There were people that raged at others wearing masks because they felt entitled to see their faces or some stupid shit.

Have you met people? There’s stupid fucks out there who take pride in being disgusting assholes who don’t wash their hands.

This is a big weakness in FOSS communities, hell, in capitalist existence. People with resources can afford to spend their own time or hire someone else to focus on their contributions like a full time job while most honest contributers will be doing it during their free time because they need to pay bills and such.

Or an alternate implementation of the API that fetches it to flag any programs that call it.

You must be the most dramatic person in the universe, calling that a “meltdown”.

Lol I thought your link was “here’s a rocket designed by an LLM” rather than one designed by the non-LLM AI.

LLMs are a local minimum that tech bros are stuck trying to optimize to a generally useful point because its language abilities are able to fool so many (just like how a real person talking with confidence can fool so many).

This obsession with LLMs is making me question general human intelligence more lol. It’s looking more and more like we are just dumb apes but get lucky and every now and then a smart ape is born and teaches the other dumb apes how to bring their stupidity to whole new levels.

An alternative that will avoid the user agent trick is to curl | cat, which just prints the result of the first command to the console. curl >> filename.sh will write it to a script file that you can review and then mark executable and run if you deem it safe, which is safer than doing a curl | cat followed by a curl | bash (because it’s still possible for the 2nd curl to return a different set of commands).

You can control the user agent with curl and spoof a browser’s user agent for one fetch, then a second fetch using the normal curl user agent and compare the results to detect malicious urls in an automated way.

A command line analyzer tool would be nice for people who aren’t as familiar with the commands (and to defeat obfuscation) and arguments, though I believe the problem is NP, so it won’t likely ever be completely foolproof. Though maybe it can be if it is run in a sandbox to see what it does instead of just analyzed.

Thanks for taking the time to write that out, yyprum!

It sounds interesting. I switched to O launcher when Nova was sold and the writing was on the wall, but it was overly simplistic and I didn’t continue using it when I got a pixel and moved to graphene, but I’m neutral on the default launcher it has. I’ll check this one out when I have some time, it sounds compelling.

Can you elaborate a bit on what makes it hard to learn and what is so nice about it once you do? I didn’t see much for details on the linked page.

Ah it was just a reference to how that backdoor was found. I don’t actually monitor my boot time, though maybe I should at least have a script comparing it vs historic instead of just hoping someone else would find that kind of thing.

Ok, I figured the hardware support bit would be a longshot anyways.

Whatever is going on, it is missing real-time deadlines for some reason. It could be the configuration results in too much work, or the audio work itself isn’t that bad but the priority is low enough that other less time-critical work is getting in the way.

But yeah, even if it is solvable, there should be good defaults to prevent it from happening in the first place. Annoying thing is that there might even be profiles where one would work for you, but they might be hidden deep in the terminal.

A recent update added 104ms to my boot time and I am SEETHING and will get to the bottom of this and make those responsible pay dearly.

I haven’t gotten my hands dirty with this stuff specifically, but maybe you need to adjust buffer sizes to properly handle the different bit rates. Do you mainly see issues with higher combinations? The sample rate * bit depth is the important number, here. If you consider the problematic ones from that perspective, is there a threshold where anything under works fine but anything above has issues that get worse depending on how far above the threshold it is?

I’m not certain, but I believe the audio buffer is handled via a callback function that gets called when the audio buffer is some % close to empty, and then the program refills the buffer, plus some other overhead. That data left in the buffer sets the deadline for refilling the buffer; miss that deadline and the audio cuts out. Meet the deadline and audio is seemless.

A too small buffer will require the callback be called more often, and then the overhead can add up to missing deadlines. Alternatively, the % when it does the callback might need to be adjusted.

Another consideration is if your DAC doesn’t support the chosen sample rate and bits per sample, then there is probably another buffer of the supported size and a conversion from one to the other (and its own callback when that buffer gets low). That said, I don’t know if it’ll even list unsupported combinations because I’m having trouble thinking of a valid use case. But it’s technically possible, so maybe it is like that.

Anyways, those are what I’d be checking to debug this. If it is a setup problem, it won’t likely ever go away on its own, unless better defaults get set for those bitrates, but the ideal values depend on your system’s performance, so if yours is on the weaker side, it might never change.

So what’s the difference between this kernel and the Linux kernel? Are they both intended to be interface-equivalent (even if they aren’t in the same place on the implementation side)? Any fundamentally different design policies?

They might have set up the user agreement for it. Stackexchange did and their whole business model was about catching businesses where some worker copy/pasted code from a stackexchange answer and getting a settlement out of it.

I agree with you in principle (hell, I’d even take it further and think only trademarks should be protected, other than maybe a short period for copyright and patent protection, like a few years), but the legal system might disagree.

Edit: I’d also make trademarks non-transferrable and apply to individuals rather than corporations, so they can go back to representing quality rather than business decisions. Especially when some new entity that never had any relation to the original trademark user just throws some money at them or their estate to buy the trust associated with the trademark.

It does but your comment didn’t say that outright and people who just avoid deep friers because they don’t want to deal with the oil probably don’t make assumptions about deep friers making it easy to deal with that stuff.

I didn’t realize deep friers were more than fancy pots with stoves and temperature control built in and baskets so you don’t have to fish the fish and chips out with tongs. If I had more space and less fat, I might even have gotten one now that I understand they can also help manage the oil.

Probably better to get a rice cooker, though.

Hell, even if it became more profilic than english without it, mandarin is very prolific but you don’t see many LLMs throwing in random mandarin when you prompt it in english, unless it’s a question about language (and the one time I did, the LLM was clearly breaking down entirely).

And even if it did work and caused LLMs to insert undesired characters, it’s trivial to do a text replace on the output and undo it.

Though how risky is it in reality? Eg for bread, if visible mold means there’s also invisible mold, wouldn’t that imply that there’s a period with just invisible mold that goes unnoticed and eaten? We’re constantly inhaling and consuming mold spores anyways, so is this more of a “I know it’s there and thus deem it icky” or “if it’s soft and has mold, toss it all, and hope that you don’t get unlucky and eat mold you couldn’t see in the first place”?

Solar wind is a decent flavour, though much better if it’s ions sourced from 1000km below the sun’s surface. They say they are the same ions as just one km below the surface, but I can tell the difference between 1km and 1kkm (or 1Mm if you will) jam as soon as those ions start striping the electrons from my tongue (at which point I spit it out because it has become chemicals).

When I was in school, I wanted a Linux machine (since my school stuff was mostly linux and I wanted to be able to work locally instead of having to ssh in to school machines) but wasn’t comfortable doing it on my main PC, so I bought a cheap laptop and inatalled linux on that. Had the extra bonus of being smaller and lighter than my gaming laptop that was my main PC at the time, too.

Your options will probably be a bit more expensive (and apologies for suggesting a solution that involves throwing money at it if you aren’t in a position to get even a relatively cheap one) since it’s running windows and needs the hardware for that, including TPM if your school stuff requires win 11 (though if you can get away with win 10 or 7, you could probably get a cheaper machine). Though on the other hand, your tasks might not require a GPU, which can save a lot right there.

Then you can truly isolate your personal stuff from winsows, especially if you set your LAN up to never let the windows machine know that the linux machine even exists.

I also use this with consoles to play games I’d like to try but they have DRM or anticheat that I don’t want on my PC. Also kinda doing it with work, though the laptop belongs to them.