def test_complex_string_true(self):
# testing with basic string
print("\n")
string = "{ < : [ 12345 abCdDcBA 54321 [ : < {"
p = lab1.isPalindrome(string)
print("The string being tested is -> ", string)
self.assertEqual(p, True)
print("\n")
def test_basic_string_true(self):
# testing with basic string
print("\n")
string = "hannah"
p = lab1.isPalindrome(string)
print("The string being tested is -> ", string)
self.assertEqual(p, True)
print("\n")
def test_complex_string_false(self):
# testing with basic string
print("\n")
string = "{(< .AAba. >)}"
p = lab1.isPalindrome(string)
print("The string being tested is -> ", string)
self.assertEqual(p, False)
print("\n")
def test_basic_string_false(self):
# testing with basic string
print("\n")
string = "hello"
p = lab1.isPalindrome(string)
print("The string being tested is -> ", string)
self.assertEqual(p, False)
print("\n")
def test_string_with_spaces(self):
# testing with string with spaces
print("\n")
string = "ni t I n"
p = lab1.isPalindrome(string)
print("The string being tested is -> ", string)
print("Is the string a palindrome?: ", p)
self.assertEqual(p, True)
print("\n")
def test_single_character_string(self):
# testing with single character string
print("\n")
string = "h"
p = lab1.isPalindrome(string)
print("The string being tested is -> ", string)
print("Is the string a palindrome?: ", p)
self.assertEqual(p, True)
print("\n")
def test_empty_string(self):
# testing with empty string
print("\n")
string = ""
p = lab1.isPalindrome(string)
print("The string being tested is -> ", string)
print("Is the string a palindrome?: ", p)
self.assertEqual(p, True)
print("\n")
def test_isPalindrome(self):
print()
print('Testing isPalindrome and isPalindromeEC')
for s in ('ni t I n', 'aabacabaa', '{(<<({', '344484443', 'abcde'):
self.assertEqual(lab1.isPalindrome(s), lab1.isPalindromeEC(s))
