Bad news buddy, that’s exactly how you become a programmer. /irony

cool-new-thing factor: KDE plasma 6!

I found the “Fall apart” option last week which makes windows explode into tiny bits when you close them. Never had so few lingering windows open in my life.

I swear we must have started posting at the same time, but adding an alt text to the image cost me 2 minutes apparently. xD

https://xkcd.com/1205/

Give Ubuntu Studio a try maybe? It comes with a lot of audio production stuff preinstalled and preconfigured, one of the most important ones in this context being low-latency process scheduling.

Essentially most distros just have default process scheduling options, which means a process might be starved for CPU time, theoretically for up to 2s or so at a time, which is very bad if that process is generating or consuming an audio stream. Low-latency scheduling, while not entirely preventing it from happening, should significantly reduce this.

You could also just configure most other distros Kernels to do low-latency scheduling of course. Or if you don’t want to muck about with kernel settings try Ubuntu Studio, which has that and more all ready to use.

Well that one is pretty obvious isn’t it? Consoles and the like have a single target hardware, or very few at least, so their testing is way more reliable. Meanwhile a random PC will have one of several hundred chip designs, implemented by a few dozen different vendors, ranging over decades. Development for and testing under such conditions is just way more complicated, so all devs can really do is aiming for #worksonmymachine and hope for detailed bug reports and feedback when others have issues.

Well I haven’t tried it, but if you want to just play around with it you should be able to emulate a RISC-V system in a VM, e.g. using qemu: https://www.qemu.org/docs/master/system/target-riscv.html TL;DR: It’s kinda complicated, lots of different board/chip designs to choose from. But seems possible. Several Distros like Ubuntu/Debian seem to have RISC-V releases around.