I think this is the more probable version of events.

Just tested it in a container. The original screenshot is wrong:

Yeah, I find it really nice to use but I experience a lag spike when I open Mission Center… so that’s a bit annoying.

Definitely one of the apps where premium is worth it.

Sadly in countries without a pirate party, like Denmark, you can’t (as far as I know) vote for the EP pirate party.

Same thing here :)

Sad to see feddit.de being left to rot

No place like $HOME

I don’t think it’s primarily about the algorithm or “Public Enlightenment and Propaganda” but instead about data and company ownership. Currently the US and EU are far closer allies with each other than with china. Services that are owned/controlled by their countries are therefore prioritized, and competing services from non-ally countries are way more scrutinized.

What is this supposed to be? It’s just a video with music and some water moving slowly around?

Well, it’s about SUSE not OpenSUSE.

And the vscode direnv extension just makes it all work together.

Based

Haha, wonder what Google will do.

Garry’s mod. Doesn’t use a lot of resources (compared to newer games like Satisfactory), and you have an almost unlimited amount of content and things to do because of the Community Workshop.

Why only four stars?

https://www.reddit.com/r/linux/comments/12q51ce/comment/jgpvsqc/?utm_source=share&utm_medium=web2x&context=3

The article is almost 70 days old, and Clemens Fruhwirth, one of the creators of LUKS, has responded:

A random keyboard typable character gives you around 6 bits of entropy. 20 of those give you 120 bits of entropy. Even without a KDF, brute-forcing this key space is infeasible with today’s hardware. Even with PBKDF2, a 13-character password should be enough to keep your data secure for your lifetime.[1]

It is much more likely that there was some security failure in the linked case other than PBKDF2. That said, I support the upgrade to Argon2.

[1] In my thesis on LUKS, Chapter 5.3 Passwords from entropy weak sources anticipates the creation of specialized hardware for breaking PBKDF2. The “13 characters should be enough” advice is found on Page 86, Table 5.4, top left cell. It gives a 78-bit recommendation (=13 characters) in the worst-case scenario, which is Moore’s law continues to double the attacker speed every 2 years.

It doesn’t seem like it’s such a big deal.

Any reason tchncs.de is on the ‘do not use’ list? What exactly does ‘morg 3.0’ mean?

Wonderful