The corners seem a bit rounded & the cat does not fill the box up completely at the sides. Setting margin: 0 could help fill up the box more. I’m not sure where the rounded corners come from, but try border-radius: 0 if it’s unintentional.
Depending on the fit, more padding could be good.
Have you tried getting your cat involved in politics? I prefer setting left: 100% and right: 0%, but it’s up to you. (Do note that these values are not inherited by children.)
it’s probably a file
Maybe, but I wouldn’t be surprised if it were only kept in memory, being monitor-specific & re-retrievable.
If it’s not stored in a file, perhaps KDE cli tools or debug utilities could help.
I see that you don’t use a shell with completions.
Can’t viable organs only be harvested from living bodies? Did they harvest them from prisoners, or did they just cut up the bodies for fun?
The proportions used in the alloy don’t matter. Rust is a build dependency of Chromium, which only makes sense if Chromium itself contains Rust, however little it may be. Thus, whenever an amount of Chromium is added to a substance or application, a small amount of Rust will also be added.
When Rust is introduced to software, it tends to grow in size and often in proportion too, compared to the rest of the codebase. For example, in the Case of Chromium, the amount varies depending on the age of the Chromium used. In samples of young, and even fairly mature Chromiums, no Rust is present, but resent samples show an ever-increasing amount, though I’m not sure how the Rust was initially introduced to the project.
Depending on the piece of software in question, it may start completely Rust-free, like Chromium and Linux, or it may be composed of almost pure Rust, like Servo and Redox OS. 100% pure Rust is, as of now, mostly theoretical, though tiny projects requiring manual invocation of rustc have been observed. This is due to the small amount of configuration for a build system, for example, TOML, in the case of Cargo. This allows Rust to be developed easily & ergonomically, even in large amounts. Though recent efforts in Cargo script have sought to alleviate these problems and enable true, pure Rust to develop.
In short, like life, software naturally evolves into the form of a crab. This process is called carcinisation.
Is it true that unless they’re European, it’s legal to shove cookies down their throat, even if the cookies you’re force-feeding are malicious or 3rd-party?
On a different note, do you happen know a good cookie blocker? A *cough* friend is trying to diet.
makedepends=('python' 'gn' 'ninja' 'clang' 'lld' 'gperf' 'nodejs' 'pipewire'
'rust' 'rust-bindgen' 'qt6-base' 'java-runtime-headless'
'git' 'compiler-rt')
If Chromium is so resistant to Rust, then why is it a build dependency?
https://gitlab.archlinux.org/archlinux/packaging/packages/chromium/-/blob/main/PKGBUILD
Anna’s archive, known for “open-sourced” books. They scraped spotify recently.
my new laptop literally is more than double in each spec
13.6"
Where did you find a laptop with a 27.2" or larger screen?
If it were a magic lang item, you could treat the resulting value in a special way. Then, you could create an optimization pass for this situation: if a variable is assigned random in a loop and the loop can only be exited with a certain value, the compiler can coerce the magic rand value to it.
You could do a lot worse. If the type of i was an object, you could overload the negation operation to have side-effects for the third snippet, for example.
I don’t know what I was thinking.
But, if you borrow C’s semantics, you are allowed to “optimize” away side-effect-less loops, even if they would never terminate. But that would require the random method to be pure.
I feel like an idiot. Also, in the “Good” example, no underflow occurs. i goes from 0 to -10, and x is assigned to -i every loop.
It might still be possible to optimize away the random number example, if the random function were made a magic language item, but it would not be even remotely close to being worth the effort.
The compiler should be able to optimize all of them to the same machine code.
x==10, so as long as the nextInt() method doesn’t have side effects, the loop should be eliminated. But, again, language semantics can affect this.Edit: Very wrong for 3 & 4, see replies.
I meant the following:
The bootloader installer package is distro dependent, the bootloader the package installs isn’t. You can boot Debian no matter if the GRUB is installed from Debian stable, Debian Sid, Arch, Fedora or even FreeBSD. Otherwise, dual booting wouldn’t work.
Like I said, I’ve done that before, though with SystemD Boot instead of GRUB, which was a bit simpler due to how the bootloader is configured.
emerge --ask cake
...
[ebuild N ] dev-dotnet/cake-5.0.0 USE="-debug"
Huh. Seems like Gentoo really has a cake recipe.
As it’s a bootloader, it should make almost no difference which distribution was used to install it. (I’m not sure if Debian patches their GRUB.) I just used Arch as an example, as it is famous for being up to date. And, no matter where it’s installed from, if you’ve made changes to GRUB’s configuration, you’ll have to copy it over to the live distribution to keep your changes.
Yes, Debian Sid might be more familiar for Debian users, but that’s it.
Edit: You said “get the grub debs from Debian sid”, but installing Sid packages on non-Sid systems isn’t something that you should do.
But bootloaders are distro/OS agnostic. Why wait for Debian, when you could, for example, boot an Arch live ISO to install a newer GRUB?
I don’t use GRUB, but have done the same thing with SystemD Boot before. As GRUB’s configuration system is a bit more complex, you might have to mount your main install to get the correct config file.
Unlike Windows, on Linux you need to run ./<command> instead of just <command> for executables in you current directory.
Rust & cargo do more than just compile. For example, it basically has buit-in ccache.
It is also easier to split large libraries into multiple crates, though an average project still uses more libraries than an equivalent C project. I wouldn’t be surprised if the “AI” also pulled in more libraries than needed, or has unnecessary library features enabled. I’m pretty sure that a cargo plugin for pruning unused libraries was featured on the rust blog, as a featured third-party plugin for a cargo release.