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Welcome back to 1985 I guess. Now you’re going to need a green phosphor CRT and a dot matrix printer.
And then this thing on top of that, again. Over and over.
It kinda does matter if you want updated drivers and packages and stuff. I use Debian because I love its bare bones, generic approach and I’m used to it, but I’d never recommend it for anyone playing the latest games unless they like cruising five years in the past.
I’m a single dude who sells custom electronics with open source software on them. I sell maybe two PCBs a month. It just about covers my hobby, I’m not even living off of it. I can’t afford commercial licenses. There has to be tiers.
In return, I’ve made every schematic, gerber file, and bill of material to my stuff freely available.
And when it’s really unusable as a desktop anymore, it can become a headless PiHole server. There’s always a use. Back in 2005 I was using an old Pentium MMX laptop with a broken screen as a Wifi access point/router. I even bought a two-way 2.4Ghz amplifier to hang off the laptop’s PCMCIA wifi card to boost it throughout the apartment.
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I’m a C/C++ dude but I heard it being called the “Karen compiler”. It doesn’t look that scary based on samples I’ve seen, but there’s way more to it I am assuming.
I learned how a kernel actually loads a program and switches between them by using timer interrupts and interrupt vectors that point to specific locations in memory to resume execution from. Not specifically Linux related, but I’m trying to learn more computer science, and it just clicked for me two weeks ago. I’ve been programming microcontrollers for ten years, but those are monolithic programs, and while I knew what interrupts were and have used them, I never understood how an OS actually runs multiple things while staying in control. Now I do. About time I understood a core concept of these machines that have been here all 42 years of my life.
It’s one of those “aha!” moments like when I realized classes and structs are just data types like any other in C++ when I was starting off programming and can be used like them. OOP became fun after that.
They’ve been doing this for decades. The Mac boot sound has been hard coded since Macs were a thing.
SGI used to do this with their Irix workstations.
It’s more like QBasic dialect, but it’s still actively maintained. It can generate binaries and everything for modern machines.
10 PRINT “FARTS” 20 GOTO 10
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I get that. I was just saying why it might tick some people off. My idea of a good OS is one that you don’t even notice while using it. It just sits in the background doing its thing and you don’t have to think about whether you’re using KDE, Gnome, or whatever, because it never makes itself known and you just happily use your programs.
Some people just don’t like their OS being used for that purpose and want it to be just a tool that shuts up and does exactly as it’s told and no more. I can see that point of view. Our computers aren’t free billboards. It’s like when car dealers stick their own custom logo on the cars they sell to people.
From one of the comments:
Security settings, for them to have any power at all to block malware, have to be default on and unable to be bypassed by the end user (because the end user will bypass them if they get in the way of whatever task/job they have to do right now).
Emphasis mine.
Are people that cucked now that they’re like “yes, please daddy, lock me out of my own machine”?
I’ve set Raspberry Pis to auto-reboot themselves at night if they are being used for headless network services that need to be available 24/7, just to clear out memory leaks or other things that may have gotten locked up. Not sure if that’s duct tape or just a standard practice. They aren’t the most stable things sometimes. They’re known for power supply and SD card issues.
They sure love them some Java. It’d be nice if they focused more on C/C++/Rust, you know, actual bare metal system languages that make you think about memory management.
Edit: I used to have a roommate who was studying compsci and they were making him program a PIC18F microcontroller on a development board in assembly. It was kinda fun because while he wasn’t using it, I’d have fun with it just programming normal C and making all the blinkenlights and gizmo peripherals on his board do shit, while he was struggling to even read a sensor.
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