Life in prison would suffice.

I decided to search for ‘EXWM wayland’ again and found this:

https://codeberg.org/ezemtsov/ewm

Looks interesting at a glance.

Edit: maybe it’s a bit more sloppified than I originally thought. The author does say:

For people who are strictly against LLMs and prefer to keep their hands completely clean, I highly recommend checking out another take on a Wayland-based emacs compositor from my great friend tazjin: reka. It’s based on River, so at a small cost in features it helped to contain the complexity enough to write everything by hand in a relatively short time.

Damn that’s cool. Very Teletext

Someone just needs to say it a couple times so that fox news ends up running a banner that says:

Polling shows “Trumpcare” popular with Americans

He’ll see that and it’ll be Trumpcare to him forever. It doesn’t matter what it’s actually called.

For what it’s worth:

Substantial portions of the build pipeline, scripts, and documentation in this repository were co-authored with Claude (Anthropic) during pair-programming sessions. Each commit’s Co-Authored-By: trailer records the model and the human committer responsible for review. Signing keys, infrastructure secrets, and final-merge authority remain in human hands.

I know this doesn’t necessarily mean the project depends on Anthropic, but it is something I worry about.

What are the interesting kernel features?

I see zfs mentioned and custom optimisation flags, but those seem pretty easy to do in nixpkgs. I didn’t look at the patches.

I guess the binary cache is nice if you want that specific kernel config.

I’m not that familiar with the details of what’s going on in this industry, and this post is probably the most I’ve read about the actual mechanics of it.

What I don’t understand is how it makes sense to build so much compute capacity so quickly. There seem to be predictions saying that we’ll need vastly more DCs and electricity running compute in the future, but isn’t that the same as:

I predict that within 100 years computers will be twice as powerful, 10 000 times larger, and so expensive that only the five richest kings of Europe will own them

Or possibly like when GPU bitcoin mining peaked, but now with orders of magnitude more money behind it?

I guess this is Putin giving trump a final squeeze before he starts getting pushback from Congress on all his traitorous shit?

Jobs that will be sacrificed immediately for openai contracts.

You gotta be trolling a bit to keep it at this point

I thought i wasjust downloading images

That’s all tracking pixels are, and any image can be used to track you.

I don’t think you can audit the counting process like that. Anything they showed you could just be wrong or changed later.

The important thing is that they have your physical ballot, which can be counted again, even manually if needed.

Will this somehow make IO as slow as Windows?

Anyone using it with multiple screens? I haven’t tried it out because it didn’t look like it would be great for that.

I want something really lightweight where I can assign things to workspaces and then pull workspaces easily onto any one of my screens.

XMonad was my favourite, but I’ve moved to Sway and I’ve got it set up pretty well now. Workspaces still have a home screen so it’s a bit more clunky to move them around between screens.

I’ve got multiple machines that do this, but all on nixos.

After completing the below, entering systemctl hibernate errors saying hibernation is not set up for the system.

This is weird, so I’d start here. Can you get the exact error and/or whatever it logs to journald?

I’d ignore all the TPM stuff until you can hibernate it and resume with a password. Maybe the swap is just too small? Maybe something in /etc/systemd/sleep.conf?

In case it helps, my device setup looks like this:

NAME               FSTYPE      FSVER    LABEL                             UUID                                   FSAVAIL FSUSE% MOUNTPOINTS
nvme0n1            crypto_LUKS 2                                          xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
└─encrypted        LVM2_member LVM2 001                                   xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
  ├─encrypted-swap swap        1        swap                              xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx                  [SWAP]
  └─encrypted-root btrfs                root                              xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx      xxxx    xxx /mnt/root
                                                                                                                                /nix/store
                                                                                                                                /
nvme1n1
├─nvme1n1p1        vfat        FAT32                                      xxxxxxxxx                                xxxxx    xxx /boot
[...]

so luks -> lvm -> { swap, btrfs }

Edit:

https://wiki.archlinux.org/title/Power_management/Suspend_and_hibernate#Hibernation

When the system is running on UEFI, systemd-sleep(8) will automatically pick a suitable swap space to hibernate into, and the information of the used swap space is stored in HibernateLocation EFI variable.

So far I haven’t figured out from the systemd docs what “automatically pick a suitable swap space” actually means, or if that’s accurate.

after he posted several xenophobic social media posts taking aim at students of color celebrating a college football game

ugh, do I want to know exactly what was too racist for Karl Rove?

Is there a good way to get DVR features with it? I’d like to at least buffer and skip ads, and ideally watch stuff that’s already aired.

Apparently some IPTV providers give you access to some days of previous content, but I don’t see anything like that on their site.