He is. By using statically linked binaries.
Technically this is conflating two things: bundling dependencies and static/dynamic linking. But since you have to bundle your dependencies to use static linking, and there’s little point dynamic linking if you bundle your dependencies… most of the time they are synonymous.
Exceptions are things like plugins, but that’s pretty rare.
I don’t know why you’re being downvoted. It literally starts with the word OPINION in bold red caps.
asking the maintainers to lock down APIs which the C devs purposefully leave malleable, in part, to avoid binary blob drivers being feasible.
No, they were asking them to define the semantics of the filesystem APIs. Those semantics are not encoded in the C API but the Rust devs wanted to encode them in the Rust API to avoid making mistakes.
The C devs didn’t want to, not because of concerns about binary drivers, but because the semantics are already broken. Apparently different filesystem drivers assume different semantics for the same functions and it’s a whole mess. They don’t want to face up to this and certainly don’t want anyone pointing it out, so clearly it must be the Rust devs’ fault for wanting APIs to have consistent semantics.
The rest of your comment is nonsense.
PDF writing isn’t too bad IMO, since you don’t need to understand the whole spec. I’ve written a PDF writer for maps from scratch and it was fairly easy and not too much code.
PDF reading though… Yeah I’m happy to leave that to people with more time and use their libraries.
A modern format would be nice, but I don’t think it would be anywhere near nice enough to give up how universal PDF is.
Eh, it practice it works extremely well. I can’t remember a single instance where a PDF document rendered incorrectly.
The format is very old so it’s not surprising it has picked up a few WTFs. I’m happy to keep those hidden below the abstraction.
Totally depends what you end up working on as a programmer. If it’s web apps, you’ll be totally fine. All you need is basic arithmetic. Writing a game engine? You’ll need to know some basic to moderate matrix maths…
If you’re doing formal verification using unbounded model checking… good fucking luck.
On average I would say most programming tasks need very little maths. If you can add and multiply you’ll be fine. Definitely sounds like you’ll be ok.
Why do you say it needs more time in the oven? I’ve had zero issues with it as a drop-in replacement for Pip in a large commercial project, which is an extremely impressive achievement. (And it was 10x faster.)
I tried Poetry once and it failed to resolve dependencies on the first thing I tried it on. If anything Poetry needs more time in the oven. It also wasn’t 10x faster.
Is there any reason to use this now that Krita exists, sane name and all?
I agree, those are fantastic icons. Very clear.
I don’t think libuv is really that popular, nor is it that confusing.
But I do agree it’s not a very good name. “Rye” is a much better name. Probably too late anyway.
Yes it’s terrible. The only hope on the horizon is uv. It’s significantly better than all the other tooling (Poetry, pip, pipenv, etc.) so I think it has a good chance of reducing the options to just Pip or uv at least.
But I fully expect the Python Devs to ignore it, and maybe even make life deliberately difficult for it like they did for static analysers. They have some strange priorities sometimes.
There’s also CPC/Farnell but none of those are in the same league as McMaster Carr. Much smaller ranges, worse prices, worse websites, missing CAD models, etc.
Another option is Misumi but they have even worse prices and don’t even sell to individuals.
I’d recommend going to McMaster Carr just to see what we are missing out on.
I wish we had something like McMaster Carr in the UK. I don’t even care if it’s fast! You guys had better appreciate how good you’ve got it.
There’s a “proper” version of this hack called early oom. I haven’t used it though and now that I look at it it seems like it uses the same completely broken “guess which process to kill, who cares if it’s init” system that the normal oom killer uses so your solution sounds better.
Is it so hard to just pause the system and ask the user which app to kill?
Interesting, so that’s sort of customising the image somehow? Does it use an overlay FS or something?
Hmmm I guess this kind of makes sense - most distros push Gnome above KDE (probably because it doesn’t look like this - where’s Tantacrul when you need him?). On the other hand, there’s already Kubuntu…
I’m a bit skeptical about immutable distros too. What if I want to install a package that isn’t already installed and isn’t available as a Flatpak/Snap? Seems like it’s going to run in similar issues to everything else that tries to wade upstream against the bad decisions of the existing Linux packaging zeitgeist, e.g. how Nix has to install everything in one root-owned directory because nobody cares about portable installation.
That’s cool, but in my experience if you get to the OOM killer then 80% of the time it’s too late and your system is basically dead. My laptop hard reboots most of the time when this happens.
Hopefully it works with the early-OOM hacks.
I have 32 GB but it’s not enough. Try opening 8 instances of VSCode, Firefox and Chrome with a few dozen tabs. Unfortunately my laptop doesn’t support 64 GB of RAM.
I have never seen a single C++ codebase do that. It helps but it’s not a practical full solution.
I think there are some crates that wrap the unsafe code for you, e.g. https://github.com/rodrimati1992/abi_stable_crates/ (I haven’t ever tried it).