If there are any staged changes, only those changes will be committed. You can type a commit message above the changes and press Ctrl+Enter (macOS: ⌘+Enter) to commit them. You can find the details in Git commit information. When you commit, be aware that if your username and/or email is not set in your Git configuration, Git will fall back to using information from your local machine. Staging (git add) and unstaging (git reset) can be done via contextual actions in the files or by drag-and-drop.Ĭonfigure your Git username and email. VS Code's Git services will still work as usual, showing all changes within the repository, but file changes outside of the scoped directory are shaded with a tool tip indicating they are located outside the current workspace. Tip: You can open VS Code in a sub-directory of a Git repository. You can checkout any branch in your repository by clicking that status indicator and selecting the Git reference from the list. You can also find indicators of the status of your repository in the bottom-left corner of VS Code: the current branch, dirty indicators, and the number of incoming and outgoing commits of the current branch. Note that for unstaged changes, the editor on the right still lets you edit the file: feel free to use it! Selecting the icon will show you the details of your current repository changes: CHANGES, STAGED CHANGES and MERGE CHANGES.Ĭlicking each item will show you in detail the textual changes within each file. The Source Control icon in the Activity Bar on the left will always indicate an overview of how many changes you currently have in your repository. VS Code will use your machine's Git installation (at least version 2.0.0), so you need to install Git first before you get these features. The VS Code documentation assumes you are already familiar with Git. Just getting started with Git? The git-scm website is a good place to start, with a popular online book, Getting Started videos and cheat sheets. Many other source control providers are available through extensions on the VS Code Marketplace. Visual Studio Code has integrated source control management (SCM) and includes Git support out-of-the-box. Configure IntelliSense for cross-compiling.It’s taken us a little while to get comfortable with librarian-puppet, and it does shift some of the work effort around, but on the whole we’re pretty happy with the transition to it from submodules. librarian-puppet creates top-level modules (in your /modules/ directory) for all of the upstream projects you’re consuming. This also allows you to avoid duplicate submodules in your various Puppet modules. Librarian-puppet solves this by allowing you to check out specific releases of upstream projects (or, optionally, the master branch if you’re so inclined). (It’s been awhile since I used submodules, and I never dug deep into them so maybe you can submodule a specific release, and manually update that as needed…) This may lead to you checking out an unstable version of that submodule, which will break the code on which you’re working. In your example above, you’re updating the submodule with each checkout. The problem with submodules is that you have less control over when to update them. The tag line says it all: “You can all stop using git submodules now” git/hooks/post-checkoutĮxec git submodule that helps you out too! If someone knows of a use-case when you don’t want this functionality, please let me know! Many thanks to #git for helping me solve this issue! Submodule path 'vagrant/gluster/puppet/modules/puppet': checked out cat. Your branch is up-to-date with 'glusterforge/master'. Submodule path 'vagrant/gluster/puppet/modules/puppet': checked out (feat/yamldata)$ git checkout master In any case, here’s the fix:Īnd you’re good to go! Here’s an git checkout feat/yamldata When you switch branches, the git submodule‘s branch doesn’t move along with you! Personally, I think this is a bug, but perhaps it’s not. The problem arises if you git pull inside of a git submodule to update it to a particular commit. If you’re a good hacker, you develop things in separate feature branches. Puppet-Gluster uses this technique to easily include all the dependencies needed for a Puppet-Gluster+Vagrant automatic deployment. It’s probably not necessary for everyday hacking, but if you’re glue -ing things together, it can be quite useful. One day you might find that using git submodules is needed for your project. This is a quick trick for making working with git submodules more magic.
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