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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.
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C translation (author gone)
also made the description language-agnostic
most likely was this issue
fork Python
Changes have been made to simplify and speed up the generators. Now,
all_charsis created once; previously, it was recreated on every call, causing unnecessary overhead.not a kata suggestion
now on dart Translation Dart
The author has been inactive for a long time; community help is needed.
I disagree with you; the generators can and should be improved.
Take a look at this code from the
generate_valid_charfunction:Every time
generate_valid_charis called, this gets recalculated;all_charscould be calculated just once.The
add_noise_to_sentencegenerator should also be improved.Also, the issue raised by @hobovsky hasn't been addressed: why include ASCII control characters? Everything preceding the space character should be ignored.
I've just finished checking out your kata translation and to me it seems just fine, approved.
Python Translation
Fixed.
Fixed.
Fixed.
Fixed.
fixed
C# fork
removeNoisetoRemoveNoise. Also added a code snippet to still accept solutions with methods namedremoveNoiseas to not invalidate solutionsequationtomessage. There are no equations, so this was an odd choice for a parameter nameFixes issues: 1, 2, 3, 4, 5
There is an inconsistency in the provided test fixture and method naming.
The tests call:
Kata.RemoveNoise(...)
However, the expected method name in the solution seems to differ in casing/definition, which leads to a CS0117 compile error:
'Kata' does not contain a definition for 'removeNoise'
This causes the solution to fail compilation even when the implementation logic is correct.
Please ensure that:
The method name in the tests matches the required signature exactly
C# case sensitivity is respected consistently between specification and test cases
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