Visual Studio provides a user interface for Git, a widely used modern version control system. Whether your source code is hosted in a GitHub repository, Azure DevOps, or another Git provider, you can do all the common version control tasks within the Visual Studio IDE. Or, you can work locally with no provider at all, with the option to back up your source later when you're ready to connect to a provider.
Otherwise, easily create a new Git repository and add your code. If you don't have a Git provider yet, we recommend you start with GitHub since the Git experience in Visual Studio is optimized for this provider. GitHub offers free and secured cloud code storage where you can store your code and access it from any device, anywhere.
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When you clone a repository or open a local repository, Visual Studio switches to the Git context. Solution Explorer loads the folder at the root of the Git repository, and scans the directory tree for any viewable files like CMakeLists.txt or those with the .sln file extension. For more information, see View files in Solution Explorer.
You are empowered to multi-task and experiment with your code through branches. If you or your team works on multiple features at the same time, or if you'd like to explore ideas without affecting your working code, branching is very helpful. The recommended Git workflow uses a new branch for every feature or fix that you work on. Learn how to create a branch from Visual Studio.
Once you create a new branch and switch to it, you can start working by changing existing files or by adding new ones and then committing your work to the repository. To learn more about making a commit in Visual Studio and to better understand file states in Git, refer to the Make a commit page.
Git is a distributed version control system, meaning that all the changes made so far are local only changes. To contribute these changes to a remote repository, you must push those local commit(s) to a remote.
If you are working in a team or if you are using different machines, you will also need to continually fetch and pull new changes on the remote repository. To learn more about managing Git network operations in Visual Studio, refer to the Fetch, pull, push, and sync page.
However, there are times when it makes more sense to focus on your Git repository. For example, you might need to get a good picture of what your team has been working on, or copy a commit from a different branch, or just clean-up your outgoing commits. Visual Studio includes powerful repository browsing and collaboration features that eliminate the need to use other tools.
To help you focus on your Git repository, Visual Studio has a Git Repository window, which is a consolidated view of all the details in your repository, including local and remote branches and commit history. You can access this window directly from either Git or View on the menu bar or from the status bar.
Commit graph. In Visual Studio 2022 version 17.2, we introduced a commit graph feature to help reduce the delays you might experience when you're viewing your Git repository or branch history. For more information, see the Supercharge your Git experience blog post.
Branch switching. Also in Visual Studio 2022 version 17.2, we reduced the number of branch switches that need solution reloads by an estimate of 80%. To learn more, see the Performance Enhancements: Git Branch Switching blog post.
There are even more feature updates in Visual Studio 2022 version 17.6, to include the ability to search for and link to GitHub Issues and Azure DevOps work items, amongst a few. To get all the details, see the Git Features to Enhance Productivity blog post.
Git is now the default version control experience in Visual Studio 2019. Since version 16.6, we've worked on building out the feature set and iterating on it based on your feedback. In version 16.8, it became the default version control experience for everyone.
Starting with Visual Studio 2019 version 16.8, we include a fully integrated GitHub account experience. You can now add both GitHub and GitHub Enterprise accounts to your keychain. You can add and leverage them just as you do with Microsoft accounts, which means that you'll have an easier time accessing your GitHub resources across Visual Studio. For more information, see the Work with GitHub accounts in Visual Studio page.
If your code is not associated with Git, you can start by creating a new Git repository. To do so, select Git > Create Git Repository from the menu bar. Then, in the Create a Git repository dialog box, enter your information.
The Create a Git repository dialog box makes it easy to push your new repository to GitHub. By default, your new repository is private, which means that you are the only one who can access it. If you uncheck the box, your repository will be public, which means that anyone on GitHub can view it.
Whether your repository is public or private, it's best to have a remote backup of your code stored securely on GitHub even if you are not working with a team. This also makes your code available to you no matter what computer you're using.
You can choose to create a local-only Git repository by using the Local only option. Or, you can link your local project with an existing empty remote repository on Azure DevOps or any other Git provider by using the Existing Remote option.
Visual Studio includes a straightforward clone experience. If you know the URL of the repository that you would like to clone, you can paste the URL in the Repository location section and then choose the disk location you would like Visual Studio to clone to.
When you clone a repository or open a local repository, Visual Studio switches you into that Git context by saving and closing any previously open solutions and projects. Solution Explorer loads the folder at the root of the Git repository and scans the directory tree for any viewable files. These include files such as CMakeLists.txt or those with the .sln file extension.
Git tracks file changes in your repo as you work, and separates the files in your repo into three categories. These changes are equivalent to what you would see when you enter the git status command in the command line:
You can also choose not to stage your modified files by skipping the staging area. In this case, Visual Studio allows you to commit your changes directly without having to stage them. Just enter your commit message and then select Commit All. The equivalent command for this action is git commit -a.
Visual Studio also makes it easy to commit and sync with one click by using the Commit All and Push and Commit All and Sync shortcuts. When you double-click any file in the Changes and the Staged changes sections, you can see a line-by-line comparison with the unmodified version of the file.
You can associate an Azure DevOps work item with a commit by using the "#" character if you are connected to the Azure DevOps repository. You can connect your Azure DevOps repository through Team Explorer > Manage Connections.
You can choose an existing local or remote branch as the base. The Checkout branch checkbox automatically switches you to the newly created branch. The equivalent command for this action is git checkout -b .
Visual Studio has a new Git Repository window, which is a consolidated view of all the details in your repository, including all of the branches, remotes, and commit histories. You can access this window directly from either Git or View on the menu bar or from the status bar.
When you fetch a branch, the Git Changes window has an indicator under the branch drop-down, which displays the number of unpulled commits from the remote branch. This indicator also shows you the number of unpushed local commits.
The indicator also functions as a link to take you to the commit history of that branch in the Git Repository window. The top of the history now displays the details of these incoming and outgoing commits. From here, you can also decide to Pull or Push the commits.
When you double-click a Commit, Visual Studio opens its details in a separate tool window. From here you can revert the commit, reset the commit, amend the commit message, or create a tag on the commit. When you click a changed file in the commit, Visual Studio opens the side-by-side Diff view of the commit and its parent.
The Merge Editor in Visual Studio is a three-way merge tool that displays the incoming changes, your current changes, and the result of the merge. You can use the tool bar at the top level of the Merge Editor to navigate between conflicts and auto-merged differences in the file.
You can also use the toggles to show/hide differences, show/hide word differences, and customize the layout. There are checkboxes on the top of each side that you can use to take all the changes from one side or the other. But to take individual changes, you can click the checkboxes to the left of the conflicting lines on either side. Finally, when you finish resolving the conflicts, you can select the Accept Merge button in the Merge Editor. You then write a commit message and commit the changes to complete the resolution.
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