Minor issue: for Python's initial solution (the generated code when you first start solving), you missed a colon after 'def gordon(a)' (should be 'def gordon(a):')

One of the test cases in the test is missing the function name and therefore always returns false because the argument list and the result list are different

Hi, very nice kata, love it :)
Please please please make a harder version (either normal chess or atomic chess or even both) (suggestions to make it harder below)\

1. Instead of f3xe5 the input is a proper chess notation e.g. Nxe5 - this will allow move disambiguation (and of course double disambiguation!!!!)
2. Allow pawn promotion, castling and en passant
3. Verify whether a move is legal (especially for castling - cannot castle out of check, into check, or through check)
4. Require the solution to output whether either side is in check or in checkmate

The random tests don't work (at least in Python), Anything works (def calc_type(a, b, res): pass - passes all 100 of the random tests)

from string import ascii_lowercase will give you a variable (type string) called ascii_lowercase which equals 'abcdef...wxyz' (ascii_uppercase works the same way)

Put a dictionary in the 'preloaded' tab, it'll make people's lives much easier

I'll mark the issue as resolved for now so that I can re-publish the kata

I fixed the first problem (added arguments), but when you say refsol do you mean the 'complete solution'? (Am I allowed to leave it blank?)

Seriously though, thanks so much for your help, I really appreciate it

Resolved! ;-) (Finally... *sigh*)

Should I still keep the 1200+ modules or delete the whole thing?

oh ok i see, thank you so much, I'll tell you when I finish doing that, thanks for helping me with creating my first ever kata :)

I still don't understand what 'file io' and 'disk' means, can you explain a bit more? (I am new to python, I only started it a year ago in Year 6)

Also, I just realised the pkgutil.iter_modules() literally gets all the installed modules and packages, so the best I can do is randomise the order in which the modules appear in, but since you already hardcoded every single module by name and not by order, there is nothing I can do to prevent that (at least not to my knowledge)