def test_countFunc0(self):
"""
Tests what the value of zero returns.
Passes if a count of 0 prints "Fizz Buzz"
"""
return self.assertEqual(test.countFunc(0), "Fizz Buzz")
def test_countFuncNeither(self):
"""
Tests what the value of a prime number returns
Passes if a count of 23 returns the count value (23)
"""
return self.assertEqual(test.countFunc(23), 23)
def test_countFuncBoth(self):
"""
Tests what the value of a multiple of both 3 and 5 returns
Passes if a count of 15 prints "Fizz Buzz"
"""
return self.assertEqual(test.countFunc(15), "Fizz Buzz")
def test_countFunc5(self):
"""
Tests what the value of a multiple of 5 returns
Passes if a count of 50 prints "Buzz"
"""
return self.assertEqual(test.countFunc(50), "Buzz")
def test_countFunc3(self):
"""
Tests what the value of a multiple of 3 returns.
Passes if a count of 9 prints "Fizz"
"""
return self.assertEqual(test.countFunc(9), "Fizz")
def test_fullCount5(self):
"""
Compares the output for multiples of five, with the expected value of 21.
Passes if the solution contains "Buzz" 21 times
"""
z = [test.countFunc(x) for x in xrange(101)]
return self.assertEqual(z.count("Buzz") + z.count("Fizz Buzz"), 21)
def test_list(self):
"""
Makes sure the program returns a value for all counts
Passes if there are 101 items in the list (0-100)
"""
y = [test.countFunc(x) for x in xrange(101)]
return self.assertEqual(len(y), 101)