def test_calculate_score_2(self):
actual = pf.calculate_score(10, 3, CONSONANT)
self.assertEqual(actual, 13)
def test_calculate_score_3(self):
actual = pf.calculate_score(10, 3, VOWEL)
self.assertEqual(actual, 9)
def test_calculate_score_1(self):
actual = pf.calculate_score(0, 0, CONSONANT)
self.assertEqual(actual, 0)
def play_game(puzzle: str, view: str, game_type: str) -> None:
"""Prompt the player(s) to try to guess the puzzle. game_type is one of
HUMAN, HUMAN_HUMAN, or HUMAN_COMPUTER.
Return whether there was a winner and the final score.
"""
player_one_score = 0
player_two_score = 0
current_player = PLAYER_ONE
# The player move choice; will be one of CONSONANT, VOWEL,
# SOLVE and QUIT.
move_type = ''
# The letters that have not yet been guessed.
unguessed_consonants = CONSONANTS
unguessed_vowels = VOWELS
# This is None if there is no computer player.
difficulty = select_computer_difficulty(game_type)
# Note: you may find it helpful to display the solution while you
# are testing. To do this, uncomment the following line:
#print('Solution: {0}'.format(puzzle))
while not pf.game_over(puzzle, view, move_type):
quantity = 0
if current_player == PLAYER_ONE:
score = player_one_score
else:
score = player_two_score
# Set up function aliases based on whether it's a human's turn or a
# computer's turn.
if is_human(current_player, game_type):
get_move = get_player_move
get_guess = get_player_guess
get_letter = get_player_letter
else:
get_move = get_computer_move
get_guess = get_computer_guess
get_letter = get_computer_letter
move_type = get_move(current_player, view, difficulty, \
score, unguessed_consonants, unguessed_vowels)
if move_type == SOLVE:
if get_guess(view) == puzzle:
#newview = puzzle
score = finalize_score(puzzle, view, \
unguessed_consonants, score)
#view = newview
view = puzzle
else:
print("The guess '{0}' is Incorrect :-(".format(
get_guess(view)))
elif move_type == CONSONANT or move_type == VOWEL:
letter = get_letter(unguessed_consonants, unguessed_vowels,
move_type, difficulty)
quantity = puzzle.count(letter)
view = update_view(puzzle, view, letter)
score = pf.calculate_score(score, quantity, move_type)
unguessed_consonants, unguessed_vowels = make_guessed(
unguessed_consonants, unguessed_vowels, letter)
print('The guess was {0}, which occurs {1} time(s). '\
.format(letter, quantity), end='')
print('Your score is {0}.'.format(score))
player_one_score, player_two_score = update_score(player_one_score,\
player_two_score, score, current_player)
if game_type != HUMAN:
current_player = pf.next_player(current_player, quantity)
# The game is over.
display_outcome(pf.is_win(view, puzzle), score)
assert isinstance(result, bool), \
"""puzzler_functions.bonus_letter should return a bool, but returned {0}.""" \
.format(type(result))
print(' check complete')
# Type check puzzler_functions.update_letter_view
print('Checking update_letter_view...')
result = pf.update_letter_view('apple', 'a^^l^', 2, 'x')
assert isinstance(result, str), \
"""puzzler_functions.update_letter_view should return a str, but returned {0}.""" \
.format(type(result))
print(' check complete')
# Type check pf.calculate_score
print('Checking calculate_score...')
result = pf.calculate_score(4, 2, pf.CONSONANT)
assert isinstance(result, int), \
"""pf.calculate_score should return an int, but returned {0}.""" \
.format(type(result))
print(' check complete')
# Type check pf.next_player
print('Checking next_player...')
result = pf.next_player(pf.PLAYER_ONE, 2)
assert isinstance(result, str), \
"""pf.next_player should return a str, but returned {0}.""" \
.format(type(result))
print(' check complete')
print(
"================= End: checking parameter and return types =================\n"
)
def play_game(puzzle, view, game_type):
"""(str, str, str) -> (bool, int)
Prompt the player(s) to try to guess the puzzle. game_type is one of
pf.HUMAN, pf.HUMAN_HUMAN, or pf.HUMAN_COMPUTER.
Return whether there was a winner and the final score.
"""
player_one_score = 0
player_two_score = 0
current_player = pf.PLAYER_ONE
# The player move choice; will be one of pf.CONSONANT, pf.VOWEL,
# pf.SOLVE and pf.QUIT.
move_type = ''
# The letters that have not yet been guessed.
unguessed_consonants = pf.CONSONANTS
unguessed_vowels = pf.VOWELS
# This is None if there is no computer player.
difficulty = select_computer_difficulty(game_type)
# Note: you may find it helpful to display the solution while you
# are testing. To do this, uncomment the following line:
#print('Solution: {0}'.format(puzzle))
while not pf.game_over(puzzle, view, move_type):
quantity = 0
if current_player == pf.PLAYER_ONE:
score = player_one_score
else:
score = player_two_score
# Set up function aliases based on whether it's a human's turn or a
# computer's turn.
if is_human(current_player, game_type):
get_move = get_player_move
get_guess = get_player_guess
get_letter = get_player_letter
else:
get_move = get_computer_move
get_guess = get_computer_guess
get_letter = get_computer_letter
move_type = get_move(current_player, view, difficulty,
score, unguessed_consonants, unguessed_vowels)
if move_type == pf.SOLVE:
guess = get_guess(view)
if guess == puzzle:
newview = puzzle
score = pf.finalize_score(puzzle, view,
unguessed_consonants, score)
view = newview
else:
print("The guess '{0}' is Incorrect :-(".format(guess))
elif move_type == pf.CONSONANT or move_type == pf.VOWEL:
letter = get_letter(
unguessed_consonants, unguessed_vowels, move_type, difficulty)
quantity = puzzle.count(letter)
view = pf.update_view(puzzle, view, letter)
score = pf.calculate_score(score, quantity, move_type)
unguessed_consonants, unguessed_vowels = pf.make_guessed(
unguessed_consonants, unguessed_vowels, letter)
print('The guess was {0}, which occurs {1} time(s). '\
.format(letter,quantity), end='')
print('Your score is {0}.'.format(score))
player_one_score, player_two_score = pf.update_score(
player_one_score, player_two_score,
score, current_player)
if game_type != pf.HUMAN:
current_player = pf.next_player(current_player, quantity)
# The game is over.
display_outcome(pf.is_win(view, puzzle), score)
"""pf.update_view should return a str, but returned {0}.""" \
.format(type(result))
# Type check pf.make_guessed
result = pf.make_guessed('jklmn', 'aeo', 'm')
assert isinstance(result, tuple) \
and isinstance(result[0], str) \
and isinstance(result[1], str), \
"""pf.make_guessed should return a tuple of (str, str),
but returned {0}.""" \
.format(type(result))
# Type check pf.calculate_score
result = pf.calculate_score(4, 2, pf.CONSONANT)
assert isinstance(result, int), \
"""pf.calculate_score should return an int, but returned {0}.""" \
.format(type(result))
# Type check pf.finalize_score
result = pf.finalize_score('apple', 'a^^l^', 'ghjklpq', 4)
assert isinstance(result, int), \
"""pf.finalize_score should return an int, but returned {0}.""" \
.format(type(result))
# Type check pf.update_score
result = pf.update_score(2, 3, 4, pf.PLAYER_ONE)
assert isinstance(result, tuple) \
and isinstance(result[0], int) \
and isinstance(result[1], int), \