import mymath as m
a, b = 26, 16
if __name__ == '__main__':
print(__name__)
print(m.__name__)
print(m.pi)
print(m.gcd(a, b))
print(m.factorial(6))
import mymath
print('---Hello Python 3.5.2---')
print('pi is ' + str(mymath.pi))
print('gcd of 24 and 16 is ' + str(mymath.gcd(24, 16)))
print('factoirial of 6 is ' + str(mymath.factorial(6)))
print('---Bye Python 3.5.2---')
if __name__ == '__main__':
print("as main program")
else:
print("as module")
def main():
print('Hello Pythin')
print('pi is ' + str(mymath.pi))
print('gcd(%d, %d) is %d' % (a, b, mymath.gcd(a, b)))
print('factorial(%d) is %d' % (6, mymath.factorial(6)))
print('Bye Python')
def testGCD(self):
for i in range(100):
a, b = random.randrange(100000), random.randrange(100000)
self.assertEqual(mymath.gcd(a, b), math.gcd(a, b))
def main():
print('Hello Python')
print('pi is ' + str(mymath.pi))
print('gcd(%d, %d) is %d' % (a, b, mymath.gcd(a, b)))
print('factorial(%d) is %d' % (6, mymath.factorial(6)))
print('Bye Python')
#import mymath
#from mymath import pi, gcd, factorial
import mymath as m
print('Hello Python')
print('pi is ' + str(m.pi))
print('gcd of 24 and 16 is ' + str(m.gcd(24, 16)))
print('factorial of 6 is ' + str(m.factorial(6)))
print('Bye Python')
if __name__ == '__main__':
print('myhello as main program')
else:
print('myhello as module')
from mymath import gcd, fact assert(gcd(18, 12) == 6) assert(fact(6) == 6*fact(5))
import mymath as m
a, b = 26, 16
if __name__ == "__main__":
print(__name__)
print(m.__name__)
print(m.pi)
print(m.gcd(a, b))
print(m.factorial(6))
