def palindromeprime(N, M):
if N > M:
quit()
elif palindrome(str(N)):
if prime(int(N), int(N - 1)) > 0:
print(N)
return palindromeprime(N + 1, M)
else:
return palindromeprime(N + 1, M)
else:
return palindromeprime(N + 1, M)
def palindrome_case(x):
assert palindrome("racecar") == 1
assert palindrome("") == 1
assert palindrome("hello") == 0
assert palindrome("mom") == 1
assert palindrome("a") == 1
assert palindrome("h a h a") == 0
def test_correct_output(self):
self.assertEqual(palindrome("racecar"), True)
self.assertEqual(palindrome("tacocat"), True)
self.assertEqual(palindrome("level"), True)
self.assertEqual(palindrome("banana"), False)
def setup(self):
self.palindrome = palindrome()
def test_empty(self):
self.assertTrue (palindrome (""))
def test_five():
assert palindrome(42) == -1
def test_seven():
assert palindrome(False) == -1
def test_two_letters(self):
self.assertTrue (palindrome ("vv"))
def test_three():
assert palindrome("level") == True
def test_not(self):
self.assertFalse (palindrome (remove_spaces ("i'm not a palindrome")))
def test_hard_1(self):
s = "abacabadabacaba"
self.assertEqual(palindrome(s), "abacabadabacaba")
def test_rat(self):
self.assertTrue (palindrome (remove_spaces ("Was It a Rat I saW")))
def test_rat_diff_case(self):
self.assertFalse (palindrome (remove_spaces ("was It a Rat I saW")))
def test_odd_even(self):
self.assertTrue (palindrome (remove_spaces ("never odd or even")))
def test_toyota_with_spaces(self):
self.assertTrue (palindrome (remove_spaces ("a toyota")))
def test_toyota(self):
self.assertTrue (palindrome ("atoyota"))
def test_type_handling(self):
self.assertEqual(palindrome(42), -1)
self.assertEqual(palindrome(26.4), -1)
self.assertEqual(palindrome(False), -1)
def test_one():
assert palindrome("racecar") == True
def test_special_characters_palindrome(self):
self.assertTrue (palindrome (remove_spaces ("! 9 & 9 !")))
def test_one_letter(self):
self.assertTrue (palindrome ("v"))
def test_hard_2(self):
s = "abacabazzzzzzz"
self.assertEqual(palindrome(s), "abacaba")
def test_special_characters_no_palindrome(self):
self.assertFalse (palindrome (remove_spaces ("! 9 & 8 !")))
def test_two():
assert palindrome("tacocat") == True
def test_raise_typerror_float(self):
self.assertRaises (TypeError, lambda: palindrome (1.0))
def test_four():
assert palindrome("banana") == False
def test_raise_typerror_list(self):
self.assertRaises (TypeError, lambda: palindrome ([1,2,3]))
def test_six():
assert palindrome(26.4) == -1
def test_palindrome():
expected_result = bool(input('What is the expected_result[1 or 0]: '))
assert (palindrome() == expected_result)
def test_palindrome(self):
expected_result = bool(input('What is the expected_result[1 or 0]: '))
self.assertEqual(palindrome(), expected_result)
try_except_demo()
elif choice == 0 or choice == 13:
print("========read file Example========")
write_file_demo()
read_file_demo()
append_file_demo()
read_file_demo()
elif choice == 0 or choice == 14:
print("========Class Example========")
class_demo()
elif choice == 0 or choice == 15:
print("========String format Example========")
string_format_demo()
elif choice == 0 or choice == 16:
print("======== rock paper scissor Example========")
play_game()
elif choice == 0 or choice == 17:
print("========generate Password Example========")
print(gen_password(8))
elif choice == 0 or choice == 18:
print("========guessing Example========")
guessing_game()
elif choice == 0 or choice == 19:
print("========palindrome Example========")
palindrome()
elif choice == 0 or choice == 20:
print("========tic tac toe========")
play_tic_tac_toe()
else:
print("Exiting...!!")
from reverse_digit import *
from reverse_number import *
from reverse_string import *
from number_of_word import *
from palindrome import *
reverse_digit(56)
reverse_num(5)
reverse_str('hello')
a_word('hello you')
palindrome("ressasser")
def test_none(self):
self.assertFalse (palindrome (None))