def test010_test_output(self):
'''is_palindrome: testing output of function is a boolean
Your is_palindrome function not returning a boolean
'''
self.assertEqual(type(lab5.is_palindrome('asdf')), bool)
def test010_test_output(self):
'''is_palindrome: testing output of function is a boolean
Your is_palindrome function not returning a boolean
'''
self.assertEqual(type(lab5.is_palindrome('asdf')), bool)
def test016_test_output(self):
'''is_palindrome: testing output of function is correct
Your is_palindrome function should return True for the
argument: 'bananab'
'''
self.assertEqual(lab5.is_palindrome('bananab'), True)
def test015_test_output(self):
'''is_palindrome: testing output of function is correct
Your is_palindrome function should return False for the
argument: 'hello'
'''
self.assertEqual(lab5.is_palindrome('hello'), False)
def test016_test_output(self):
'''is_palindrome: testing output of function is correct
Your is_palindrome function should return True for the
argument: 'bananab'
'''
self.assertEqual(lab5.is_palindrome('bananab'), True)
def test015_test_output(self):
'''is_palindrome: testing output of function is correct
Your is_palindrome function should return False for the
argument: 'hello'
'''
self.assertEqual(lab5.is_palindrome('hello'),False)
def test020_test_output(self):
'''is_palindrome: testing output of function is correct
Your is_palindrome function is not returning the correct
output
'''
p = lambda v: ''.join(reversed(v)) == v
for a0 in ['aaaa', 'asdf', 'abcddcba', 'hello', 'olbbbblo']:
self.assertEqual(lab5.is_palindrome(a0), p(a0))
def test020_test_output(self):
'''is_palindrome: testing output of function is correct
Your is_palindrome function is not returning the correct
output
'''
p = lambda v: ''.join(reversed(v))==v
for a0 in ['aaaa','asdf','abcddcba','hello','olbbbblo']:
self.assertEqual(lab5.is_palindrome(a0), p(a0))
def main():
while True:
print("\nPlease type an option from the menu, or press anything "
"else to quit:")
print("\t h: Calculate the Hamming distance between two strings "
"of equal length.")
print("\t h2: Hamming distance between two strings of any length")
print("\t p: Check if a string is a palindrome.")
choice = input("\t ")
if choice == "p":
input_str = input("Please type the string that you would "
"like to check: ")
if l.is_palindrome(input_str):
print(input_str, " is a palindrome")
else:
print(input_str, "is not a palindrome")
elif choice == "h":
input_str1 = input("Please enter the first string: ")
input_str2 = input("Please enter the second git sstring: ")
#check inputs
if len(input_str1) == len(input_str2):
hamming_dist = l.hamming_distance(input_str1, input_str2)
print("The hamming distance between '{}' and '{}' is {}."\
.format(input_str1, input_str2, hamming_dist))
else:
print("Please enter two strings of same length.")
if choice == "h2":
input_str1 = input("Please enter the first string: ")
input_str2 = input("Please enter the second string: ")
hamming_dist = l.hamming_distance2(input_str1, input_str2)
print("The hamming distance between",input_str1," and ",\
input_str2," is ",hamming_dist)
else:
print("Goodbye!")
break
