def testCalculation(self):
self.assertEqual(palindrome(11), True)
self.assertEqual(palindrome(101), True)
self.assertEqual(palindrome(100), False)
self.assertEqual(palindrome(212), True)
self.assertEqual(palindrome(200), False)
self.assertEqual(change_basis(21, 2), 10101)
self.assertEqual(change_basis(21, 3), 210)
self.assertEqual(change_basis(15, 3), 120)
self.assertEqual(change_basis(7, 3), 21)
self.assertEqual(change_basis(5, 2), 101)
def main():
#function to obtain the smallest base in which the number is palindrome from 1 to n
n_input = input('Enter the last number to analize : ')
try:
n = int(n_input)
print('number', '|',
'smallest base in which the number is a palindrome')
for number in range(1, n + 1):
count = 2
nume = change_basis(number, count)
while not palindrome(nume):
count += 1
nume = change_basis(number, count)
width = len('number')
print("{0:{width}{type}} |{1:{width}{type}}".format(
number, count, width=width, type='d'))
except ValueError:
print('Not integer value')
def test_if_a_non_palindrome_returns_false(self):
example = 'abcd'
expected_result = False
self.assertEqual(palindrome(example), expected_result)
def test_if_a_palindrome_returns_true(self):
example = 'abcba'
expected_result = True
self.assertEqual(palindrome(example), expected_result)
from functions import triangle, reverse, upper_lower, palindrome
#Task_1
triangle(10,14)
print(triangle.__doc__)
print(triangle.__annotations__)
#Task_2
user = input("Print somethong and I\'ll print it in reverse! \n")
reverse(user)
print(reverse.__doc__)
print(reverse.__annotations__)
#Task_3
user = input("Say something and I\'ll calculate the number of\nupper case and lower case letters! \n")
upper_lower(user)
print(upper_lower.__doc__)
print(upper_lower.__annotations__)
#Task_4
user = input("Say somethong and I\'ll check if that\'s palindrome or not! \n")
palindrome(user)
print(palindrome.__doc__)
print(palindrome.__annotations__)