![]() ![]() Files displayed in the Versioning window can be refreshed to reflect any changes that may have been made externally. Refreshes the status of the selected files and folders. The following table lists the Git commands available in the toolbar of the Diff Viewer: Iconĭisplays files that have differences between their staged and working tree states.ĭisplays previous difference in the file. The Diff Viewer toolbar also includes buttons that enable you to invoke the most common Git tasks on all files displayed in the list. Opens the Diff Viewer providing you with a side-by-side comparison of your local copies and the versions maintained in the repository.ĭisplays the Revert Modifications dialog box. Files displayed in the Versioning view can be refreshed to reflect any changes that may have been made externally. The following table lists the Git commands available in the toolbar of the Versioning view: Iconĭisplays a list of files that are either already staged or only modified/created and not staged yet.ĭisplays a list of files that are staged.ĭisplays files that have differences between their staged and Working Tree states. The Versioning view toolbar also includes buttons that enable you to invoke the most common Git tasks on all files displayed in the list. This displays the list of files that are not staged. In the Commit dialog box, select the Select the Changes between HEAD and Working Tree ( ) toggle button. In the context menu, choose Git > Commit. In the Projects window, right-click the file you want to commit. Commit the file(s) as described in the Committing Sources to a Repository section below.ġ. This displays the list of files that are already staged. In the Commit dialog box, select the Changes between HEAD and Index ( ) toggle button. This adds the file contents to the Index before you commit it. In the Projects window, right-click the file you want to add. Skip adding new or modified files to the Index and commit the required files directly to the HEADġ. ![]() Workflow DescriptionĮxplicitly add new or modified files to the Index and then commit only those that are staged in the Index to the HEAD The IDE allows you to choose between the two workflows described in the following table. After you perform the commit, the IDE saves those snapshots in the HEAD. Look in RStudio’s file browser pane for the README.md file.When adding files to a Git repository, the IDE composes and saves snapshots of your project first in the Index. This should download the README.md file from GitHub. You should find yourself in a new local RStudio Project that represents your test repo on GitHub. I suggest you check “Open in new session”, as that’s what you’ll usually do in real life.A common rookie mistake is to have no idea where you are saving files or what your working directory is. Take charge of – or at least notice! – where the Project will be saved locally.myrepo, which coincides with the GitHub repo name. Accept the default project directory name, e.g.Still no luck? Go to chapter 13 for tips on how to help RStudio find Git. Do you NOT see an option to get the Project from Version Control? Restart RStudio and try again.In “Repository URL”, paste the URL of your new GitHub repository. File > New Project > Version Control > Git.ġ2.3 Clone the test GitHub repository to your computer via RStudio ![]() Here’s how to do that in the shell, if current working directory is myrepo: cd. It’s just a regular directory on your computer. It’s a deeply pragmatic coping strategy if your local Git repo is goofed up, but the version on GitHub is pretty current.ĭelete the folder corresponding to the local repo any way you like. This is a actually a workflow we refer to elsewhere (see 37 as “burn it all down”. We can clone the remote repository to your local machine, make some changes, then push it back to the remote repository. If youre using Windows, start by launching GitHub Desktop. However, I encourage you to delete the local repository, so you can experience how we use RStudio to clone it and get a local copy. Whether you use Windows or Ubuntu, once you’re successfully past the GitHub Desktop installation phase, you will find it easy to use GitHub. If you just completed the previous chapter, Connect to GitHub, that repo will be perfect! If you don’t have a suitable test repository on GitHub, follow the instructions in the next section. ![]() You will also need a test repository on GitHub.
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