As I understand git-flow, developers create feature branches off of develop, once they are done with a particular feature branch, the code gets merged into develop. When we want to release to live, develop is then merged into master. In our case, develop will be what is currently deployed to our Dev environment while master will be what is currently Live. This is all well and good.

The thing is that we have another environment that we need to deploy to before Live, ie. Test. We want to have a test branch that will always represent what is currently deployed to Test.


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I'm working with git flow and a doubt arouse about the master branch. I have development and user acceptance working on develop branch and when I finish the test, I merge the develop with master branch and put into production. My question is if something goes wrong after this merge with master branch, I will not have tested it. What should I do to have the master branch tested? How to ensure that the master is not broken? Is there any pattern?

In a properly implemented Git-Flow strategy, anything you merge into master should be fully ahead of master 1, so you would never need to test what you'll get after merging into master, as it will be the identical state before and after the merge. (And presumably you have fully tested the branch before merging into master!) The reason this is true is that when hotfix branches are merged into master, they should be immediately merged back down into develop too (or into a release branch if one currently exists). This means there should never be any code that is only on master and not yet in the branch you're about to merge into master. As documented by Git Flow regarding completing hotfix branches:

When finished, the bugfix needs to be merged back into master, but also needs to be merged back into develop, in order to safeguard that the bugfix is included in the next release as well. This is completely similar to how release branches are finished.

Side Note: You mentioned that you are merging develop directly into master, and you can do that if it's working for you, but I just want to point out that typically in Git Flow you use a release branch instead. Doing so enables simultaneous development on develop while you are hardening a release as it awaits deployment. Here's a question that discusses this, and my answer there provides some tips for how to avoid creating release branches in Git Flow, if you normally don't need them.

1 In Git we oftentimes say that one branch is "fully ahead" of another branch when the first branch can reach the tip commit of the second branch. For example, develop is ahead of master if the tip commit of master is in the history of the develop branch. In this case however what we actually mean is that all commits with state changes in master are present on develop, and this distinction exists only because of the --no-ff requirement when merging into master, so it's possible that master might have some merge commits that don't yet exist on develop. Those merge commits do not contain any new state though, so we can say from a practical point of view that develop is fully ahead of master.

From a purity standpoint, my personal preference is to always have every commit on master be present in develop or release before merging into master, so that we can say "fully ahead" and mean it from a commit ID standpoint as well. To achieve this, you can slightly tweak the documented Git Flow by, instead of merging release and hotfix branches back to develop after merging into master, merge master back down into develop. This achieves the identical state but also achieves the "fully ahead" meaning that we like to see in Git. It also means anytime you merge anything into master, you could do a fast forward merge, but we choose to use --no-ff instead to maintain a historical record of when the merge occurred, and exactly what was merged. Using this tweak, the fact that you could have done a fast-forward merge is the proof you need that you don't have re-test master after the merge.

If the master branch changed since you forked the develop branch, you certainly could break master after merging develop (especially if you had to sift through merge conflicts), even if develop was working fine on its own. The way to make sure that master isn't broken after merging is to have good unit tests for master to make sure no existing functionality is broken, and then add and run additional unit tests for develop which test the new feature works after its merged.

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I've configured SPI-B as master and SPI-A as slave. The transmission is on 16bits. The data received by the slave is correct, the problem is the master. It seems I always miss one more shifting. For example, if the slave sends 0x5A5A, the master reads 0x2D2D. The Clock Polarity and Clock Phase are set to 0 for both the master and the slave. I've scoped the SIMO and SOMI and observed that the SOMI outputs the data a bit later than SIMO. But the master is supposed to read the data on the falling edge, right? So, this shouldn't be the problem. Anyway, I've tried to set the Clock polarity of the slave to 1. Now, the master reads the data correct, but the slave misses one shifting. The sendings and readings are done on tx/rx fifo interrupts. ff782bc1db

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