I am working in my local branch-1 and my colleague works on his local branch branch-2.
He already committed and pushed the branch to his origin/develop and created a Pull request to upstream/develop. So now it is waiting for review and approving the pull request by someone else.
The problem is, in my local branch I need to edit one same file, which my colleague worked on. So my branch and his branch will containe the same file with different code. If his branch would be already in upstream, then I could merge it to my branch and resolve the conflict locally without problems.
However now it is in Pull request status waiting for review and I don't have time to wait, I need to create also my Pull request.
How and when will the conflict be solved, as the file with conflict is in both pull requests now, will git recognize it now or? As those branches are not in upstream yet.
Whichever branch is merged first, the other PR will have a merge conflict that must be resolved. If yours is merged first, theirs will suddenly have to fix a conflict. If their PR is merged, yours will have a conflict.
The PR main page will show the conflict and won't allow it to be merged.
The other answer is the correct one, but I want to add another possible course of action.
If your two separate features need to follow (for whatever business/architecture related reasons) merging order, where branch-1/feature-1 must be before branch-2/feature-2 and also at the same time, you need to create a PR for your feature, then what you need to do is rebase your branch on top of your colleagues branch and create a PR that way.
Once branch-1 is merged, then rebase branch-2 onto the latest upstream/develop. This will force you to resolve conflicts and update the PR accordingly.
Related
We have a protected feature branch (EPIC) with pull request to master.
That feature branch has conflicts now.
To resolve conflicts we have to open a new pull request with merged master and resolved conflict based on EPIC.
When reviewing the new PR we see all changes from master (which can be really a huge amount of changes) and changes on conflicts.
What we are interested in, is just to review changes on conflicts, not the whole history from master.
Is there a way to hide all changes from master on GitHub and view only resolved conflicts?
I made some changes to several files of the project on a new branch (let's call it branch_a), I commited them, created the Pull Request, and it was recently reviewed and approved. It's still pending Merge on the master branch.
Now, someone asked for another change. It's a small supplemental change in 1 of the files edited in the first Pull Request.
What's the best way of doing this? Should I ask for the first Pull request to be merged and then create a new branch (branch_b), make my change and create a new Pull Request, ask for review and merge again?
Or is there a "cleaner" way, when the first Pull Request is somehow merged with the second one and we don't have to make 2 different merges?
If another change requested is a part of the same feature as in ‘branch_a’, then you can simply make change in the same branch, your PR request will show up those changes, but PR approval will be required again.
If another change requested is outside the scope of feature ‘branch_a’ and it is just a file is same between two changes, then you can create a new branch out of master say ‘branch_b’, complete your changes and raise PR for the same. After ‘branch_a’ is merged into master, you can rebase your second branch ‘branch_b’ to include updated master codebase into branch_b, (or vice-versa if branch_b is merged first).
This is especially useful if the order of merge is not decided in advance.
Below are the steps, for rebase, here ‘feature_branch’ is the name of your branch for which you want to perform rebase:
git checkout master
git pull origin master
git checkout feature_branch
git rebase master
Here you might get some conflicts(if there are any) multiple times as per number of commits in your feature_branch. You can resolve the conflicts manually and proceed with further process of rebase with below command:
git rebase --continue
At any point if you think that things are not going well and you would like to cancel rebase process, then execute below command:
git rebase --abort
Finally when all conflicts are resolved and you get message as successfully merged, then execute below command to push changes to origin:
git push --force origin feature_branch
for more information on rebase process follow link:
https://www.atlassian.com/git/tutorials/rewriting-history/git-rebase
Branch off the first pull request branch, edit, add, commit, push, and ask for a second PR merging to the first branch. When the first branch is merged the second PR will be reconfigured automatically (by GitHub) to be merged into the main branch.
I have 2 branches - master and develop
I have been doing some pull requests in my develop branch where it contains 5 items, in which it is the same as the number of items in master.
However, someone did some commits and pushed in a few more items into the master branch, and hence now it has 8 items.
