I would say “finally”, but I’ve given up already.

I don’t see systems booting with systemd in any near future of any dimension. Instead I now run “terribly slow” OpenRC on my systems. Poor me.

Also the graph is pretty much zoomed in. It exaggerates the differences between the bars.

Predictions of which will win the race?

• noveau being useful with new nVidia GPUs
• we’ll reach the year of Linux desktop

Besed on the upvotes, it’s not only your opinion. 👍

Nope. I mainly get my games (curretly around 10 only) from gog.

Void offers musl too. Unless they’ve discontinued it.

But

compile everything yourself?

I do (almost) exactly that. I run Gentoo almost everywhere. The ‘almost’ is because Gentoo now offers an official bin repository too, so I can mix compiled and pre-compiled software. (Although you’ve always had the option to set up your own binary host).

Yikes.

I’d switch to musl on all of my boxes if it weren’t that nearly all precompiled software (closed source, games mainly) are compiled against glibc.

… and tmux session open in it.

It’s official now. ;)

I’ve only ever had minor ones on arch and pretty much nothing on gentoo.

My biggest complaint with Arch was that downgrading wasn’t officially supported.

With Gentoo I don’t have pretty much nothing to complain. But I get it’s not for everyone.

That said I’ve not ran many different distros as my main distro. I went with mkLinux --> Gentoo --> Arch --> Gentoo.

Yeah.

At maximum a bug/issue tracker is needed.

“server”

Oh, I’m familiar with ip command. I’ve just completely missed ss.

Wait? ss? why haven’t I heard of this?

Good bot.

deleted by creator

foot

Foot works fine here also.

virt-manager uses QEMU/KVM by default. Some distros do work in containers too.

Xen turn your PC into a hypervisor. Where you can switch your OS without much hassle.

Making each OS boot on bare metal will make you cry if you want to be able to boot several different OSes.

Choose one:

• XEN
• virt-manager

Yes. I stand corrected.

So the kernel memory management system wants to free up some RAM… it’ll either kick stuff out of the page cache (this is the disk cache), or write some stuff out to swap. vm.swappiness determines “relative I/O cost” of swapping something out versus dropping some disk cache (i.e. how much you think it’ll slow the system down.) Total value is 200, so default vm.swappiness=60 means page cache is 140 (200-60). 140/60=2.33, so it considers regular disk I/o to be about 2.33 times the speed of swap. Settings vm.swappiness=100 means swap and disk I/O are equally fast; on modern kernels, in case you had a fast swap system (like some auxillary RAM disk or optane ssds or something) you can even set vm.swappiness over 100 to say 150 to say swap is faster than your regular disk.

https://stackoverflow.com/questions/72544562/what-is-vm-swappiness-a-percentage-of