Kata

Fixed tests in random tests as well.
Example fixed tests:

moves = [[0,0,0], [1,1,1], [2,2,2], [3,3,3]]

But in random tests:

[(0, 0, 1), (1, 2, 1), (1, 3, 2), (1, 2, 0), (3, 0, 1), (1, 3, 2), (2, 3, 2), (1, 0, 0)]

Well, this Kata does not yet have a C translation, so there's your first problem...

Python translation could actully help me too..

You can always see the solutions. When you didn't solve it yet, you will not get any points though.

I've rewritten my solution and now apparently it's also not the one as it finds solutions such as:

_ 1 _ _ | 0 0 _ 1 | _ 0 _ 1 | _ _ 0 0
_ _ _ 0 | _ _ _ 1 | 0 _ _ _ | 0 0 _ 1
_ _ 1 _ | 0 _ 1 _ | 1 _ _ 1 | _ _ _ 1
1 _ _ 0 | _ _ _ _ | _ _ _ _ | _ _ _ 0
solution:
[ [ 1, 0, 0 ], [ 1, 0, 1 ], [ 3, 0, 2 ], [ 3, 0, 3 ] ]

which is earlier than what JS tests expect, so please either add Puzzle tag to kata or provide better explanation than:

Four of the same symbols in a row wins

Your question is coming from assumption that your solution and depiction of the state of the board are are right, and that the test expected result is wrong. Well, you might be correct. But maybe not. For this to be investigated and reproduced, I think more information is needed for the "failing" test case like:

• "what was the Kata language" (is it JavaScript?) and
• "what was the test input" and
• "what was the test expected result"

I've posted those logs in case I was missing something very obvious, but if that's not the case, then my question is can you provide me some more in depth explanation than

Four of the same symbols in a row wins

or if you can't, considering this to be a vital part of task, then I kindly request adding Puzzle tag (whenever that'll be possible) and I'll figure it out on my own.

...and solved, thanks for explanation.

For anyone still wondering...

----------- 37
X O _ _ | X _ _ _ | O O O X | X _ O X
_ X _ _ | _ _ _ _ | X _ _ _ | X O X O
_ O X O | O X O O | _ O O O | O _ X X
_ _ X _ | _ _ _ O | O O X X | _ X X _

It is the O in the 3rd row that are 4-in-a-row if you look at them like shown below (I made the other symbols as . just for clarity)

_ . . O | . . O . | _ O . . | O _ . .

My browser starts puking and eventually crashes. Also, the Haskell debug output isn't so bad, but when the JS framework ( dependent on version - 8.x was worse ) shows 1000 it-headers, it takes forever to render.

Hmmm... I dunno. If that's a drama then why not have those random 1000 tests within a single it. That would be more like the JUnit test anyway.

but the win condition is 4 marks... :o

This only reinforces my concern lol. Imgur was blocked on the internet I was one so I couldn't see the image so it should be clarified that it's 4 in a row. I did a lazy hard coded solution with lots of boolean checks rather than using increments and decrements on the x, y, and z coords and had to rewrite it :( At least I got better at using multicursor though

You can make it happen yourself. Just print you own logs to see what is random input.

Use System.out.println, console.log etc (whatever appropriate for your language)

e.g. System.out.println(String.format("Input Moves %s", Arrays.deepToString(moves.toArray())));

@pochman. It's deliberate. Kata description says

Each player takes a turn until you find a winner, or there are no moves left

In the case you mention, you find the winner 1st before exhausting all the moves provided.

A "question"? What's the question?

I just find the description lacking and consider that an issue...

Well just to make it more obvious, I have updated the description.

Thanks, I think that makes it better (although typo "move moves" -> "more moves").

fixed typo. thanks.

Can confirm this issue. // Actually there are exactly two directions not begin computed.

Oh, you are right. I thought I'd covered everything.

Thanks for reporting. Let me take this offline and fix it tomorrow.

it works like a charm... ;)