To resolve less-complex conflicts from the GitLab user interface: Command line: provides complete control over the most complex conflicts.Inline editor: UI method best for more complex conflicts that require you toĮdit lines and manually blend changes together.In the user interface, and you can also resolve conflicts locally through the command line:Ĭonflicts that only require you to select which version of a line to keep, without edits. GitLab shows conflicts available for resolution When these branches merge, both example1.txt and example3.txt are present. On branch b, doing git mv example1.txt example3.txt.On branch a, doing git mv example.txt example1.txt.

GitLab does not detect conflicts when both branches rename a file to different names.įor example, these changes don’t create a conflict:

If any file in your merge request contains conflicts, but can’t meet all of theseĬriteria, you must resolve the conflict manually.

The file exists under the same path in both branches.

The file, with conflict markers added, is less than 200 KB in size.

The file does not already contain conflict markers.

The file is in a UTF-8 compatible encoding.

Merge conflict in the GitLab user interface: If your merge conflict meets all of the following conditions, you can resolve the However, if two branches both change the same lines, GitLab blocks the merge,Īnd you must choose which change you want to keep.Ī merge request cannot merge until you either:Ĭonflicts you can resolve in the user interface The two versions of the files line by line. Merge conflicts happen when the two branches in a merge request (the source and target) each have differentĬhanges, and you must decide which change to accept.

Resolve conflicts from the command line.

Conflicts you can resolve in the user interface.

Git accept all incoming changes vscode