def __init__(self, n_players=1, n_decks=1):
"""Initialization."""
self.players = []
self.generate_players(n_players)
self.shoe = Shoe(n_decks=n_decks)
self.turns = deque()
class Board(object):
def __init__(self, n_players=1, n_decks=1):
"""Initialization."""
self.players = []
self.generate_players(n_players)
self.shoe = Shoe(n_decks=n_decks)
self.turns = deque()
def generate_players(self, n_players):
"""Generate players for the board. (includes Dealer)"""
self.dealer = Dealer(name='D0')
for i in range(n_players):
name = 'P%d' % (i+1)
self.players.append(Player(name))
def deal(self):
"""Deal out two cards to each player."""
# There probably aren't enough cards for a new game.
if len(self.shoe.cards) < len(self.players) * 4:
return False
# Initialize dealer/player attributes to start a new hand.
for player in self.players + [self.dealer,]:
player.hands = [Hand(),]
# Deal each player a round of cards.
for _ in range(2):
for player in self.players + [self.dealer,]:
self.turns.append(player)
card = self.shoe.get_card()
player.hands[0].add_card(card)
# Check for dealer backjack.
status = self.dealer.hands[0].status()
if status and status == 'blackjack':
self.turns = deque()
else:
# Move the dealer from first position to last position.
self.turns.append(self.dealer)
return True
def player_stats(self, clear_screen=True):
"""Print each players stats; name, total, hand, status, etc."""
if clear_screen:
os.system( [ 'clear', 'cls' ][ os.name == 'nt' ] )
lines = [unicode(player) for player in [self.dealer,] + self.players]
return '\n'.join(lines)
def check_dealer_blackjack(self, print_stats=True):
"""Check if the dealer has blackjack."""
hand = self.dealer.hands[0]
if hand.status() == 'blackjack':
if print_stats:
self.dealer.current_hand = hand
print(self.player_stats())
print('\nDealer blackjack!')
print('\n%s\n' % self.get_winners_and_losers())
return True
return False
def play(self):
"""Manually step through gameplay as each player and automate the
dealers hand.
"""
while self.deal():
print('Dealing...')
# If the dealer is delt blackjack, everyone loses. :(
if self.check_dealer_blackjack():
continue
for player in self.players:
# A player can have multiple hands if they split...
for hand in player.hands:
player.current_hand = hand
print(self.player_stats())
while hand.active is True:
msg = '? [H]it / [S]tand'
# Some games set a limit for which you have the option
# to double down. Enforce this if set.
can_double_down = (constants.CANT_DOUBLE_DOWN_AFTER < 0
or hand.totals[0] <=
constants.CANT_DOUBLE_DOWN_AFTER)
if can_double_down is True:
msg += ' / [D]ouble Down'
face1 = hand.cards[0].face
# Give the option to split if the cards are the same.
if len(hand.cards) > 1:
face2 = hand.cards[1].face
if len(hand.cards) == 2 and face1 == face2:
msg += ' / Sp[l]it'
# Make the next move as per the user's decision.
userinput = raw_input('%s: ' % msg)
userinput = userinput.lower().strip()
if userinput == 'h':
hand.add_card(self.shoe.get_card())
elif userinput == 's':
break
elif userinput == 'd' and can_double_down is True:
pass
elif userinput == 'l':
split_card = hand.cards.pop()
player.hands.append(Hand(cards=split_card))
hand.set_totals()
print(self.player_stats())
player.current_hand = None
# Automate the dealers hand since it has a specific set of rules.
self.deal_dealers_hand()
# Print the final players summary for this hand.
print(self.player_stats())
print('\n%s\n' % self.get_winners_and_losers())
raw_input('hit any key to deal again...')
def deal_dealers_hand(self):
"""Automate the dealer's hand."""
hand = self.dealer.hands[0]
self.dealer.current_hand = hand
while True:
totals = hand.totals
print(totals)
if len(totals) > 1 and totals[1] <= 21:
total = totals[1]
else:
total = totals[0]
if (constants.DEALERS_HITS_ON_17 and total > 17) or total >= 17:
break
hand.add_card(self.shoe.get_card())
def get_winners_and_losers(self):
"""Print a list of players and their win/lose/push status."""
totals = self.dealer.hands[0].totals
if len(totals) > 1 and totals[1] <= 21:
dealer_total = totals[1]
else:
dealer_total = totals[0]
stats = []
for player in self.players:
for i, hand in enumerate(player.hands):
totals = hand.totals
if len(totals) > 1 and totals[1] <= 21:
total = totals[1]
else:
total = totals[0]
# Player's hand busted. (always a lose)
# Player's hand is more than the dealer's hand.
if total > 21 or (dealer_total <= 21 and dealer_total > total):
status = 'loser'
# Player's hand is the same as the dealers hand.
elif total == dealer_total:
status = 'push'
# Dealer busted.
# Player's hand is greater than the dealer's and didn't bust.
elif dealer_total > 21 or total > dealer_total:
status = 'winner'
# There exists a bug! Oh noes...
else:
status = ('<unknown>: total: %d dealer_total: %s' %
(total, dealer_total,))
if len(player.hands) > 1:
name = '%s%s' % (player.name, string.ascii_lowercase[i],)
else:
name = player.name
name = name.ljust(3)
stats.append('%s -- %s' % (name, status,))
return '\n'.join(stats)
def __str__(self):
"""String representation."""
output = []
output.append('\nSHOE:\n')
output.append(self.shoe)
output.append('\n\nPLAYERS:\n')
output.append(self.player_stats())
return ''.join(output)