![]() ![]() We can use the git branch command for creating, listing and deleting branches. By using branches, several developers are able to work in parallel on the same project simultaneously. Git branchīranches are highly important in the git world. This will make a copy of the project to your local workspace so you can start working with it. Bootstrap source code example from Github There are a couple of ways to download the source code, but mostly I prefer the clone with https way: git clone įor example, if we want to download a project from Github, all we need to do is click on the green button (clone or download), copy the URL in the box and paste it after the git clone command that I've shown right above. In other words, Git clone basically makes an identical copy of the latest version of a project in a repository and saves it to your computer. Git clone is a command for downloading existing source code from a remote repository (like Github, for example). ![]() Note: To understand this article, you need to know the basics of Git. So in this post, I will share and explain the 10 most used Git commands that every developer should know. ![]() But some commands are used more frequently (some daily). Since there are many various commands you can use, mastering Git takes time. Well done! You now know how you can always get back to the master branch from any other branch in your Git project.Git is an important part of daily programming (especially if you're working with a team) and is widely used in the software industry. To avoid this, make sure to commit your changes to the divergent branch before checking out master. Remember, if you have uncommitted changes in the divergent branch then they will carry over when you switch back to master–however still in their dangling, uncommitted state. You will then see a success message indicating that you successfully switched back to master: Switched to branch 'master' No matter which branch you are currently working in, you can always run the same command to get back to master: git checkout master * masterīe sure to check out our full guide on creating and switching between branches in Git. But, if you have multiple branches they will all be listed. In a new project with no additional branches, you will only see * master after running the git branch command. How To View Git BranchesĪt any time in the course of your work you can easily view branches by running the git branch command: git branch If you want to experiment with changes, additions, deletions, or refactoring in a completely non-destructive environment, creating a divergent Git branch is a great way to accomplish that. Changes from branches can be later “merged” into master, but until they are merged the changes remain completely separate from the status of the master branch.īranches are highly valuable when it comes to testing out fixes or changes to the code of your project. Git allows for the creation of “branches” in your project, from which you can change files, create or delete files, and virtually change any aspect of your project without affecting the “master” branch. Or, if you just want to know how to get back to master you can skip ahead to that part of the article. Here is some additional context about Git branches, and how you can use them in your project. Are you having trouble getting back to the “master” branch in Git? This article focuses on how you can use different branches in Git, view your branches, and easily go back to your master branch. ![]()
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