• 3 Posts
  • 63 Comments
Joined 1 year ago
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Cake day: June 11th, 2023

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  • the qobuz webapp is hi-res too, I just use it in Firefox and my dac reports the same bit/sample rate that qobuz does. AFAIK there’s no compression there though I haven’t extensively verified that, only that the end result is 24bit/192kHz if that’s what qobuz says is playing.

    EDIT: Also, qobuz is nice because there’s very few things you can click on in the web interface which cause the music to stop playing. I really appreciate that feature… looking at you bandcamp…



  • Are your games all wine/proton games? For me in sway they all have the same class followed by some uid thing:

    ] > swaymsg -t get_tree
    [...]
      #92: output "DP-5"
        #70: workspace "21"
          #126: con "Automobilista 2" (xwayland, pid: 171976, instance: "steam_app_1066890", class: "steam_app_1066890", X11 window: 0x5400001)
    

    Or gamescope:

    ] > swaymsg -t get_tree
    [...]
      #92: output "DP-5"
        #70: workspace "21"
          #124: con "Assetto Corsa" (xdg_shell, pid: 170694, app_id: "gamescope")
    

    EDIT: Also allow_tearing was added to master 3 weeks ago, so this is definitely not in the current release. FYI to anyone who might try it.



  • Gatgetbridge (your link) has a breakdown of devices they support https://gadgetbridge.org/gadgets/ . You can click through the vendors to find devices which are both “highly supported” and “no vendor-pair”. Meaning most/all the features work without any reliance on the vendor app.

    As for the similarity you are asking about with pixel->GrapheneOS, there are very few watches that can run an alternative open source firmware or operating systems apart from the ones that are already open source, like bangle.js, pinetime, etc. Wearables are even more specialized than phones, they require specialized code designed specifically for them and would likely require pretty extreme effort to reverse-engineer.

    I use a pebble 2 HR with gadgetbridge but the watch it self runs the old pebble firmware which gadgetbridge talks to. This is fine for me, but if you are looking for a more modern watch you may have to make some compromises.



  • If you want to monitor sleep with it charging at night isn’t possible, and remembering to charge every single day during the day is annoying in my opinion. Not everyone wants sleep monitoring though, or likes to sleep with a watch on, so I get why there’s some division on the subject.

    My pebble 2 hr lasts about 5 days and I’m very happy with that frequency of charging. I think it was a bit better when new but that was a long time ago.


  • So, I’m not sure if the process has changed in the last decade or so but in a long-ago computer forensics class step 0, before all else, was to never operate data recovery on the original disk. Create a block level image of the entire device, then work on that.

    My go to steps for recovery have been the following in the years since:

    1. create an image of the entire disk (not a partition) using ddrescue ddrescue -d /dev/sdX <path_to_image>.img
    2. Run test disk on it selecting the partitions as necessary testdisk <path_to_image>.img

    If the disk has a complicated partition layout, or more effort is required to find the correct partition you can also mount parts of the disk.

    1. create an image of the entire disk (not a partition) using ddrescue

      ddrescue -d /dev/sdX <path_to_image>.img

    2. Mount the image as a loopback device with the appropriate offset

      losetup --offset <some_offset_like_8192> --show -v -r -f -P <path_to_image>.img this will mount individual partitions:

      loop58        7:58   0 465.8G  1 loop
      ├─loop58p1  259:7    0   1.5G  1 part
      ├─loop58p2  259:8    0 450.6G  1 part
      └─loop58p3  259:9    0  13.7G  1 part
      
    3. Then operate testdisk on whatever partition you want.

    All that said there are a lot of variables here and things don’t always work perfectly. I hope you do find a way to recover them.



  • Sway for a little over a year now (on an AMD gpu). I switched for mixed refresh rate support and VRR. VRR requires a workaround in sway but works better in others, like hyprland, however I like sway’s tiling better so I stuck with it. Also the absence of tearing in anything, ever, is worth it to me. I have two vertical displays and it was really hit or miss on X11. Sometimes GPU acceleration would just decide not to work in browsers and I’d have to restart them because smooth scrolling would turn into a stop-motion film. That’s never happened since switching to sway.

    EDIT: I used i3 before








  • I mentioned the client in there (4th paragraph), but mine was more of a general rant on the overall low effort that seems to have been put in to figuring out what the actual problem was. And that it is relatively common among people in the self hosting community to assume that Nextcloud is a lot simpler than it is. It’s a huge cloud suite consisting of many applications, clients, plugins, proxies, caching, database, etc. You need to have a pretty good understanding of how it all works, and how to investigate a problem, and ideally you should be testing before upgrades. Large organizations often even test endpoint applications like the desktop client and push out only tested versions to users via policy or some kind of endpoint management.

    I can’t really draw many conclusions from the very little information provided in this post, but I suspect OPs windows machine is not in an entirely stable state, which is what is causing some of these update issues.

    And, I put some of the blame for Nextcloud under-representing it’s complexity on Nextcloud’s marketing and AIO. You absolutely can install it without understanding anything, and that’s a little dangerous in my opinion because it is actually quite complex and you will probably end up breaking it at some point and need to dig in to fix it.