That doesn’t have anything to do with whether it’s open-source or not.

I can’t think of any reason the backend can’t be open-source too.

I missed the word “server” every time and thought it was a client, and spent far too long trying to figure out how you’d play Minecraft in Bash. Text based? ASCII graphics?

I’ve been using Alma for a while and been happy with it. Like RHEL types, it’s slightly behind on versioning, but that’s by design.

No, but it’s a hell of a lot easier to put huge language datasets into the machine learning blender and get a model out, instead of manually programming every conceivable linguistic construction.

Yes, and that’s a good thing if you don’t want it to start killing processes. You have that extra time/space to deal with the out-of-memory condition yourself.

Or you can ignore that condition and continue using the system in a degraded state, with swap as “disk RAM”.

Nobody. And it’s not like Red Hat runs the X.Org Foundation, either, at most they have one seat on the board. Development will continue.

I’m not sure what that post is meant to show, if swap isn’t “disk RAM”. That post even concludes:

Swap […] provides another, slower source of memory […]

PSoD is already used by VMware ESXi. And Windows Insider builds, I think.

Maybe green?

If it’s only on the ESP, it won’t persist across reinstalls, and definitely not drive swaps.

But I do see mentions of attacking via firmware capsule. If that works, then yes, that will persist.

A singularity is the single point mass at the center of an ideal (Schwarzschild) black hole. But mathematically, that can only happen if the mass that forms the black hole isn’t rotating. In reality, all the mass in the universe is moving around, because mass is not distributed uniformly, so gravity is pulling stuff around in a big mess. So when a black hole forms, it’s definitely a rotating (Kerr) black hole.

A rotating mass has different gravity than a non-rotating mass. Not by much, but when you’ve got the enormous mass of a black hole, it becomes significant. This causes objects “falling into” a black hole to “miss” the point at the center, and form more of a cloud during spaghettification.

The article is fairly accessible if you sit down and read it.

Honestly, inside the event horizon, everything stops making sense compared to our day-to-day experiences. The immense gravitational forces distort space and time. It doesn’t really make sense to think about objects remaining intact as recognizable objects once they cross the event horizon.

First result on google: https://www.circuitlab.com/

The monitor seems to be recommending you use mode 1280x1024. Have you tried that?

Either self-encrypting drives (if you trust the OEM encryption) or auto-unlock with keys in the TPM: https://wiki.archlinux.org/title/Trusted_Platform_Module#Data-at-rest_encryption_with_LUKS

Same. Well, not forced, but using Linux would just make everything more difficult. I like being able to drop to a shell and use a Linux environment with its useful utilities to manipulate stuff on my Windows PC.

Yeah, I could use mingw, but that is a pain, and I can’t just apt install stuff.

Google Drive does not count as cloud backup, especially for something business-critical.

What do you mean “doesn’t work”? Is there some error message in the log (dmesg, /var/log/messages, on the console, whatever raspbian uses)?

Still can. Only a few years ago, I would cat random things to classmates’ tty devices.

Yeah. I know of ancient AS/400 and slightly less ancient RS/6000 systems still humming along, keeping insurance companies running.

But they probably haven’t seen software updates in decades. Linux 1.0 didn’t even exist when they were new, let alone 6.7.

Is anyone actually running modern Linux on Itanium? I have never in my life even heard of anyone using those chips. I find it hard to imagine anyone still using them that isn’t running something legacy.