• The usage of a class is not justified
• The function name should be in camelCase
• The implementation of Warnsdorff algorithm is not enforced
• Duplicate

There's no difference.

Nice Kata, I like the idea to use the Warnsdorff's Knights euristic approach instead brute force to solve the proble. Do you do something to avoid a solution withput the euristic approuch? I find this very similar to https://www.codewars.com/kata/a-knights-tour/ it is 4K, what are the main differences between this two katas?

nice kata

This issue has been fixed.

Could you mark as solved please? Thank you.

I tried to corect this, please check and mark as resolved if Ok.

Yes, I was determined to do it without any loops - found a good one line solution I think :)

they have the 'expected' and 'actual' values backwards.. it wants "hello world" (no exclamation point).

sheep is the plural form of sheep. consider changing it to this instead of 'sheeps'

The default test case has this line:

Assert.AreEqual("Team 1 wins!", Kata.tug_o_war(new int[2,5] { {1,2,3,4,6}, {5,4,3,2,1} } ));

which is invalid. the line needs to be

Assert.AreEqual("Team 1 wins!", Kata.tug_o_war(new int[2,5] { new int[]{1,2,3,4,6}, new int[]{5,4,3,2,1} } ));

Marked as major because the tests fail to run due to this even if the users code is valid.

Where the description says "be sure to not count the current cell", it really doesn't matter because you're just looking for the move with the fewest possible subsequent moves. If they could all move back to the current cell, they all have 1 more move; the one with the fewest still has the fewest.

Thank you for catching that, I have updated the test case.

In the provided test cases, you use the variable smallTour in the test, whereas I believe it should be medTour.