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Copy file name to clipboardExpand all lines: docs/python/tutorial-working-with-python-in-visual-studio-step-06-working-with-git.md
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title: Python in Visual Studio tutorial step 6, work with Git
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titleSuffix: ""
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description: Step 6 of a core walkthrough of Python in Visual Studio, covering Visual Studio's Git-related features.
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ms.date: 08/16/2021
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ms.date: 02/28/2022
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ms.custom: devdivchpfy22
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ms.topic: tutorial
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author: rjmolyneaux
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ms.author: rmolyneaux
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::: moniker range="vs-2017"
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Visual Studio provides direct integration with local Git repositories and remote repositories on services like GitHub and Azure Repos. The integration includes cloning a repository, committing changes, and managing branches.
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Visual Studio provides direct integration with local Git repositories and remote repositories. It helps you on services like GitHub and Azure Repos. The integration includes cloning a repository, committing changes, and managing branches.
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This article provides a basic overview of creating a local Git repository for an existing project, and familiarizing yourself with some of Visual Studio's Git-related features.
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1. With a project open in Visual Studio, such as the project from the [previous step](tutorial-working-with-python-in-visual-studio-step-05-installing-packages.md), right-click the solution and select **Add Solution to Source Control**. Visual Studio creates a local Git repository that contains your project code.
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1. When Visual Studio detects that the project is managed in a Git repository Git-related controls appear along the bottom right corner of the Visual Studio window. The controls show pending commits, changes, the name of the repository, and the branch. Hover over the controls to see additional information.
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1. When Visual Studio detects the project is managed in a Git repository, Git-related controls appear. The Git-related controls appear along the bottom right corner of the Visual Studio window. The controls show pending commits, changes, the name of the repository, and the branch. Hover over the controls to see additional information.
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1.Selecting the Git control with the repository name (**CosineWave** in a previous image), **Team Explorer** shows a **Connect** interface with which you can quickly switch to another repository entirely.
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1.To switch to another repository, select the Git control with the repository name (**CosineWave** in a previous image), and then in **Team Explorer**, use the Connect interface.
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1. When using a local repository, committed changes go directly into the repository. If you're connected to a remote repository, select the drop-down header in **Team Explorer**, choose**Sync** to switch to the **Synchronization** section, and work with the **Pull** and **Fetch** commands presented there.
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1. When you use a local repository, committed changes go directly into the repository. If you're connected to a remote repository, select the drop-down header in **Team Explorer**, select**Sync** to switch to the **Synchronization** section, and work with the **Pull** and **Fetch** commands presented there.
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