Well, if you're comfortable with functional programming, that's great. Seriously, awesome! But you're in the minority.
Hard disagree on the "decent programming language designer", though. Nix-the-language is beautiful. It's tiny, with a minimum of concepts to learn, and very simple, regular syntax. At the same time, it's not so spare as say, Lisp or Scheme. It's really good. The implementation of that language could use some work - interpreter speed and debugging tools come to mind rather quickly.
I think the problem you've encountered is nixpkgs. It's a huge, sprawling code base with a lot of legacy code and a number of paradigms that were enthusiastically adopted and then later supplanted. In contrast to the language and tools which are well documented, there's basically no documentation, and what little there is hasn't been kept up-to-date as things change.
Still though, I think the biggest issue facing nix users is that the rest of the computing world works on the assumption of mutable software installations. The way pip assumes that the python interpreter and the python packages that have been installed are locked in a death grip drives me nuts. Even if you don't go full nix-store, could we at least separate those things? Even node gets that right.
>he way pip assumes that the python interpreter and the python packages that have been installed are locked in a death grip drives me nuts. Even if you don't go full nix-store, could we at least separate those things? Even node gets that right.
On this I definitely agree. Like I said I do think Nix is the right thing to do, I'm just thinking the how could be better.
Hard disagree on the "decent programming language designer", though. Nix-the-language is beautiful. It's tiny, with a minimum of concepts to learn, and very simple, regular syntax. At the same time, it's not so spare as say, Lisp or Scheme. It's really good. The implementation of that language could use some work - interpreter speed and debugging tools come to mind rather quickly.
I think the problem you've encountered is nixpkgs. It's a huge, sprawling code base with a lot of legacy code and a number of paradigms that were enthusiastically adopted and then later supplanted. In contrast to the language and tools which are well documented, there's basically no documentation, and what little there is hasn't been kept up-to-date as things change.
Still though, I think the biggest issue facing nix users is that the rest of the computing world works on the assumption of mutable software installations. The way pip assumes that the python interpreter and the python packages that have been installed are locked in a death grip drives me nuts. Even if you don't go full nix-store, could we at least separate those things? Even node gets that right.