What tying your self worth to a commit graph looks like…
oh god, it’s me
Principle developer tip: rewrite history to make yourself seem smarter.
Soft reset the whole branch and commit a series of atomic and semantic patches (eg separating code, test, and refactor changes) that tell a clean narrative of the changeset to reviewers, future blamers.
Do you put effort into your commit messages before the rewrite, or just write something quick for yourself and then put in the effort later?
It’s a picture of the people who submit zero value comment spelling fixes to the Linux kernel so they can claim “I’ve submitted X patches to the Linux kernel” for KPIs or resume building
“Hey Bob, you’ve worked on the Linux kernel before, can you handle this CPU scheduler problem we’re having? Shouldn’t take you too long. We need it done before lunch”
“oh nice we’re also having issues with random packets being dropped, can you look into that? It’s business critical”
Hey man, I once had an engineering exec (who didn’t last very long) who decided engineers would be stack ranked by SLOC. You can imagine how easy that metric was to cheese, and you can also imagine exactly how that policy turned out.
Give an engineer a stupid metric to meet, and they’ll find a stupid way to meet it for you, if only out of malicious compliance.
I’d have a field day with that. Max line length 70 or 75, excessively verbose function and variable names, triple the normal amount of comments, extra whitespace wherever possible, tab width 8, etc. The possibilities are endless for that metric.
Please use Conventional Commits. Simple and easy to use. Plus it is very easy so combine with Versioning techniques like Semantic Versioning.
Honestly, I’ve worked with a few teams that use conventional commits, some even enforcing it through CI, and I don’t think I’ve ever thought “damn, I’m glad we’re doing this”. Granted, all the teams I’ve been on were working on user facing products with rolling release where main always = prod, and there was zero need for auto-generating changelogs, or analyzing the git history in any way. In my experience, trying to roughly follow 1 feature / change per PR and then just squash-merging PRs to main is really just … totally fine, if that’s what you’re doing.
I guess what I’m trying to say is that while conv commits are neat and all, the overhead really isn’t really always worth it. If you’re developing an SDK or OSS package and you need changelogs, sure. Other than that, really, what’s the point?
Any standard that wastes valuable space in the first line of the commit is a hard sell. I don’t see the point in including fix/feat/feat! just for the sake of “easy” semantic versioning because generally you know if the next release is going to be major or minor and patches are generally only only after specific bugs. Scanning the commits like this also puts way too much trust in people writing good commit messages which nobody ever seems to do.
Also, I fucking hate standards that use generic names like this. It’s like they’re declaring themselves the correct choice. Like “git flow”.
You can always adapt to your how repo. But yeah, that’s the point. If you can trust people to make changes on a repo then you should be able to trust them in using some kind of commit structure.
Generic names are probably used in order to crate a familiar, easy to remember, structurized commit format.
NGL I 'm a bit like that. I often do “work” commits so that my working tree is a bit more clean/I can go from working state to working state easily.
But before a PR, I always squash it, and most times it’s just a single commit
Same haha. But i use a combination of commits ( but not pushed ), ammending, fixups and usually clean it up before making a PR or pushing ( and rebase/merge main branch while at it). Its how git should be used…
Squashing
The
s“squash” command is where we see the true utility of rebase. Squash allows you to specify which commits you want to merge into the previous commits. This is what enables a “clean history.” During rebase playback, Git will execute the specified rebase command for each commit. In the case of squash commits, Git will open your configured text editor and prompt to combine the specified commit messages. This entire process can be visualized as follows:
Note that the commits modified with a rebase command have a different ID than either of the original commits. Commits marked with pick will have a new ID if the previous commits have been rewritten.
https://www.atlassian.com/git/tutorials/rewriting-history
You can also amend for a softer approach, which works better if you don’t push to remote after every commit.
The
git commit --amendcommand is a convenient way to modify the most recent commit. It lets you combine staged changes with the previous commit instead of creating an entirely new commit. It can also be used to simply edit the previous commit message without changing its snapshot. But, amending does not just alter the most recent commit, it replaces it entirely, meaning the amended commit will be a new entity with its own ref. To Git, it will look like a brand new commit, which is visualized with an asterisk (*) in the diagram below.
You can keep amending commits and creating more chunky and meaningful ones in an incremental way. Think of it as converting baby steps into an adult step.
