def solve():
smallest_factor = Factors.smallestFactorOf(problemNumber)
largest_factor = int(problemNumber/smallest_factor)
for i in range(smallest_factor, largest_factor):
if Factors.isFactor(problemNumber, i):
counterpart = int(problemNumber/i)
if Primes.is_prime(counterpart):
return counterpart
def solve():
smallest_factor = Factors.smallestFactorOf(problemNumber)
largest_factor = int(problemNumber / smallest_factor)
for i in range(smallest_factor, largest_factor):
if Factors.isFactor(problemNumber, i):
counterpart = int(problemNumber / i)
if Primes.is_prime(counterpart):
return counterpart
def test_SmallestFactorOfShouldReturn3(self):
self.assertEqual(Factors.smallestFactorOf(21), 3)
def test_SmallestFactorOfShouldReturn2(self):
self.assertEqual(Factors.smallestFactorOf(24), 2)
