someone who can write FizzBuzz in functional and OOP would be better.
How would you write an OOP implementation of FizzBuzz? I genuinely don't see how this would be done, short of something really contrived like fizz.Print(), buzz.print().
It would definitely be contrived. Let's see how contrived! ;)
class FizzBuzzer():
def __init__(self, num):
self.mod3 = num % 3 == 0
self.mod5 = num % 5 == 0
def check(self):
s = ""
if self.mod3:
s += "Fizz"
if self.mod5:
s += "Buzz"
print s
def main():
buzzer = FizzBuzzer(n)
buzzer.check()
Yeah, that's really contrived. Still, you display a familiarity with encapsulation, objects & their attributes/methods, etc.
Comments
someone who can write FizzBuzz in functional and OOP would be better.
How would you write an OOP implementation of FizzBuzz? I genuinely don't see how this would be done, short of something really contrived like fizz.Print(), buzz.print().
It would definitely be contrived. Let's see how contrived! ;)
Yeah, that's really contrived. Still, you display a familiarity with encapsulation, objects & their attributes/methods, etc.Sorry to nitpick, but it fails to give "FizzBuzz" for 15 and other multiples of 3 and 5.