I like this solution. The only thing is morse code is supposed to be fault tolerant. And given this code and timeUnit=1, '11' will be considered as '..' rather than '.'.

Anyway this seems out of scope of this kata. And tests go green :)

No. The output should be screen size, not the ratio. A 32x8 screen is not equivilent to a 4x1 screen.

TypeError: find_screen_height() takes 1 positional argument but 2 were give
I pass ONE arg: [1024, "4:3"] i.e.= ONE list with 2 elements
Comment?

217 , ratio solution is 32:8
Should it be reduced to 4:1?

Approved

python new test framework is required. updated in this fork

A statement from your code is not a question, closing

who else enjoys reducing python lambdas to unreadable one-liners

fixed

Great kata! it made me thinking!

Useful to know. Thanks for clarifying the meaning of this RegEx.

great kata

MaxMatch starts at the first character of a sentence and tries to find the longest valid word starting from that character.

In the example provided, the results differ starting from the word them. them is a longer word than the, so them is expected to be selected as the longest valid word starting from the t.

You may want the algorithm to be able to distinguish that ["the", "middle]" make more sense than ["them", "id", "d", "l", "e"], but that is what the algorithm does. The kata is about coding that algorithm, not about segmenting the words as a human would expect.

So I've completed the kata following the description literally. This kata still doesn't feel right to me.

Looks like there is an error in test cases for Kotlin - the wrong answer is expected.
input was "apurplepigandagreendonkeyflewakiteinthemiddleofthenightandendedupsunburnt"
expected:<[a, purple, pig, and, a, green, donkey, flew, a, kite, in, them, id, d, l, e, of, the, night, and, ended, up, sunburnt]>
but was:<[a, purple, pig, and, a, green, donkey, flew, a, kite, in, the, middle, of, the, night, and, ended, up, sunburnt]>