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Collections are a way for you to organize kata so that you can create your own training routines. Every collection you create is public and automatically sharable with other warriors. After you have added a few kata to a collection you and others can train on the kata contained within the collection.
Get started now by creating a new collection.
python new test frameworks
Random tests coverage is pretty bad in all languages presumably... Solutions that check on count of sub-words appearing in either word type can pass the tests after few attempts.
Tests should be restructured to generate all combinations of below evenly and shuffle them accordingly.
The input arrays are unreasonably huge in JavaScript, and for some reason they are also logged on failure. If you somehow make a mistake in your code, debugging it with such monstrosity is impossible.
Edit: turns out the input arrays are hige in all languages, but JS is the only one which additionally dumps the inputs. The latter can be left as is, but the former should definitely be changed.
The kata would benefit from 2-3 examples in the description. Currently, it's really hard to understand the task.
having no random tests is definitely an issue, so my suggestion is to unpublish immediately and add them
Description image is broken.
Why
Test.assert_equals(solve([[1]]), 1)?I can select
{{1}, {}}, right?Issue because of not conforming to the description of selecting
1*rectangles.This beta attempt has been published for some hours now, and because multiple concerns have been immediately raised with no response at all, I have to wonder... dear author, where are you? Do you care about this? Did you just drop your 'kata' off at the daycare center to go play tennis? Please unpublish this and read some available documentation on the kata creation process.
Sample Tests are broken.
Author's (would-be reference) solution is invalid.
No random tests.
Maybe what is inside reversed(q) should be given as function argument? Now it's too similar to other reverse list katas.
This is false. At least in Python because integers have arbitrary precision.
Why is there a leading 0?