> Haskell? I'd need a dedicated fucking thesaurus on-hand for them to grok the paradigm, and it would take a few months before they could achieve the same result.

This is one of those assertions people should have to demonstrate with actual experiments.

I can teach someone how to write buggy, unmaintainable code that seems to work but actually doesn't in Python and JavaScript. So? :)

> I can teach someone how to write buggy, unmaintainable code that seems to work but actually doesn't in Python and JavaScript. So? :)

Yes, because that property is totally absent from Haskell.

https://github.com/RNCryptor/rncryptor-hs/issues/2#issuecomm...

Oops. Surely the JS and Python implementations are just as bad?

https://github.com/RNCryptor/RNCryptor-python/blob/649ca23a5...

https://github.com/RNCryptor/rncryptor-js/blob/08250e00a1140...

(END SARCASM)

My point here is that, while working with a "great" and/or "better-designed" programming language can be beneficial, it's the ecosystem that really counts.

No need for sarcasm and my argument wasn't that there aren't bugs in programs written in Haskell.

My argument is that people who claim "writing Python is easier" usually ignore that it's writing buggy/throwaway code in Python that is actually easier (aka "look, I can write bugs fast"). Writing large, maintainable and bug-free code in Python is not easier than in other languages -- it's arguably harder, but since that's debatable, I won't argue it here.

Every language has its faults.

Even a "perfect" language is faulty if the barriers between its current state and mass adoption are insurmountable.

Completely reform education in this country to make purer languages like Haskell more palatable for younger generations than, say, PHP, and I'll totally be wrong in 50 or so years.

I don't think I'm arguing the perfect language exists, nor do I think a complete education reform is needed.

I'm arguing that "Python is easier" is false, simple as that.

And I'm arguing that the average newcomer (if we need a specific definition of average, how about chosen at random among low-income American sixth graders far removed from big cities like San Fransisco or New York?) would have an easier time understanding Python to the level of being capable of basic file/network I/O than they would with Haskell, because Python will be more immediately familiar to them because they don't need to even know what a thrice-damned monad is.

I understand that's what you're saying, and I'm saying you're wrong because:

- Beyond toy examples, writing Python isn't easier. Writing reliable, easy to maintain, bug-free Python programs is just as difficult, and your average person won't be able to do it right off the bat.

- You don't need to really know what a monad is in order to write Haskell as a beginner; that's a red herring.

If you want to argue that it's easier to write toy examples in Python, without regard for good programming practices, then... it'd still be debatable: if I remember correctly, some years ago there was a post here about someone teaching Haskell to highschoolers, to great success. They found it fun and easy.

That's a fallacy. Just because something is harder to operate doesn't mean it can't be better. Example f1 cars vs normal cars, two propeller ships vs single propeller ones.

> That's a fallacy. Just because something is harder to operate doesn't mean it can't be better.

Where did I say it "can't" be better?

Have you tried it?