def use_jail_card(self):
if not self.jail_cards:
raise game.MonopolyUsageError("Player doesn't have jail card")
if not self.in_jail:
raise game.MonopolyUsageError("Player isn't in jail")
self.jail_cards -= 1
self.jailbreak_success()
def pay_for_jail(self, inout):
if not self.in_jail:
raise game.MonopolyUsageError("Player isn't in jail")
# Price for jail is $50
self.pay(inout, 50)
self.jailbreak_success()
def jailbreak_failure(self, inout):
if not self.in_jail:
raise game.MonopolyUsageError("Player isn't in jail")
self.turns_in_jail += 1
if self.turns_in_jail > 3:
inout.tell("It's your third turn and you didn't roll doubles. "
"You have to pay $50\n")
# We are now out of tries to get out of jail, so we have to pay $50
self.pay(inout, 50)
self.turns_in_jail = 0
def resign_to(self, other_player):
if self == other_player:
raise game.MonopolyUsageError("Player can't resign to himself")
# XXX: what to do when resigning when in debt?
assert self.money >= 0
other_player.award(self.money)
self.money = 0
for holding in self.holdings:
holding.owner = other_player
other_player.add_to_holdings(holding)
self.holdings = []
other_player.jail_cards += self.jail_cards
self.jail_cards = 0
self.game.player_resign(self)
def jailbreak_success(self):
if not self.in_jail:
raise game.MonopolyUsageError("Player isn't in jail")
self.turns_in_jail = 0
def jail(self):
if self.in_jail:
raise game.MonopolyUsageError("Player is already in jail")
self.turns_in_jail = 1
def place_house(self, inout, player):
raise game.MonopolyUsageError("Can't place a house on a utility")
