The first part is confusing what "middleware" means. Rather than "duplicating" functionality, it connects libraries (I'm guessing this is what you meant). But that has nothing to do with a language being compiled versus "directly executed", because compilation doesn't connect different services or libraries; it just transforms a higher-level description of execution into an executable binary. You could argue that an interpreter or managed runtime is a form of "middleware" between interpreted code and the operating system, but middleware typically doesn't describe anything so critical to a piece of software that the software can't run without it, so even that isn't really a correct use of the term.
The second part is just...completely wrong. Lisp, Fortran, and other high-level languages predate terminal shells; C obviously predates the shell because most shells are written in C. "Most original code" is in an actual systems language like C.
(As a side note, Python wasn't the first scripting language, and it didn't become popular very quickly. Perl and Tcl preceded it; Lua, php, and R were invented later but grew in popularity much earlier.)
It is similar to old error codes, but I feel that this makes one always have to be mindful of error handling and the non happy path
Technically you need a separate linter (errcheck) to ensure you don't just ignore errors. This is...not great. (That should have been a compiler error.)
I agree that it's a "cop-out", but the issue it mitigates is not an individual one but a systemic one. We've made it very, very difficult for apps not to rely on environmental conditions that are effectively impossible to control without VMs or containerization. That's bad, but it's not fixable by asking all app developers to make their apps work in every platform and environment, because that's a Herculean task even for a single program. (Just look at all the compatibility work in a codebase that really does work everywhere, such as vim.)
Huh. I had forgotten that git does actually create a file with the branch name. But it doesn't actually screw up the .git folder or lose your data when you try to do a rename like this; it just rejects the rename unless you also use the "force" option. This has been the case since at least January of 2020. But apparently it actually doesn't always use a local file for branch names, so sometimes there's a problem and sometimes there isn't, which I guess is arguably worse than just having consistently-surprising behavior.
I honestly don't even understand the joke. Case-insensitive file names cause problems, but what does that have to do with version control branch names?
Yeah, consistency is good, which is why it's good to follow the spec. I'm saying that the decision to make errors be flat strings in the spec was a bad one. A better design would be what you have, where code is nested one level below error, plus permitting extra implementation-defined fields in that object.
The spec requires errors to be a single string, and also mandates using the space character as a separator? I'm not a fan of deviating from spec, but those are...bad choices in the spec.
It had a reasonably clear warning, though; a screenshot is included in this response from the devs. But note that the response also links to another issue where some bikeshedding on the warning occurred and the warning was ultimately improved.
Yes, the dialog was changed, as part of this linked issue (and maybe again after that; this whole incident is very old). After reading some of the comments on that issue, I agree with the reasoning with some of the commenters that it would be less surprising for that menu option to behave like git reset --hard and not delete tracked files.
The user clicked an option to "discard" all changes. They then got a very clear pop-up saying that this is destructive and cannot be undone (there's a screenshot in the thread).
Wait, which one leaves you unemployed?