle can allow for easy file transfer and also allow others to use your project files. For some users, managing a private server location provides more attractive options as far as customization goes.īe sure to check out our full guide on how to install Git, if you have not completed that step yet. In this example, of course, we will be using an InMotion Hosting server to demonstrate setting up your remote repository with Git.Īs stated before in the Introduction to Git, there are free Git platforms available on the web, but you are forced to use their resources and follow their rules. You can accomplish this by “pushing” and “pulling” content to and from a remote server locations. When you want to commit something in your branch, be sure to be in your branch.You can use Git locally to manage file versions, but more power comes when you distribute your work and allows other to collaborate. Push the branch on github : $ git push origin ![]() To add to your global Git configuration, run this on the command line: $ git config -global fault currentĬreate the branch on your local machine and switch in this branch : $ git checkout -b ![]() I know this question and the accepted answers are rather old, but the behavior has changed so that now configuration options exist to make your workflow simpler. Also, I can just as easily create local branches from remotes by just doing git co remote_branch_name (as opposed to using -set-upstream-to flag). The configuration setting takes care of the 'usual' use case where you add a branch locally and want to create it remotely. ![]() Works in both central and non-central workflows.įor me, this is a good simplification of my day-to-day Git workflow. fault = current - push the current branch to update a branch with the From git.config documentation:ĭefines the action git push should take if no refspec is explicitly given. Now with this configuration, you will auto-guess the remote reference to git push. u will track remote branch of the same name. I added this so now I can just push a new branch upstream with $ git push -u You can configure git with fault = current to make life easier: So that a subsequent git pull will know what to do, you might instead want to use: git push -set-upstream Īs described below, the -set-upstream option sets up an upstream branch:Īs of Git 2.0, the behavior has become simpler: Having said this, as a word of caution, do not make the critical mistake of specifying only : (with the colon), or the remote branch will be deleted! Note however that formally, the format is: git push :īut when you omit one, it assumes both branch names are the same. Your colleagues may then simply pull that branch. is typically origin, which is the name which git gives to the remote you cloned from. The remote branch is automatically created when you push it to the remote server: git push ![]() First, create a new local branch and check it out: git checkout -b ![]()
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