Branches are synced between your local repo and the remote repo using the git pull and git push commands. The remote repository is usually hosted on a platform like GitHub or BitBucket. This should allow you to run the previous commands and delete the master branch in your remote repository.įor most local branches that you work on, you'll want to sync up those changes with a copy of the branch in a remote repository. If you get an error, you may need to log into GitHub and change the default branch to main before you delete the master branch. If you need to sync that up with your remote repository, you can use the following commands: $ git push -u origin main You can make Git rename your local master branch to main as follows: $ git branch -m master main A common modern day trend is to use a branch name of main rather than master as the primary branch. This means at minimum you will always be working with one branch. When you first initialize a repository a create your first commit, you will be on a branch called master by default. Lastly, since creating a branch and checking it out is such a common task, Git provides a useful shortcut to create a branch and check it out in a single command: $ git checkout -b Switching to a branch is referred to as checking out a branch: git checkout You can use the git branch command to create new branch in your Git repository: $ git branch īefore you can use the newly created branch you need to switch to it. This encourages frequent branch creation in many development workflows. This simply means that a Git branch is really just a label that points to a specific commit - there is no new data structure in Git that represents a branch. Individual developers can easily create their own local branches to make changes without worrying about interference from other devs.Īs previously mentioned, Git has a lightweight branching model.In some workflows, a new branch is created for each new feature, these are referred to as "feature branches".Different environments, such as Development, Testing, and Production are often isolated to different branches.Branches allow developers to isolate their changes in various ways, which can be important for the developers and organizational workflows: This means that multiple developers often work on the same codebase at the exact same time. Order is maintained because each commit also references the commit that came before it (commonly referred to as its parent).ĭevelopers these days tend to work in teams. As you make additional commits, HEAD is reassigned so that it always points to the latest commit. When you create your first commit, Git sets a reference (ref) point called HEAD, which always points to the commit ID of the commit currently checked out in your working directory. As we'll see later, it is commonly renamed to main these days. It is really just a label that points to a specific commit.Īs you make new commits, Git repoints the branch name to the new commit, so a branch is basically a ref (label) that always points to the tip of the chain of commits you're working on.Īll Git repositories in which at least one commit has been made have at least one branch, which is named the master branch by default. Each of the commits in a branch references its parent commit, except the initial commit, which has no parent commit.Ī Git branch is really more of a concept than an actual data structure. In Git, a branch is a label that identifies a series of commits that are connected to each other. In this article, we'll explain what a branch is in Git, how to create and delete branches, and different strategies for working with Git branches. To work effectively an understanding of git branches is required. How Do I Know Which Branch I Branched From?Ī large part of working with git involves collaborating with other developers.
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