As my pull request in the develop is still not yet approved/merged, whenever I tried to update my pull request, I am getting the message stating that This pull request can't be merged. You will need to resolve conflicts to be able to merge and asked me to do the following:
git fetch origin master
git checkout develop
git merge FETCH_HEAD
git commit
git push origin HEAD
And this happens after I have 'pushed' out my commits, making me confused at times. Then I realized that it is asking me to re-add and re-commit in the additional 3 new items. So does this means I must ensure that the items and contents between these 2 branches of mine should be the same as always? I have always used git pull/fetch but will there be a better way for me to make sure?
What this means is that GitHub would like to merge your PR branch into master, but it can't, because there are conflicts. As you've discussed in the question comments, the best way to deal with this (usually) is to merge your master branch into develop on the command line. That will show you the conflicts and ask you to resolve them. Once you've completed and pushed that merge, the PR will be mergeable back into master using the green button on GitHub.
You could simply merge your deploy branch into master (which I realize sounds a bit more sensible). In that case, you'd be bypassing the PR entirely. You'd have to close the PR "unmerged", and separately you'd manually push the merge commit to master.
By doing it the first way,
you make a better audit trail by merging to master on GitHub, using the PR;
you give your team a chance to review your code after the merge, before it lands on master; and
if you have automatic tests (such as Travis CI or CircleCI) which check PRs, you give them a chance to run your merged code as well.
I've made multiple commits to my local repository and now I intend to do pull request to submit these changes over to the source/master.
When I do a pull request, it automatically includes all of my commits. I couldn't locate a way to submit each commit in its own pull request. Could someone please give some pointer on how to do this on GitHub.
Update
To clarify on this question, I forked a new local repo from upstream/master. Then, in my noobie-ness, I made new files in my local master itself without branching repo out first. So, effectively, my question is with these changes committed to local master repo, is there a way to raise pull requests for each new file one by one, and not for all of them in one go.
Many Thanks.
I'm not sure if there is a better way in GitHub, but in general, you can create a new branch for each pull request, cherry-picking the commits you want for each request.
The new branches should preferably be based on upstream master to make the merge painless.
Using command line git, using origin as your own github remote repo, upstream is the upstream remote:
git checkout -b {my_pull_request_feature_branch} upstream/master
git cherry-pick {sha1_of_first_commit_for_feature_X} [sha1_of_another_commit_for_feature_X] ...
git push origin {my_pull_request_feature_branch}
Repeat for each pull request.
When you do a pull request on GitHub you can then choose which branch you want to send in your request.
A commit does not stand on its own, it always links to the full previous history. So if you ask to pull commit B which depends on your commit A, then you are also asking to pull A, because your work in B depends on it.
If you want to submit multiple independent pull requests, you should make sure that those commits are completely independent of each other. So they should be on their own branches. This also makes it easier for the project maintainers to integrate your pull request, as they can just merge the branch without having to cherry-pick stuff.
I've forked a repo on github to do my own customistations.
However, along the way, I discovered a bug and fixed it and would like to send a pull request upstream.
I followed the guide at:
http://gun.io/blog/how-to-github-fork-branch-and-pull-request/
And have created a branch with just the bugfix on it - but when I go to submit a pull request to the upstream - it lists all the changes I've made since I forked, I can't seem to find a way to isolate the bug fix patch.
I don't want to send all my changes, and I'm guessing they don't want to receive them - so how do I send just the bug fix?
If it helps, the repo is
https://github.com/chrisjensen/ankusa
The branch is untrainfix
The way pull requests work is to apply a commit from a fork on top of the upstream repo.
For that, the easiest way is to make your fix on the same branch than the one you intend to apply it (by making a pull request) on the upstream repo.
In other words, all your changes should be done in a custom branch, except for the fix, that you should do (or report by cherry-picking) on the same branch than the one used in the original upstream repo.
If you want to fix a bug on master from upstream, make your fix in the master branch of your fork, by first making sure your master branch is identical (git pull) to the one in upstream.