You're describing some Hollywood version of SF, not the real world. Speaking is not faster than pressing a key or turning a knob (like try to operate a CAD or a DAW without keyboard and mouse). And for most report/infographic, you mostly need to design a few dashboard and almost never change them, because those are your core metrics that you need to monitor. And the ability to sketch even a simple wireframe relies on a lot of knowledge that most people don't want to burden themselves with.
In the real world a verbal description to start off a design from a template is _very much_ a competitive advantage.
I dabble in music production and having a DAW to help me guide some parts of the process would be extremely useful to get me out of certain creative ruts.
Whenever I send a big diff. I spend some time annotating with comment first to helps the reviewer. A good summary of the changes in the description, the I annotate the diff of the PR, explaining approaches, the design of a specific changes, tricky part of the code, boilerplate,... Trying to guess the context is where the review bottleneck is, so I present it alongside the code.
> the "update branch" button for PR B is grayed out because there are these hallucinated conflicts due to the new squash commit
Those are not hallucinated. PR B still contains all the old commits of A which means merging would apply them twice. The changes in PR B are computed according to the oldest commits belonging to PR B and main which is the parent of squashed A. That would essentially means applying A twice which is not good.
As for updating PR B, PR B doesn't know where PR A (that are also in PR B) ends because PR A is not in main. Squashed A is a new commit and its diff corresponds to the diff of a range of commits in PR B (the old commits of PR A), not the whole B. There's a lot of metadata you'd need to store to be able to update PR B.
I guess to me, I'm looking at it from the perspective of diffing the repo between the squashed commit on main and the tip of the incoming PR. If there are merge conflicts during the rebase in files that don't appear in that diff, I consider that a hallucination, because those changes must already in the target branch and no matter what happened to those files along the way to get there, it will always be a waste of my time to see them during an interactive rebase.
I don't think we need to store any additional metadata to make the rebase just slightly more smarter and able to skip over the "obvious" commits in this way, but I'm also just a code monkey, so I'm sure there are Reasons.
The tip of B is the list of changes of both A and B, while the tip of main is now the squashed version of the changes of A. Unless a branch tracks the end of A in the PR B, It looks like more you want to apply A and B on top of A again.
A quick analogy to math
main is X
A is 3
B is 5
Before you have X + 3 + 5 which was equivalent to X + 8, but then when you squash A on on X, it looks like (X + 3) + (3 + 5) from `main`'s point of view, while from B, it should be X + (3 + 5). So you need to rebase B to remove its 3 so that it can be (X + 3) + 5.
Branches only store the commits at the top. The rest is found using the parent metadata in each commits (a linked list. Squashing A does not remove its commits. It creates a new one, and the tip of `main` as its parent and set the new commit as the tip of `main`. But the list of commits in B still refer to the old tip of `main` as their ancestor and still includes the old commits of A. Which is why you can't merge the PR because it would have applies the commits of A twice.
The magic of the git cli is that it gives you control. Meaning whatever you want to do can be done. But it only gives you the raw tools. You'll need to craft your own workflow on top of that. Everyone's workflow is different.
> So while I'm working on my branch, I can iteratively make a[...]which means git blame tends to be much more accurate and helpful
Everything here I can do easily with Magit with a few keystroke. And magit sits directly on top of git, just with interactivity. Which means if I wanted to I could write a few scripts with fzf (to helps with selection) and they would be quite short.
> And while I'm working on a branch, I still have access to the full history of each commit...
Not sure why I would want the history for a specific commit. But there's the reflog in git which is the ultimate undo tool. My transient workspace is only a few branches (a single one in most cases). And that's the few commits I worry about. Rebase and Revert has always been all I needed to alter them.
Maybe some keybind in a software. Another mentions Claude code, so it may be used to enter new line where enter is bound to send the prompt.
Terminal programs don’t see key events. It’s all text. I just checked st (suckless) code and the RETURN key will send “\r” aka carriage return. Control+j is “\n” or line feed.
I’m not a native English speaker, but isn’t gatekeeping exactly that? Blocking suspicious entities unless they’re allowed through by someone higher in the hierarchy?
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