def play_game(players, board, words):
""" (list of [str, int] list, list of list of str, list of str) -> NoneType
Play the game with players, board and words.
"""
global found_words
num_remaining = a3.num_words_on_board(board, words) - len(found_words)
player_num = 0
while num_remaining > 0:
print_headers(players, board, found_words, num_remaining)
guess = input("[{player}] Enter a word (or blank to pass): ".format(
player=players[player_num % len(players)][0]))
guess = guess.strip().upper()
if a3.is_valid_word(words, guess) and a3.board_contains_word(board, guess) and \
not guess in found_words:
a3.update_score(players[player_num % len(players)], guess)
found_words.append(guess)
num_remaining = a3.num_words_on_board(board, words) - len(found_words)
player_num += 1
print("Game over!\n")
def test_update_score():
player_1 = ['Jonathan', 4]
player_2 = ['Jon', 1]
a3.update_score(player_1, "ANT")
a3.update_score(player_2, "ANT")
assert player_1[1] == 7
assert player_2[1] == 4
def game_play(self, guess):
"""
Accept trial word, process it,
update scores, update found_words list, update player_num
"""
if guess == 'first_guess': # Needed because startup sends a '' first word
player_name = self.players[0][0]
message = player_name + ', enter a word'
self.player_name_message.set(message)
else:
guess = guess.strip().upper()
if a3.is_valid_word(self.words, guess) and a3.board_contains_word(self.board, guess) and \
not guess in self.found_words_list:
a3.update_score(self.players[self.player_num], guess)
self.set_scores()
self.found_words_list.append(guess)
self.set_found_words(self.found_words_list)
num_remaining = a3.num_words_on_board(
self.board, self.words) - len(self.found_words_list)
self.set_num_words_rem(num_remaining)
self.reset_trial_word()
if num_remaining == 0:
self.game_over()
else:
self.player_num += 1
if self.player_num >= len(self.players):
self.player_num = 0
self.set_player_name(self.player_num)
else:
self.error_message = "\"" + guess + "\"" + " invalid, not in board, or previously chosen. Miss turn."
self.invalid_word = True
self.set_scores()
self.player_num += 1
if self.player_num >= len(self.players):
self.player_num = 0
self.set_player_name(self.player_num)
self.reset_trial_word()
def play_game(players, board, words):
''' (list of [str, int] list, list of list of str, list of str) -> NoneType
Play the game with players, board and words.
'''
num_remaining = a3.num_words_on_board(board, words) - len(found_words)
player_num = 0
while num_remaining > 0:
print_headers(players, board, found_words, num_remaining)
guess = input("[{player}] Enter a word (or blank to pass): ".format(
player=players[player_num % len(players)][0]))
guess = guess.strip().upper()
if a3.is_valid_word(words, guess) and a3.board_contains_word(board, guess):
a3.update_score(players[player_num % len(players)], guess)
found_words.append(guess)
num_remaining = a3.num_words_on_board(board, words) - len(found_words)
player_num += 1
print("Game over!\n")
def test_update_score(self):
player_info = ['Johnathon',4]
word = 'CAT'
a3.update_score(player_info,word)
self.assertEqual(player_info[1],7)
def test_scoring_a_players_3_point_word(self):
playerinfo = ['Jonathan', 4]
word = 'ANT'
a3.update_score(playerinfo, word)
self.assertEqual(7, playerinfo[1])
def test34_update_score(self):
"""should not update score for a player if word_score is 0"""
player_info = ["puneet", 22]
a3.update_score(player_info, "AN")
self.assertEqual(22, player_info[1])
def test33_update_score(self):
"""should update score correctly for a player"""
player_info = ["puneet", 22]
a3.update_score(player_info, "TRANSRAILWAY")
self.assertEqual(58, player_info[1])
