def main():
'''
main execution loop
'''
number_of_players = get_number_of_players()
player_colours = get_players(number_of_players)
game = Game(player_colours)
controlled_player = get_controlled_player(number_of_players)
game.set_controlled_player(controlled_player)
controlled_player_cards_held = game.get_number_of_cards_held(controlled_player-1)
controlled_player_cards = get_controlled_player_cards(controlled_player_cards_held)
game.set_player_cards_held(controlled_player, controlled_player_cards)
guesser_player_index = 1
#main play loop
while (game.is_complete() is not True):
play_string = get_next_play(guesser_player_index)
if check_play_input(play_string):
#response loop
while True:
responder_player_index = get_responding_player()
if check_response_input(responder_player_index):
if responder_player_index== controlled_player:
card_seen = get_cards_played(1)
else:
card_seen = None
#play the turn
play = play_string.split(' ')
game.turn(guesser_player_index, play[0], play[1], play[2], responder_player_index, card_seen)
else:
print("Response was in an inconsistant format")
continue
break
else:
print("Play was in an inconsistant format")
continue
# needs testing
if guesser_player_index >= number_of_players:
guesser_player_index = 1
else:
guesser_player_index += 1
else:
game.end()
def test_basic_path_correct_4(self):
# create the game with the know player cards
players = [("white", 4), ("plum", 4), ("scarlett", 5), ("green", 5)]
test_game = Game(players)
test_game.set_controlled_player(0)
test_game.set_player_cards_held(0, ["rope","wrench","kitchen","white"])
self.update_unseen_cards(test_game.incorrect_cards)
#keep playing guess until the game is not complete
while not test_game.is_complete():
possible_cards = []
#get three unknown cards from the unknown cards
if self.unseen_actors:
actor = str(random.sample(self.unseen_actors, 1)[0])
possible_cards.append(actor)
else:
actor = "green"
if self.unseen_rooms:
room = str(random.sample(self.unseen_rooms, 1)[0])
possible_cards.append(room)
else:
room = "kitchen"
if self.unseen_weapons:
weapon = str(random.sample(self.unseen_weapons, 1)[0])
possible_cards.append(weapon)
else:
weapon = "rope"
responder_index = self.decide_responder_index(test_game)
card_seen = random.sample(possible_cards, 1)
print("current turn: " + actor + ", " + room + ", " + weapon + ' responder index: ' + str(responder_index) + " cards seen: " + str(card_seen))
#create a guess from above cards
test_game.turn(0, actor, weapon, room, responder_index, card_seen)
print(test_game.incorrect_cards)
self.update_unseen_cards(test_game.incorrect_cards)
#complete the game
self.assertTrue(test_game.is_complete(), "game complete")
def test_incorrect_player_card_addition_input_2(self):
players = [("white", 6), ("plum", 6), ("scarlett", 6)]
test_game = Game(players)
with self.assertRaises(ValueError):
test_game.set_player_cards_held(0, ["rope","wrench","candlestick","white","green","revolver"])
test_game.set_player_cards_held(0, ["library"])
def test_correct_player_card_addition_input_2(self):
players = [("white", 6), ("plum", 6), ("scarlett", 6)]
test_game = Game(players)
test_game.set_player_cards_held(2, ["rope","wrench"])
self.assertTrue(test_game.get_number_of_cards_known(2) == 2)
def test_correct_player_card_setting_2(self):
players = [("white", 6), ("plum", 2), ("scarlett", 6)]
test_game = Game(players)
test_game.set_player_cards_held(1, ["rope","wrench"])
self.assertTrue(test_game.get_number_of_cards_held(1) == 2)
def test_correct_player_card_setting_1(self):
players = [("white", 6), ("plum", 6), ("scarlett", 6)]
test_game = Game(players)
test_game.set_player_cards_held(0, ["rope","wrench","revolver","plum","white","scarlett"])
self.assertTrue(test_game.get_number_of_cards_held(0) == 6)
