def print_all(self):
logging.info('-------------------------------------')
logging.info('%s status:' % self.name)
logging.info('-------------------------------------')
logging.info('Library : ' + str(self.library))
logging.info('Discard : ' + str(self.discard))
logging.info('Hand : ' + str(self.hand))
logging.info('In Play : ' + str(self.in_play))
logging.info('Actions : ' + str(self.actions_left))
DUtilities.print_zone_nicely(self.hand)
logging.info('-------------------------------------')
def __init__(
self,
name="Player One",
):
self.name = name
self.hand = []
self.library = [DCard.card_dict['Copper']]*7 + [DCard.card_dict['Estate']]*3
self.discard = []
self.in_play = []
self.actions_left = 0
logging.info('New player: %s' % self.name)
DUtilities.shuffle(self.library)
def draw_card(self):
logging.debug('%s: Drawing one card.' % self.name)
try:
self.hand.append(self.library.pop(0))
except IndexError: # throws if empty
logging.debug('%s: Library is empty. Shuffling in discard pile.' % self.name)
self.library.extend(self.discard)
self.discard=[]
DUtilities.shuffle(self.library)
try:
self.hand.append(self.library.pop(0))
except IndexError:
logging.info('%s: Cannot draw card. Library is empty.' % self.name)
def main() :
logging.info('--> Starting the game. Shuffle the library and draw 5 cards.')
players = []
player_one = DPlayer.Player('Player 1')
player_one.draw_hand()
player_one.print_all()
players.append(player_one)
player_two = DPlayer.Player('Player 2')
player_two.draw_hand()
player_two.print_all()
players.append(player_two)
n_players = len(players)
n_turns = 20;
for i in range(n_turns):
# A turn has the following actions in order:
# - Play action cards
# - Play money in any order
# - Buy cards, placing them in the discard pile
# - Discard remaining cards in hand
# - Draw a new hand of 5 cards
logging.info('\n === Turn ' + str(i+1) + ' === ')
active_player_index = i % n_players
active_player = players[active_player_index]
#print_all()
logging.info('Stockpile:')
DUtilities.print_zone_nicely(stockpile)
dumb_buy_CE_only(active_player)
active_player.discard_hand()
active_player.draw_hand()
active_player.print_all()
if is_game_over(): break
for player in players:
logging.info('%s: %i victory points' % (
player.name,
player.count_victory_points(),
))
def count_victory_points(self):
return DUtilities.count_victory_points(
self.hand + self.library + self.discard
)
def count_money(self):
return DUtilities.count_money(self.hand)
if __name__ == '__main__':
logging.basicConfig(level=logging.DEBUG, format='%(message)s')
test_player = Player('Testy McTesterson')
logging.warning('Adding a Village to the standard starting cards!')
test_player.library = \
[DCard.card_dict['Village']]*1 + \
[DCard.card_dict['Estate']]*3 + \
[DCard.card_dict['Copper']]*7
DUtilities.shuffle(test_player.library)
test_player.print_all()
test_player.draw_hand()
test_player.print_all()
test_player.discard_hand()
test_player.print_all()
test_player.draw_hand()
test_player.print_all()
test_player.draw_card()
test_player.print_all()
test_player.add_action()
