def test_is_in_word_returns_true_when_letter_in_word(self): word = Hangman.Hangman() word.true_word = "Apple" self.assertTrue(word.is_in_word("l")) self.assertTrue(word.is_in_word("L")) self.assertTrue(word.is_in_word("a")) self.assertTrue(word.is_in_word("A"))
def test_update_word_updates_display_word_to_upper_case_for_starting_letter_in_word( self): word = Hangman.Hangman() word.true_word = "Apple" word.display_word = "_ _ _ _ _" word.update_word("a") self.assertEqual("A _ _ _ _", word.display_word)
def test_pick_random_word_can_read_file_with_one_word_in(self): word = Hangman.Hangman() word.pick_random_word("Text.txt") self.assertEqual("Text", word.true_word)
def test_is_in_word_returns_false_when_letter_is_not_in_word(self): word = Hangman.Hangman() word.true_word = "Apple" self.assertFalse(word.is_in_word("z"))
def test_update_word_updates_display_word_correctly_for_given_letter(self): word = Hangman.Hangman() word.true_word = "Apple" word.display_word = "_ _ _ _ _" word.update_word("p") self.assertEqual("_ p p _ _", word.display_word)
def test_create_display_string_outputs_correct_string_for_orange(self): word = Hangman.Hangman() word.true_word = "Orange" word.create_display_string() self.assertEqual("_ _ _ _ _ _", word.display_word)
def test_is_solved_returns_false_when_hangman_is_not_solved(self): word = Hangman.Hangman() word.true_word = "Apple" word.display_word = "A p _ l e" self.assertFalse(word.is_solved())