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Collections are a way for you to organize kata so that you can create your own training routines. Every collection you create is public and automatically sharable with other warriors. After you have added a few kata to a collection you and others can train on the kata contained within the collection.
Get started now by creating a new collection.
omg you're such a beast
ahah when two Shifu meet
try c++, it always looks classy xD
this is a German supermarket, so no human factor is involved xD
thank you! I had fun with it! You should make MORE katas!
xD
omg super-clever, i kneel bevor thee
thanks for the response!
the examples, the sample tests. If the Task contains Examples, then one can RELY on these examples - and here they perfectly match each other. If the Task and Examples are going along with Sample Tests (which are no different from each other) - it looks like there's no other way to present the task:
(alpha)-(zeroes)-(numbers)
..aaand when everything is planned and implemented, here we go -
(alphanum)-(zeroes)-(numbers). Needless to say, it ruined my algorithm. I'm not advocating for revealing the "hidden test-cases", but it's UNFARE to make the "hidden test-cases" more narrow than
thetaskthank you.
i didn't expect an extended test input "fo99obar100". The given test cases look like:
do_test("foobar000", "foobar001");
do_test("foo", "foo1");
do_test("foobar001", "foobar002");
do_test("foobar99", "foobar100");
do_test("foobar099", "foobar100");
do_test("", "1");
do_test("1", "2");
no way one can infere such a test case after seeing these Examples.
what's the reason (just curious) //c++
and yet another incomplete task description. Why do the extended test cases contain something that isn't mentioned in the Instructions? Otherwise could be great kata
beautiful
we need more code for the god of code
ahah true
too sophisticated for me at the moment :)
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