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Joined 3 years ago
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Cake day: June 21st, 2023

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  • One of the benefits is only needing to have 64 bit libraries. With this change most people can drop their 32 bit stuff.

    Bits are literally “binary digits”. So more bits means bigger numbers. The reason you get more memory, is because when the code says “put this data in memory spot (number bigger than 32 bits)” … you cant with only 32 bits. How do you represent that number.

    Imagine that you want to put something in memory spot 150, but you only have 2 digits. You cant. Bumping it up to 4 digits, you can say “put this data in memory address 0150” and its fine. “bigger numbers == more addresses == more places to put stuff”

    So anywhere you need a number bigger than 32 bit represents, you can either just use a 64 bit number, or do a bunch of shenanigans. Those shenanigans require extra calculations inevitably. https://en.wikipedia.org/wiki/2,147,483,647 If youve ever seen this number before, it’s probably because of a 32 bit limitation. It shows up all sorts of weird ways.

    Bigger numbers here aren’t about taking up more space, just representing literally bigger numbers. “9999” only takes up 2x as much “space” as “99” but it repesents a number ~100x bigger.

    Sorry, I’m tired and rambling.


  • Another solution I’ve played around with, but it didn’t work super well… would be krfb-virtualmonitor

    KDE’s remote framebuffer tool for making a virtual monitor to VNC into. For me it didnt do what i wanted because I have 3 other monitors and I couldn’t assure that things would launch directly into the virtual monitor… and it doesnt support any sort of dynamic resizing… But there might be something there.

    I also hope that this kind of stuff improves in the future because of the Steam Frame. In Tested’s video, he calls out that he can only stream games at 21:9 if his 21:9 monitor is on. And other VR friends have pointed out the desire to dynamically resize content in the headset. So maybe this will get better in the future.

    For me the issue is that i have a OLED 21:9 desktop, and streaming to my Steam Deck risks burn in on my desktop, and annoying black bars on my steam deck… I’d love to just have a 1280x800 faux monitor to stream to my steam deck, nothing needs to be visible on the desktop (headless, like you want).

    But anyway tl;dr - krfb-virtualmonitor vaguely worked but not for what i needed. Virtual monitors are definitely a possibility








  • According to Debian users, “stable” means “unchanging” and not “doesn’t crash or have bugs” … If you still ship 100% of the changes but just delay them by 2 weeks, you have the same number of changes. So by the Debian definition of “stable”, no, it is the exact same as arch.

    By the everyone else definition where “stable” means “doesn’t crash or have bugs”, then also no. Shipping buggy code 2 weeks later doesn’t reduce bugs. And if you use the AUR at all, then things get worse, I’ve found, as the AUR pkgbuilds expect dependencies to match current up to date Arch repos.

    tl;dr - no






  • My arch install is 10 years old at this point.

    I would be interested to know what inspired the need to “feel fresh” from OP. Is this an extremely underpowered laptop that just can’t handle having a few extra packages installed? Is it the Windows bad habit just making them perceive it as “needing a cleanup” ?

    If you have hard drive space, unloaded packages are generally never loaded and just take up storage, not CPU/memory (though you should check to see what services are running too).

    Also importantly. pacman -Qdtq and pacman -Rns are 2 separate commands. “Qdtq” means “Query, dependencies, unrequired, quiet” (“quiet” makes it so just the package names are output, to be more neatly piped into the second command. This queries the unrequired dependencies (ie, packages that were installed along with another package, but are no longer used by another package), and lists them “Rns” means “Remove, no backup, recursively” . and the - at the end means “Use the values from the first half of the pipe”… This removes the packages listed, skips creating any .pacsave fields for config files, and then once the package is removed, checks all of ITS dependencies to see if they can be removed as well.

    For this command, a “dependency” is any package that is installed as a dependency of another package (and hasn’t been directly installed manually). If you installed package X, and it brought in package Y and package Z, then uninstalled package X, and now youre worried about package Y and Z, this will find them and clear them out.

    This also teaches us that if you uninstalled package X with pacman -Rs packageX , the s bit would make sure that package Y and Z were cleaned up at removal time in the first place.

    But overall, there’s very little reason to reinstall arch unless you are running out of disk space due to how many obsolete packages you have hanging around and they are all explicitly installed so wont be cleaned up with the above method.

    But worst case, if you manage to break things just by clearing out unused dependencies, you can just copy your files off and do a full reinstall. Your system works right now, why reinstall? Might as well try to improve it a little bit (if thats even needed) before giving up and starting over.



  • Back in october I travelled for a lan party. I didnt bring my linux desktop with me, and just brought my steam deck and dock, and when I got there, borrowed a keyboard/mouse/monitor.

    Then i swapped it to desktop mode, and the people I was with all commented on “Oh wow! it’s just like a regular computer”

    One of them has explicited said they were fed up with microsoft’s BS and would swap their gaming PC over to steamOS once it’s formally released for desktop (they were uninterested in Bazzite and wanted an official Valve release for their gaming PC).


  • It’s immutable (you can’t break the core OS, there is no deleting system32). You can’t install packages (like you would from AUR), but have access to flatpaks.

    Firefox is preinstalled, but anything from flathub is also available.

    So yes, it has all the things most people need from a desktop OS, and is harder to break, and is supported commercially.

    It has a desktop mode, I’ve never looked into whether you can boot to desktop by default. But I would imagine if they released a desktop friendly version, that would be an option.


  • SteamOS has a web browser.

    It boots by default into Steam Big Picture mode, which is the SteamOS/HTPC style “intended to be used with a controller” layout.

    In the power menu, it has a “switch to desktop” button that drops you to KDE. Firefox is pre-installed, and immediately available for use.

    But also, it’s just an immutable OS with plenty of things installable via flatpak in KDE Discover. Which means Slack, Discord, Zoom, Chrome… all of the “desktop” things most people need are available.