![]() then create a new branch from it, since tags are read only, and you only push the change to the branch (for bug fix or feature): git checkout -b newbranch. How do I determine what branch/tag I am on First, since Git 2. The Update Major Version action looks for a semantic version when you push a tag, and it automatically moves the matching major version ahead. You can just checkout the tag: git checkout tagname. If you’d like to automatically maintain a latest tag in your repo that always points to the latest release you could use the Latest tag action. This way the users of the action will automatically use the latest available release of a major version next time they run their workflows. When a new release is made it can be tagged with a semantic version such as v1.4.3, and the major tag v1 can then be moved ahead to point to the same commit. When you want to use a certain version of an action you define it with the repo and a reference, for example reference can be a branch, commit, or a tag, but tags are commonly used for this purpose. With todays 2.5 release, you can create and view your tags directly from GitHub Desktop. Users can create custom actions that are distributed via Git repositories. One case where this practice is used is GitHub’s own continuous integration platform, GitHub Actions. ![]() Moving tags around can cause all sorts of problems but in some cases you may just need to go with it. Why would you want to move a tag in the first place? That's also how git checkout branchname works, except that git recognizes that branchname is a branch-name, so it puts you 'on the branch' so that a future git commit. Download Now for Free Using git checkout with Tags The well-known git checkout command is mainly used for handling branches, but it can also be used for tags: git checkout v2.0 By providing the tag's name as a parameter, Git will checkout that tag's revision. gitextensions/gitextensions/releases/tag/v2.48.05. It never creates reference refs/tags/1.0. In fact, that's how git checkout tagname works: it resolves the tag-name to a raw SHA-1, and checks out that commit. GIT Extensions: How to Use GIT to Clone Repository from GitHub and Make Changes. This fails because it doesnt write a local reference: it obtains the remotes refs/tags/1.0.0, and any tag object(s), commits, etc., required to go with it it drops those into FETCHHEAD (as all git fetch commands always do) and. All tags on the remote will now be available on your local repository. git checkout SHA-1 works exactly like git checkout tagname. ![]()
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