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Joined 9 months ago
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Cake day: January 31st, 2024

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  • Some suggestions for solid state alternatives as old mechanical magnetic storage has such a high failure rate. But retro whatever way you want, of course!

    You can get ide to compact flash or ide to sata adapters and get some reasonably modern solid state hard drive storage in there, if that interests you. I understand (haven’t tried personally) that compatibility can be kind of a crapshoot though.

    You can also get a gotek which has a floppy interface and can load floppy images from a USB thumbdrive. Which might be a more functional option than getting a USB floppy drive for a modern machine.



  • Nothing too complex, no. KDE desktop, some stuff from the AUR. LVM on LUKS.

    Perhaps it’s more fair to say that Arch takes more effort to maintain than any other well known distro except Gentoo (or LFS, if one considers that well known).

    I found keeping up to date on a fairly bleeding edge rolling release distro exhausting. I would, too often, come across issues with updates that required manual intervention to solve. And the AUR can be a crapshoot as far maintainers keeping them up to date and applying fixes. Nothing unmanagable, but not an enjoyable experience for me.

    No hate intended on Arch though. I think it’s one of the best distros out there, and the Linux community as a whole is better off for it’s existence. But it’s not something I want as my daily driver, and I suspect from what OP wrote, it might be the same case for them.

    Edit: Reworded AUR bit for clarity.





  • I wonder how repairable and maintainable these will be as compared to EV’s from other markets and if replacement batteries will be available as the original ones reach the end of their useful life.

    If these concerns end up being valid, and the tariffs are large enough that these cars aren’t priced particularly competitively, that’d be enough for this EV consumer to pass it up for his next vehicle. Will be interested to see how it plays out.

    Edit: Wanted to say I’m not against Chinese EV’s. If it ends up making sense to get one, I will.





  • It doesn’t copy data, no. Symlink is short for symbolic link. So it’s a pointer to another location. But it might be useful for you. Taking a guess at your goal, here’s a relevant example.

    Say you moved all of your emulation stuff stored under /media/largehdd/retroarch. You could then symlink that directory to ~/.config/retroarch like so:

    ln -s /media/largehdd/retroarch ~/.config/retroarch

    That data is still stored on the large drive but will now also show under that symlinked directory.



  • Apology not needed.

    I agree with you. The ozone layer is a great example of this being successful. And there are other examples of this kind of issue elsewhere. Like the we have to push for user repair rights or against planned obsolescence (which one could argue this is planned obsolescence, in thinking about it).

    A small number of informed users won’t disincentiveize companies from abusing the masses. Because most companies are garbage so of course they will if they can. And regulations are the solution. I’m not suggesting we ignore that. But those of us who are informed can still incentiveize those companies that do treat their customers well in the interim.

    I concede to the point though. I said, in effect, that supporting businesses that treat us well will help. But I suppose it’s more accurate to say that will, at best, stop things from getting worse.




  • This doesn’t fit the question exactly but I feel it’s in the same spirit, and a kind of interesting solution, I think.

    Back in the early days of scryptcoin mining, I had a few gpu mining rigs running Linux. Occasionally they would hard lock and I’d have to power cycle them.

    What I ended up doing is getting some usb to serial adapters, wrote a python script that ran on startup and would send a character over serial at a set interval in a loop. That was hooked up, if I recall correctly, to an attiny85 using softwareserial and some ttl to rs232 conversion. It would listen over serial and if it didn’t receive anything with a reasonable time frame it’d flip a relay that cut mains power to the pc, then flipped it back. A deadman’s switch, of a sort. It worked great!