How is #6 not specific to IDEs? I’ve never had vim, np++, or any other dedicated editor freeze; and I’ve used them to edit multi-gigabyte log files before.

Out of curiosity, what is the original?

Any of the cluefinders games, or gizmos and gadgets. Plenty of other edutainment classics do it too. Outside of edutainment, only NHL2000 and Halo: CE come to mind.

Dvorak with caps lock as a dead key here. No programmer’s Dvorak despite being a programmer… Never quite made the leap

Can someone spell this one out for me? I can’t remember any of their names :/

I’ve never found a good link, and I’m not certain that I know best, but I can try to explain it to you.

First: an understanding of the Pauli exclusion principle. Often people ask “Why can’t there be 3 electrons in that orbital, there’s plenty of space?” The thing is that the electrons are completely¹ defined by just 4 numbers: spin (±½), shell (positive integer), subshell (integer from 0 to shell-1) and magnetic (integer form -subshell to +subshell). Why there can’t be more than 2 electrons in the 1st shell is that you can chose spin from (±½), shell is 1, subshell has to be 0, magnetic has to be 0. Its like asking “Why can’t there be 3 integers between 0 and 3, there’s plenty of space?” and the answer is that whatever integer you come up with will be one of the 2 already known (1, 2).

Similarly, as I understand it, the fundamental laws of physics don’t distinguish between “things” closer than 1 Planck length apart. That doesn’t necessarily mean that the universe operates on a 1 Planck length grid, just that any two “things” separated by less than a Planck length are indistinguishable from one new “thing” with different properties.

I’m fairly confident in the PEP description, the Planck length one I’m less 100% sure about, but its how I understand it at least.

¹assuming a universe comprised of only a single hydrogen atom, otherwise the states of everything else in the universe can perterb the state functions and things can get messy, but usually not enough to merge shells.

I think self hosting the proxy with the services at hobbyist scale mitigates most of the security risks. The single point of failure risk is another matter. I once had to effectively reverse-hack my services by uploading a Jenkins test job through an existing java project to regain access. Ever since then, I maintain a separate ddns address that’s just used for emergency ssh access.

I believe it stands for Free/Libre Open Source Software. I think the idea is to explicitly indicate both free as in beer and free as in speech. However, to me it just sounds like throwing in a romance term for the sake of it. But maybe I’m just ill versed on the whole free/libre divide?

One of the rare cases where I hear of a death and check wikipedia to still see the word “is”. I wonder how long confirmation will take.

I’m one of the very rare people that have the gene that makes cilantro taste like soap, but likes it. I blame the soap flavoured gum I had as a kid here in Canada.

So maybe save a little soaplantro for those that want it ;)

IIRC it takes about 30ish minutes for caffeine to “kick in”. So if you have a bit, then take a nap, it can give you a nice 20ish minute power nap, then naturally wake you up so you don’t feel groggy. The key is to be able to fall asleep quickly enough to have a decent power nap before it kicks in.

So we meet at diefenbunker.ca? Sounds like a plan! 🍁

Interesting that Canada wasn’t included (at about 20%). Wonder how/why they picked those countries.

Thank you. Clear, easily understood explanations of questions I always wondered. 👍🏼

Whenever I see this image I always wonder 2 things:

1. What makes hemoglobin more efficient?
2. Why do we even need these fancy molecules to transport oxygen? Can’t we produce some kind of biological ampule that holds some pure O2 for consumption by the various processes that need it? We have dedicated organelle structures for similar tasks (i.e. mitochondria)

Apparently it’s not even really all that stable, so that whole container would rapidly decompose into probably carbon dioxide (CO2) and a bunch of pure carbon (think charcoal). At least that’s my hunch. There is a Wikipedia article on the stuff, but it’s pretty short, since it’s a pretty unusual chemical (https://en.m.wikipedia.org/wiki/Dicarbon_monoxide ).

CO2 is of course extremely common. I’d love to see what a chemist can describe about a bottle of C2O though!

Ada, hands down. Every time I go to learn Rust I’m disappointed by the lack of safety. I get that it’s miles ahead of C++, but that’s not much. I get that it strikes a much better balance than Ada (it’s not too hard to get it to compile) but it still leaves a lot to be desired in terms of safe interfacing. Plus it’s memory model is more complicated than it needs to be (though Ada’s secondary stack takes some getting used to).

I wonder if any other Ada devs have experience with rust and can make a better comparison?

I use fslint myself. Basically a linter for files :)

I still use Ada daily for my personal projects after having used it at work. I find it compliments my thinking patterns well. My only gripe with it is that they ate too much of their own dog food at AdaCore and now it can be hard to install Ada and gprbuild (due to a circular dependency). Plus gprc stole libgpr and broke some stuff too.

If you read the readme, this looks like it’s specifically for when you don’t know the correct tld or spelling of the site you’re looking for. Google searches often censor sites of borderline legality, but they’ll usually still have Wikipedia articles with accurate links.

This specifically only redirects .idk domains as a search helper. Could it possibly work better as a browser extension? Maybe. :)