def play_game(puzzle: str, remaining_words: List[str]) -> None:
"""Prompt the players to guess words that occur in the puzzle. Print
the score after each turn. Print the winner.
"""
# Whether it's player one's turn. If False, it's player two's turn.
player_one_turn = True
# The scores for the two players.
player_one_score = 0
player_two_score = 0
print('''***************************************
** Where's That Word? **
***************************************''')
# Prompt for a guess and add up the points until the game is over.
while not game_over(remaining_words):
print_puzzle(puzzle)
print('the words left to be found: ')
print_words(remaining_words)
# Get the name of the player whose turn it is.
current_player_name = puzzle_functions.get_current_player(
player_one_turn)
# Have the player take their turn and get the score.
points = take_turn(puzzle, remaining_words, current_player_name)
if (points == 0):
print("incorrect guess :-(")
else:
print("correct guess!!!")
# Update the score for whoever's turn it is.
if player_one_turn:
player_one_score = player_one_score + points
current_player_score = player_one_score
else:
player_two_score = player_two_score + points
current_player_score = player_two_score
print(current_player_name + "'s score is " +
str(current_player_score) + "\n")
player_one_turn = not player_one_turn
print(
'woohoo!!! ',
puzzle_functions.get_winner(player_one_score, player_two_score) +
'!!!')
def play_game(puzzle, words):
""" (str, list of words) -> Nonetype
Prompt the players to guess words that occur in the puzzle.
Print the score after each turn. Print the winner.
"""
# Whether it's Player One's turn; if False, it's Player Two's turn.
player_one_turn = True
# The scores for the two players.
player_one_score = 0
player_two_score = 0
print('''***************************************
** Where's That Word? **
***************************************''')
# Prompt for a guess and add up the points until the game is over.
while not game_over(words):
print_puzzle(puzzle)
print_words(words)
# Get the name of the player whose turn it is.
current_player_name = \
puzzle_functions.get_current_player(player_one_turn)
# Have the player take their turn and get the score.
score = take_turn(puzzle, words, current_player_name)
# Update the score for whoever's turn it is.
if player_one_turn:
player_one_score = player_one_score + score
print(current_player_name + "'s score is " +
str(player_one_score) + '.\n')
else:
player_two_score = player_two_score + score
print(current_player_name + "'s score is " +
str(player_two_score) + '.\n')
player_one_turn = not player_one_turn
print(puzzle_functions.get_winner(player_one_score, player_two_score))
def play_game(puzzle, words):
""" (str, list of words) -> Nonetype
Prompt the players to guess words that occur in the puzzle.
Print the score after each turn. Print the winner.
"""
# Whether it's Player One's turn; if False, it's Player Two's turn.
player_one_turn = True
# The scores for the two players.
player_one_score = 0
player_two_score = 0
print('''***************************************
** Where's That Word? **
***************************************''')
# Prompt for a guess and add up the points until the game is over.
while not game_over(words):
print_puzzle(puzzle)
print_words(words)
# Get the name of the player whose turn it is.
current_player_name = \
puzzle_functions.get_current_player(player_one_turn)
# Have the player take their turn and get the score.
score = take_turn(puzzle, words, current_player_name)
# Update the score for whoever's turn it is.
if player_one_turn:
player_one_score = player_one_score + score
print(current_player_name + "'s score is " +
str(player_one_score) + '.\n')
else:
player_two_score = player_two_score + score
print(current_player_name + "'s score is " +
str(player_two_score) + '.\n')
player_one_turn = not player_one_turn
print(puzzle_functions.get_winner(player_one_score, player_two_score))
match the assignment specification, but it does not mean that your code works
correctly in all situations. Be sure to test your code before submitting.'''
import puzzle_functions as pf
# Get the initial values of the constants
constants_before = [pf.FORWARD_FACTOR, pf.DOWN_FACTOR, pf.BACKWARD_FACTOR,
pf.UP_FACTOR]
# Type check pf.get_current_player
result = pf.get_current_player(True)
assert isinstance(result, str), \
'''pf.get_current_player should return a str, but returned {0}
.'''.format(type(result))
# Type check pf.get_winner
result = pf.get_winner(17,32)
assert isinstance(result, str), \
'''pf.get_winner should return a str, but returned {0}.''' \
.format(type(result))
# Type check pf.get_factor
result = pf.get_factor('forward')
assert isinstance(result, int), \
'''pf.get_factor should return an int, but returned {0}.''' \
.format(type(result))
# Type check pf.get_points
result = pf.get_points('up', 7)
assert isinstance(result, int), \
'''pf.get_points should return an int, but returned {0}.''' \
where the correct return type is expected."""
return ('{0} should return a {1}, but returned {2}' + '.').format(
func_name, expected, got)
# Type check puzzle_functions.get_current_player
print('Checking get_current_player...')
got = pf.get_current_player(True)
assert isinstance(got, str), \
type_error_message('puzzle_functions.get_current_player', 'str', type(got))
print(' check complete')
# Type check puzzle_functions.get_winner
print('Checking get_winner...')
got = pf.get_winner(17, 32)
assert isinstance(got, str), \
type_error_message('puzzle_functions.get_winner', 'str', type(got))
print(' check complete')
# Type check puzzle_functions.reverse
print('Checking reverse...')
got = pf.reverse('hello')
assert isinstance(got, str), \
type_error_message('puzzle_functions.reverse', 'str', type(got))
print(' check complete')
# Type check puzzle_functions.get_row
print('Checking get_row...')
got = pf.get_row('abcd\nefgh\nijkl\n', 1)
assert isinstance(got, str), \