done

My rust translation shows both. You get the u8 bytes and the same data decoded as a Latin1 string.

(I meant to mark this suggestion as resolved, hereby).

I've now published my translation, see the new suggestion I made.

I've created a new translation; the tests in the translation were partially based on yours but I extended them (adding the advanced and random tests, as well as several corrections made to the general kata test suites). I also re-used your starting template.

My translation features an optimising BF interpreter that matches and exceeds the optimisations made in the other kata translations here.

I might pick this up at some point. I already started on a Rust version, your version could be helpful in accellerating the process.

I've fixed this across all translations, by escaping the quote:

end
msg " That\'s end"

Haskell fork that updates the random test generation to avoid generating numbers with exponents.

I would keep repeated actions and other "meaningless" actions. A good algorithm should be able to deal with all of those.

Linq is just using someone else code.

Approved now. Thanks for reminder.

Figured I'd cause a notification here in case it's forgotten.

@numice you can change the signature of the constructor to VersionManager(const std::string& version). As long as it compiles, it is a valid solution.

The initial solution exports everything, so that isn't a problem, is it?

I've studied the topics you've given me, but I can't figure out how a function, a class, and just a variable with the same name should be combined with themselves.
Can you please suggest the structure of the solution?