My question about totally new operating systems is: does any "end-user" software work on it? Can I run Python? A Bash-like shell and some approximation to GNU coreutils? Will audio output actually work? Will my monitor work at a sensible resolution?
It seems like such a tremendous effort just to get to the point where anyone other than a serious OS developer can use it. I wonder if there's any way to reduce the effort required, or if that's just how things have to be.
I think the question is "how is this better or different than Linux or Windows", which it aims to replace? What are its design choices? Does it introduce any new concepts? For an example, see https://fuchsia.dev/fuchsia-src/concepts
There's a difference between making a Unix-compatible/Unix-like (a la Redox, Minix, Linux, the BSDs, macOS, etc) and having POSIX-compatibility + interfaces (a la Haiku, Serenity, Windows + Cygwin or WSL, etc).
One is just reinventing the wheel, even if it means "having useful software"; the other is attempting something new while offering tools to make porting useful OSS simpler.
As far as I see, Windows has always been different for the sake of it; it is a prime example of reinventing the wheel. What makes it good is its market share means things are almost always guaranteed to run on it, otherwise it is terrible and always has been since MS-DOS. If it didn't have "useful software", what else would it have going for it?
My question about totally new operating systems is: does any "end-user" software work on it? Can I run Python? A Bash-like shell and some approximation to GNU coreutils? Will audio output actually work? Will my monitor work at a sensible resolution?
It seems like such a tremendous effort just to get to the point where anyone other than a serious OS developer can use it. I wonder if there's any way to reduce the effort required, or if that's just how things have to be.