My Python solution:
def reverse_number(num, running_value=0): if num == 0: return running_value // 10 quotient, remainder = divmod(num, 10) running_value += remainder return reverse_number(quotient, running_value * 10) print(reverse_number(123456)) print(reverse_number(5))
And now this is... 😮
... broken.
>>> print(reverse_number(1234567890)) 987654321
You did not pass.
987654321 is how I expect it to work though without the 0 in the beginning as you should return a positive integer.
987654321
positive integer
That was not a part of the question, so I would say that the result should still start with a 0.
the positive integer shouldn't have a leading zero I don't think. It's at least up to interpretation.
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My Python solution:
And now this is... 😮
... broken.
You did not pass.
987654321is how I expect it to work though without the 0 in the beginning as you should return apositive integer.That was not a part of the question, so I would say that the result should still start with a 0.
the positive integer shouldn't have a leading zero I don't think. It's at least up to interpretation.