def calc():
i = 1
primes = set()
twiceSquares = frozenset([2 * (j**2) for j in range(1, 100)])
while True:
if isPrime(i):
primes.add(i)
elif i > 33:
# (composite.)
if all((i - j) not in primes for j in twiceSquares if j < i):
print(i)
return
i += 2
import isprime as isp
a = int(input("Entrer le premier nombre entier positif : "))
b = int(input("Entrer le deuxieme nombre entier positif : "))
isp.isPrime(a, b)
def hundred_primes():
return str(isPrime(10))
def get_first_n_primes(n):
return str(isPrime(n))
def test_one_is_not_prime(self):
self.assertFalse(isprime.isPrime(1))
def test_if_list_exists(self):
"""Sure check to ensure the list with the prime numbers exists"""
test3 = isPrime(5)
self.assertIsNotNone(test3)
def test_if_number_input_is_what_is_gotten(self): """if i want the first 15 numbers do i get 10 numbers is my list""" test2 = isPrime(15) self.assertEqual(len(test2),15)
def test_2_is_always_part_of_result(self): test5 = isPrime(5) self.assertIn(test5,2)
def test_three_is_prime(self):
self.assertTrue(isprime.isPrime(3))
def hundred_primes(): return str(isPrime(10))
def get_first_n_primes(n): return str(isPrime(n))
def test_if_result_is_string(self):
"""Checking if the result submitted is a string"""
test1 = isPrime(10)
self.assertEqual(type(test1), list)
def test_2_is_always_part_of_result(self):
test5 = isPrime(5)
self.assertIn(test5, 2)
def test_if_list_exists_when_zero_passed(self):
"""This test should be failed because no argument is passed thus in application"""
test4 = isPrime()
self.assertIsNone(test4)
def test_if_list_exists(self): """Sure check to ensure the list with the prime numbers exists""" test3 = isPrime(5) self.assertIsNotNone(test3)
def test_if_list_exists_when_zero_passed(self): """This test should be failed because no argument is passed thus in application""" test4 = isPrime() self.assertIsNone(test4)
def test_four_is_not_prime(self):
self.assertFalse(isprime.isPrime(4))
def test_if_result_is_string(self): """Checking if the result submitted is a string""" test1 = isPrime(10) self.assertEqual(type(test1),list)
def test_fifteen_is_not_prime(self):
self.assertFalse(isprime.isPrime(15))
def test_two_is_prime(self):
self.assertTrue(isprime.isPrime(2))
def test_if_number_input_is_what_is_gotten(self):
"""if i want the first 15 numbers do i get 10 numbers is my list"""
test2 = isPrime(15)
self.assertEqual(len(test2), 15)