def test_input_single_character_uppercase_AND_lowercase_CHECK_True(self):
# Correct guess
self.assertTrue(hangman.validate_input('c'))
# Correct uppercase guess
self.assertTrue(hangman.validate_input('O'))
# Incorrect lowercase guess
self.assertTrue(hangman.validate_input('a'))
# Incorrect uppercase guess
self.assertTrue(hangman.validate_input('H'))
def test_input_multiple_characters_OR_input_float_CHECK_return_False(self):
# int
self.assertFalse(hangman.validate_input('56'))
# correct answers
self.assertFalse(hangman.validate_input('to'))
# incorrect answers
self.assertFalse(hangman.validate_input('ah'))
# float
self.assertFalse(hangman.validate_input('5.6'))
# single digit float
self.assertFalse(hangman.validate_input('5.0'))
# single digit negative number
self.assertFalse(hangman.validate_input('-1'))
def test_validate_input_number():
with pytest.raises(TypeError):
validate_input(1)
def test_validate_input_success():
assert validate_input("a") is True
def test_validate_input_multiple():
with pytest.raises(ValueError):
validate_input("aa")
def test_input_single_character_Int_CHECK_return_False(self):
# positive
self.assertFalse(hangman.validate_input('5'))
# 0
self.assertFalse(hangman.validate_input('0'))