I was able to figure it out when building a more complete game.

The kata is not flawed; thousands of people have solved it.

The idea is simply that the six functions listed are available to you to call upon.

Instead, your function returns strings of the function names, where nowhere in the description did it ask you to return anything.

Take note that the eror message says:
should call all 6 functions followed by 0 should equal 6

You can approach it in different ways, but the constraints are clear: determine the most probable language using maximum n * 7 tries.

I updated the sample tests in python to stop when the maximum number of tries is reached. Haskell and JS should be reviewed by the translators.

Cheers

From the description:

You will be given [...] n weeks. [...] You can try to get a response once a day, thus you have n * 7 tries in total

Your code includes a nested loop, thus asking for response n * 7 * 5 times in total, which is greater than the allowed n * 7.

ps: next time please mark your comment as a question, as this is not a kata issue (1000+ people solved the kata and no sign of such problem in the comments).

Why do we need random tests with only two possible input values?

Not a kata suggestion

The biggest issue I have with this kata is that the provided list of fruit is not formatted so folks who want to actually code a solution need to spend unnecessary time creating a formatted list or dictionary.

Please do the following:

• just include 2 fixed tests, one testing false, one testing true.
• include a bunch of random tests (~ 40 - 100).

Do it correctly and I'll approve it.

Sure I can update that.

Modeled off of another translation.

I modeled the tests off of a different language... would love more information on formulating random tests.