Not to flex, but I can draw ampersands and curly brackets.
Maybe I should’ve gone for a different skill…
Not to flex, but I can draw ampersands and curly brackets.
Maybe I should’ve gone for a different skill…
I mean, there’s probably some workaround involving faking the microphone, right?
It’s the other way around, too.

Not as true though.
I’m going to try it in Haskell.
~~Might~~ Probably will regret this.
Not quite, no encryption is truly irreversible (that’s the point). We’ve built quantum computers and we know how they work. We found weaknesses in the prime number generation that powers most encryption, so we’ve built around that.
Or just use only one layer.
You had a point, but then you started blaming the Americans for everything. Yeah, Americans pretty much just forget that there exist tons of people on the internet who aren’t American, but that doesn’t mean that all Americans just bring politics into everything.
Secondly, stop trying to blame others for things you have no idea who did. Sounds like you’ve got a similar problem to many Americans, where you’ll see some fair-right homophobic dude on the internet and think, “ugh, stupid Americans,”. Yeah, many Americans can be narrow-minded at times, but that doesn’t mean you project your opinion on that entire country.
But that doesn’t really give the creator any views, does it?
Alpine Linux: what’s up, guys?
Rust generally means more stable software. Anyone who’s developed a Rust app knows how uncompromising the borrow checker is.
I mean, technically, Options are monads, so…
It’s still very impressive. The EEG she uses only reads general thoughts: e.g. thinking about pushing a boulder. She can only really do specific actions with that: there’s no level of analog control (how much should this move), it’s just a single action (fire a fireball). The brain chip is likely much higher fidelity and therefore can read much finer signals. All the credit goes to the researchers, of course, who’ve spent the last decade researching and fine tuning this technology.