I think most orgs would want to own the server and for messages to not be end-to-end encrypted. All connections to the server would still be encrypted.

That would be more in-line with slack or something.

If you’re referring to federation specifically then that’s going to get pretty complicated with security policies.

Sounds like it’s not really a downgrade, but just an unreleased beta or test build? That seems a little less sketchy, and maybe it’ll be generally released at some point.

Something which notifies you whenever a new comment or reply is made to a selected post/comment, so that you can keep track of any new conversation.

Something like this would be awesome as a core Lemmy feature IMO. It would essentially turn a post (or maybe any comment tree?) into a matrix style room. Lemmy is actually decent for long term discussion (e.g. helping someone with a problem), but not if there are more than two people involved.

I’ve been using orgzly for years and this is the first I’ve heard of revived. Looks promising.

They are actually not that much bigger or different from mobile or game console GPUs, they just have a lot of cooling bolted to them. The cooling allows them to sacrifice efficiency, to be more power hungry and more powerful.

GrapheneOS + Pixel phone is the only true option if you want any kind of ensure that even of the device is lost your data won’t be accessed.

I think that’s an exaggeration. You don’t need secure boot for your data to be encrypted. What secure boot prevents is someone modifying the device without your knowledge (e.g. to capture your keys).

It is a slow, steady progression, with CROOKED, Radical Left Politicians, Prosecutors, and Judges leading us down a path to destruction. Open Borders, Rigged Elections, and Grossly Unfair Courtroom Decisions are DESTROYING AMERICA. WE ARE A NATION IN DECLINE, A FAILING NATION! MAGA2024

I think this is the most correct Trump has ever been. You just have to make a couple of small edits, and completely disregard his intended targets.

pretty soon you get really good at judging how many calories are in things.

This was the key for me. Understanding the cost of the food I enjoy let me cut back on rice and replace it with ice cream, for example.

Also when I’m logging food, it adds a bit of friction, especially for new foods, so I eat less just because of that. Usually that’s when I realise that I’m not eating because of hunger.

Why put in extra hours? That’s not high-performance, it’s just doing more than one job, assuming you’re paid for a target number of hours.

btdu is an excellent tool for answering this question.

You could probably do it with bubblewrap or something equivalent. Here’s someone asking about this exact thing:

https://unix.stackexchange.com/questions/651788/redirect-single-file-or-directory-using-bubblewrap

And when they figure out how to serve ads on IMAP, you can take thunderbird to another provider.

I don’t think it’ll actually come to that, due to popularity, but I can see them blocking IMAP access on new accounts due to ‘security’.

I think in theory it’s great. Email already has solutions for:

• decentralisation
• push notifications
• client sync
• e2ee
• groups / cc / bcc
• hierarchical threading
• mime / attachments

etc

Huh, I’ve seen .local used for this quite a bit and only just now realised that it’s meant for something else.

I’ve also seen .corp 🤮

the Linux company mascot

They really had trouble wrapping their minds around this, didn’t they.

I don’t have any previous knowledge of this at all, but from reading the docs, nothing you’re describing sounds wrong.

A u32 selector will match 4 bytes (u32 meaning unsigned 32bit presumably, which is 4 bytes).

It makes sense that you’d only be able to configure the matches on 4 byte intervals, because keeping them aligned may make the implementation simpler and more efficient. You can still match any set of bits this way.

Perhaps you could describe what you’re trying to match exactly and the selectors you tried.

Edit: also if you look at ‘raw payload expressions’ in nft: https://netfilter.org/projects/nftables/manpage.html

That seems like it would do what you want, and you can actually access the ethernet header in a documented way. You have to switch to nft though.

They’re talking about Spirit AeroSystems, which I believe is an unrelated company that just coincidentally also happens to be terrible at what they do.

Good luck! Sounds like you got it under control, but I’m happy to help if you run into trouble. I’m curious what you’ll find.

The one I was able to test on qemu was a reliable failure of memory management syscalls triggered by a certain usage pattern. Unfortunately yours sounds like it’s probably hardware dependent. People in that Reddit thread mentioned video decoding, so you could try hammering that.

The nice thing about bisecting is that it’s mostly logarithmic, so doubling the commits should only take one extra step. I’d be surprised if you had to do more than a 10-12 steps.

You may already have a good kernel config, but for this sort of thing I usually use make localmodconfig. That’ll build all the modules that are loaded when you run it, which can cut down on compile time massively.

I did this recently and it was extremely quick to bisect and debug, but I was lucky enough to have a simple repro that worked in the emulator.

I think if I were you I’d try to repro on bleeding edge first. Then if it’s still broken, I’d try to get the repro time down as much as possible and automate it. Then I’d either bisect on qemu if possible, or bare metal.