KDE Plasma. I just like it. It seems to have options to do what I want, for the most part. There’s some things I wish it had, like a way to programmatically get the active window under Wayland, so StreamController could automatically change pages.

I know it’s tangential to your comment, but I need to get this off my chest. I hate when things like Epic’s stance is framed as “not supporting” linux, when in reality they barely need to do anything to let the game run there. What they’re doing is actively detecting and blocking it.

Using pipewire, and I’ve tried both the SB X4 USB DAC, and a SBX AE-5 PCIe card. Obviously being Creative products that’s the cause of my issues, but I have found it very very hard to find alternatives. Every recommended option just supports stereo, it seems.

I think the audio interface thing needs a big asterisk; IF you are only interested in stereo, then it’s not much of an issue. But getting 5.1 to work has been a huge hassle for me.

I’ve had another try, this time I set chattr +C on the image directory just in case my using btrfs was causing issues.

I had a VM but somehow the virtual drive got corrupted? And it wouldn’t let me install, update or uninstall VC++ runtime as a result. I’m gonna try again later, but it’s a worrying start.

The point of use flags is to make it so if you don’t want to print, every package that would otherwise pull in CUPS as a dependency can be compiled without it. Stuff like that.

Gentoo also has a good system for handling multiple concurrent installs of different versions of some packages, e.g python.

If there’s software you want to install from source that uses automake it’s pretty simple to build your own package for it.

Very much a system for doing things your way, and a good way to learn linux IMO. To that end, no there is no installer, but the process is not that complex. Boot a live USB, partition and format a drive, download and extract a base system, install a kernel (there is a fits-most-needs one available now), install a bootloader. Reboot into your new system and continue installing what you need from there.

That’s the one :)

Whenever I read something on the lines of X`s new Y, I think of Curt’s new hat.

No problem! To expand further, I am 99% certain it would be perfectly viable to have a single disk volume group and just take advantage of LVM’s ability to create, resize and delete virtual partitions on the fly. I think you could also put all your disks into a single volume group, then ask it to not spread your logical volumes across multiple disks, if you wanted to. Could get a bit fiddly though.

You are correct, LVM combines 1 or more disks into 1 or more storage pools that can then be allocated out to logical volumes as needed.

If you just up and pull a disk from a pool (volume group), you’re gonna have a bad time. You can, however, migrate the “extents” allocated to that physical disk to another in order to replace the disk, and your logical volumes can be set up with RAID-like redundancy. There’s a lot of options on how to manage it.

IMO you should use LVM2 or one of the high level filesystems that have similar features, and then dynamically create partitions and mount them as needed. E.g. Suddenly need 50G for a new VM image? Make a partition and mount it where you need the space.

The antagonist of Cataclysm is actually legitimately scary.

It was a strong point of the original and Cataclysm…

I never liked the idea of my “likes” being a browsable list. What’s the point of retweeting, if likes are browsable?

Glad it 's finally changing. Broken clock, I guess.

Xitter is doing something I want? What’s the catch?

Awesome, gonna bookmark those for later. Thanks!

No problem. The one I used is an ESP32 DevKitC, and you can find info about it on Espressif’s site, or just google the pinout diagram. For basic tasks it should be all you need since it has lots of binary pins, two ADC channels, two DAC channels, realtime clock, special pins for waking it from deep sleep, two I2C, etc. Though if you want to do video input you probably want something else, I’m learning.

Anyway, if you can spare the money to get one just to toy with I’d definitely recommend it.

Okay so that is an issue with the ESP32, sure. There are a lot of variants.

So from what I can tell, the ESP32 is the SoC chip and what you usually get is a dev board which has that plus a bunch of power regulation bits, a USB connector and UART so you can easily program it, etc. That part varies mostly by pinout. I.e. Same features, different pin location.

There are also variants of the chip, but those are usually more costly and will be named things like ESP32-S2.

Every one I’ve seen can run off 5v or 3.3v and uses the latter for logic, so if you got yourself an arduino kit and then just bought an ESP32 dev board it would almost certainly work with whatever is in the kit. Both are microcontrollers, not microprocessors, so they tend not to have OSes or screens.

Oh interesting. Can you link the detector? I could use that for something else.