Yes, I had solved this Kata. My comment was designed to alert the Kata author that accepted solutions such as mine and others I have tested all occasionally fail the random tests. I did nothing more to isolate the corner cases.

Python translation is published, awaiting approval

This translation completes in 12 seconds, but when I submitted it failed due to timeout (maybe servers were busy). I tried rejecting, approving, editing, but they all fail -- an error message about wrong 'python' version. Help please....

ok, thank you. For random tests, my verify program would need to run my algo, which forces a timeout. Is there a place for code that executes as part of the test, but is not counted in user execution time? Otherwise, I'll further change the test to account for my execution time.

Test simply dumps the first 25 million primes and checks the next 10. I could easily change it to dump the first 20 million, calculate the next ten, and make that my test.

Re: flou, the test seems flawed to me, and I'm awaiting the answer.

What is the channel you speak of? I rarely subscribe to anything...

I need guidance. From you? So I should drop the test to 20 million and resubmit? In Kumate, can others see my solutions?

By the way, I'm doing Flou--Play game Series #9, https://www.codewars.com/kata/5a93754d0025e98fde000048 , and identified what appears to be an issue with the tests. I can translate that one too after my question is answered.

I believe the java had 50 million, and the JS had 25 million. My Python translation also has 25 million and executes in just under 12 seconds for my solution. My JS solution executes in about 9 seconds if I recall correctly. So yes, it is doable in Python at 25 million, but perhaps more challenging. You can always try my Kumate in Python now, I suppose, before it is approved. ;)

I discovered that yes, each initial color block must move. I also found the execution times varied wildly from 4 sec to timeout.

Perhaps I'll have a better outcome with the Kata Translation I published today.

Python translation awaiting approval

:) Thank you!

Is this kind of kata useful to CW? I was thinking of a series for the container types: teaches subclassing and introduces each container to novices.

Does this Kata work in Python 3? Description says...

Caution: This kata does not currently have any known supported versions for Python. It may not be completable due to dependencies on out-dated libraries/language versions.

Easier than Chem#2. Would be easier than Nonogram, except for academic papers available on Nonogram algos. I joined CW to see how I compare, if I'd like to code for retirement income, and seems possible. Never coded professionally, except my own projects. How does one solicit CW feedback on best practices, clever, or coding style?

Thanks for the suggestion. Those were fun.