I would assume so, but you would need to provide me with a template solution, tell me where to put that like and possibly fix other parts in need in the testing suite: can you do that?

Like this? Assert.AreEqual(new double []{ }, variabonacci.Tribonacci(new double []{0,1,1},0));

Again, if anyone can provide me with good test code for that language, I would be more than happy to fix that for good :)

This issue doesn't resolved yet. Please fix it.

Okay, but presumably it is now. Can you modify the kata to use BigInteger?

Please see the issue above regarding C#'s BigInteger.

I can't believe I missed this for so long! Approved!

It doesn't seem to be resolved. I had to return array with element 0 for n=0 to make the tests pass.

I assume this part can now be considered fixed, can't it?

thanks. i've been stuck on this issue for longer than i care to admit!

I added SadPath2. It checks that you don't get a false positive if one of the parts are out of order.

I added a C# test that is a direct translation of the corresponding JS test. It turned that solution invalid.

Thanks again.

Good catch. There are test for that in the original kata (JS, Java, Clojure), but apparently, they weren't added to the translation.

Thanks for you help!

This answer is wrong, but you have no test proving it.

Here's a possible test: Assert.IsFalse(StringMerger.isMerge("bbaa", "ab", "ab")).

Just a heads up: It appears the changes haven't taken effect (yet). I completed the C# version of the kata a few moments ago, and apparently the test case with n==0 still expects an array with one element equal to 0.0d. I could not submit my solution without adding the corresponding condition.