Adding some more sample tests, and one that checks for correct pixel matching.

lmao broke syntax highlighting

This kata is so simple that it's a bit of a struggle coming up with a different solution lol

Anyways, reference solution added to the tests in an edit. I'm gonna leave the generator as-is instead of relaxing the checks.

Sorry about that, seems like I got into the habit of making write-only code.

I've added a few more comments and re-wrote parts of the generator so that it should be clearer how it works. TLDR: it remembers up to the last two numbers generated, so that it wont generate the same number or any intervals that can be merged. The test generator runs fine up to withMaxSuccesses 12_000_000 on my end, so I'm fairly confident it works.

There could probably be a harder version of this kata with higher iterations using a solution in O(log(iterations)) time

Done

why not?

Random tests added, description merged from C# translation

Good lord, just how many workarounds are there in Python? >.>

The only catch-all I could think of is to pass in something that cannot be passed into eval, but there are a few solutions that use int to convert from string that would break.

Hmm... yeah those tests were probably over-stepping it a bit, they're disabled now.

If you're referring to this kata, then this differs in that the goal here is to create a function like map(x * 2, range(10)) instead of evaluating strings. As for disabling eval and exec, I think this would create a pretty large difficulty gap between proper implementations and those that just chuck it all into a string and pass it to eval. My original idea was to have this kata generalize to types that do not implement __str__/__repr__.

get_combinations is spelled wrong in Python setup code.

Done

Whoops totally forgot to disable eval here

Python sample tests are still using isGroup instead of is_group