![]() This may seem similar to Merge pullĪs mentioned, Merge pull request is simply adding the feature-branch commits with commit 52906c3 Merge branch feature-branch and is using it as a reference to the PR with both of the feature-branch commits. Request and squash it into a single commit. Squashing works much like rebasing a branch, you can take a 5 commit pull You can also modify this in your repository settings. While this does merge in the PR into the master branch, the resulting git message isn’t very helpful when grepping through git commit messages to figure out what exactly changed when we merged the feature-branch.Īt Rietta, we have disabled the default “Merge pull request” in favor of ether squash merging or rebasing pull requests. The hyperlink provided by the message will take you back to the original PR with commits 3 and 4. This will be the new HEAD.Ĭommit Merge branch feature-branch on the repo Git history will look like Merge branch feature-branch. When using Merge pull request, (assuming that nothing has been merged into master previously) commits 3 and 4 will be added to the master branch as a commit, which we will call Merge branch feature-branch. After doing some work, we’ll have 2 additional commits Three and Four in which we want to merge into master. To work on a new feature, we’ll branch off of master branch and create a new branch called feature-branch. So for example, we have a base master branch with an initial commit and 2 new commits, the new commits are One and Two. The default option Merge pull request on Github will take all commits from the pull request and add them to the master branch with a new commit in a merge commit. We can apply this way of thinking when we want to keep the master branch Git history clean and helpful to future you and other developers who may be combing through the history to figure out why the code structure is the way it is. Merging with a merge commit, squash merging, and “Rebase & Merge” should be pretty familiar as these are commands that are already commonly used when working on dev branches to keep commits on PRs tidy. GitHub provides three options when merging in commits, these three options being: Unpacking objects: 100% (4/4), 430 bytes | 430.00 KiB/s, done.ĬONFLICT (add/add): Merge conflict in b.txtĪutomatic merge failed fix conflicts and then commit the result.Keeping a clean git history can save a lot of time when trying to track down commits related to a bug or issue that is disrupting dev efforts. Remote: Total 4 (delta 0), reused 0 (delta 0), pack-reused 0 Remote: Compressing objects: 100% (2/2), done. Remote: Counting objects: 100% (4/4), done. Initialized empty Git repository in /tmp/b/.git/ Git merge -no-edit -allow-unrelated-histories newstuff/master ![]() # Merge the new repository into the submodule # Initialize a new repository with the copied files from remote nobody else will be able to clone and replicate/checkout.Īfter discussion, the OP reports having achieve the expected result with: # Start the merge procedure. Or your parent repository would reflect a submodule repository main tree which. When you make any change to a submodule, and register the new tree in the parent repository, do not forget to push from the submodule to its own upstream repository. Plus, do not forget that branches inside a submodule are distinct from branches inside a parent repository. If there are changes pertinent to the submodule, I'd like them to become conflicts within the submodule, and not the parent repo.Ĭonsidering one branch does not have the submodule, while the other does have a submodule, it is best to follow the error advice and git rm b first in remote, before trying the git merge remote. Please move or remove them before you merge. If I run git merge remote after this, I get this output: error: The following untracked working tree files would be overwritten by merge: Git commit -m "Add new file in submodule b" Here is a script to reproduce the state described above: #!/usr/bin/env bash If there are changes pertinent to the submodule, I'd like them to become conflicts within the submodule, and not the parent repo. Now I'd like to merge remote into master. Then, back on master, I convert a subdirectory into a submodule and add and commit some changes within it, and add and commit the submodule commit within the parent repository. I create a new branch remote and add and commit some changes there. I am on master in a repository without submodules.
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