def test3_large_positive_random_integers(self, x):
"""Randomly picked integers in the range [0, 1 000 000]."""
if model_is_prime(x):
self.assertTrue(
is_prime(x),
"{} is a prime number but your function says it is not.".
format(x))
else:
self.assertFalse(
is_prime(x),
"{} is not a prime number but your function says it is.".
format(x))
def test_is__prime_with_large_set(self, i):
"""is_prime returns True for prime numbers and False for non-prime numbers for 1000 random positive integers in range(0, 10**6)."""
if model_is_prime(i):
self.assertTrue(
is_prime(i),
"{} is a prime number but your function says it is not.".
format(i))
else:
self.assertFalse(
is_prime(i),
"{} is not a prime number but your function says it is.".
format(i))
def test2_small_positive_integers(self):
"""Integers in the range [100, 200]."""
for x in range(100, 201):
if model_is_prime(x):
self.assertTrue(
is_prime(x),
"{} is a prime number but your function says it is not.".
format(x))
else:
self.assertFalse(
is_prime(x),
"{} is not a prime number but your function says it is.".
format(x))
def test_is__prime_with_small_set(self):
"""is_prime returns True for prime numbers and False for non-prime numbers in range [100, 200]"""
for i in range(100, 201):
if model_is_prime(i):
self.assertTrue(
is_prime(i),
"{} is a prime number but your function says it is not.".
format(i))
else:
self.assertFalse(
is_prime(i),
"{} is not a prime number but your function says it is.".
format(i))