In Plan 9 you did have a real (synthetic) /net, and could do that and more from any program. You could even mount /net from another machine via 9P protocol and have an instant VPN...
9front lets you play with that on Linux.
Some Plan 9 like /net things are visible in Go libraries... (Rob Pike legacy)
No one mentioned Upspin? A global file namespace (URL, but better...) and protocol to isolate public data users from private governance and storage, by gurus like Rob Pike. https://github.com/upspin/upspin
At least in Finland the jail sentences have been related to extreme widely published antisemitism. Fines have been given for other sorts of hate speech.
If the U.S. wants this to be allowed, it is your business. But it is ours to decide, if we want to allow nazis synmpathy newspapers advocating killing of the jew. Generally, the americans are lost in their arrogance here, as always.
I don't think there has been a rock album ever since, that would have been so big, popular, revolutionary and generation defining. I guess some genius must have been there.
Can you explain me, why do you need to be online to extract the private key? Can't you just steal the token, input the nonces offline, and meter timing? Then, crunch out the private key, and only then, if needed, phish the password?
If this is inefficient, what are you comparing to? What is the best way to purify water or produce hydrogen with solar energy? Is there a good way? Certainly producing electricity first can't be the most affordable way?
Designing better error handling in Go is an ongoing work. Proposols are being considered. Personally I don't see a big problem in real life Go code bases.
Note that there is kind of a philosophical cul-de-sac here. If you understand and expect your "errors" (= exceptional situations that prevent the program to do what we thought the user wanted) you can handle them, and they become part of your program normal logic.
If you don't understand or ainticipate your errors, or choose to neglect situations that are not really rare or are really dangerous, no amount of special language constructs will save your users.
If you browse random Go code from https://pkg.go.dev/ you will have a hard time finding that hypothetical case where most of your code is error handling chores. The problem is artificial.
They are also pretty good in teaching you human languages. There is a saying that the best way to learn a new language is to fall in love with someone who speaks it. ChatGPT speaks them all. Start with "Show me some simple phrases in Chinese and in English..."
How is this problem different from DALL-E and such? Is the copyright legislation ready for all this, and when will there be established interpretations of law?
That’s a myth. Go read some random Go. Trivial functions often do nothing but call a couple of other functions, check errors and return. But non-trivial functions use relatively less lines for error handling.