def setUp(self):
print 'Rotating around the table,', self.shortDescription()
self.table = Table()
def __init__(self, interacts):
self._interacts = interacts
self.evt_done = Event()
self._interacts.evt_playerResponse += self._on_PlayerResponse
self.lastToRaise = None
self.table = Table()
class testRotatingAroundTheTable(unittest.TestCase):
def setUp(self):
print 'Rotating around the table,', self.shortDescription()
self.table = Table()
def testA_DealingToFirstAtTable(self):
'''deal to the first person at the table'''
self.table.seat(['p1', 'p2', 'p3'])
self.assertEqual('p1', self.table.dealingTo())
def testB_MovingToTheNext(self):
'''move to the next'''
self.table.seat(['p1', 'p2', 'p3'])
self.table.nextPlayer()
self.assertEqual('p2', self.table.dealingTo())
def testC_ThenTheLast(self):
'''all the way to the last'''
self.table.seat(['p1', 'p2', 'p3'])
self.table.nextPlayer()
self.table.nextPlayer()
self.assertEqual('p3', self.table.dealingTo())
def testD_BackToFirst(self):
'''back to first after last'''
self.table.seat(['p1', 'p2', 'p3'])
self.table.nextPlayer()
self.table.nextPlayer()
self.table.nextPlayer()
self.assertEqual('p1', self.table.dealingTo())
class TakesBets(object):
def __init__(self, interacts):
self._interacts = interacts
self.evt_done = Event()
self._interacts.evt_playerResponse += self._on_PlayerResponse
self.lastToRaise = None
self.table = Table()
def start(self):
self.table.seat(self._interacts.players)
self.lastToRaise = self.table.dealingTo()
self.next()
def next(self):
if self._notEnoughWithChips():
self._finish()
elif self._onePlayerLeft():
self._finish()
elif self.table.dealingTo().isPlaying():
dealTo = self.table.dealingTo()
self._interacts.sendMessage(dealTo, 'GO')
else:
self.table.nextPlayer()
self.next()
def _on_PlayerResponse(self, sender, response):
player = response[0]
amount = response[1]
if player != self.table.dealingTo():
self._kickOutOfGame(player, 'OUT_OF_TURN')
return
if not amount.isdigit():
self._kickOutOfGame(player, 'NOT_A_NUMBER')
return
self._add(player, int(amount))
self.table.nextPlayer()
if self._done():
self._finish()
else:
self.next()
def getMinimumBet(self, player):
highestContribution = max([p.pot for p in self.table.playing()])
minBet = highestContribution - player.pot
return minBet
def _notEnoughWithChips(self):
hasChips = len([p for p in self.table.playing() if p.chips > 0])
return hasChips <= 1
def _finish(self):
self.evt_done(self)
def _done(self):
if self._notEnoughWithChips():
return True
return self.lastToRaise == self.table.dealingTo()
def _onePlayerLeft(self):
hasCards = len([p for p in self._interacts.players if p.isPlaying()])
return hasCards == 1
def _add(self, player, amount):
if self._folding(player, amount):
self._fold(player)
elif amount > player.chips:
self._kickOutOfGame(player, 'OVERDRAWN')
amount = 0
self._interacts.broadcast('BET ' + player.name + ' ' + str(amount))
if amount > self.getMinimumBet(player):
self.lastToRaise = player
player.bet(amount)
def _folding(self, player, amount):
return amount < self.getMinimumBet(player) and player.chips - amount > 0
def _fold(self, player):
player.dropCards()
self._interacts.sendMessage(player, 'OUT FOLD')
def _kickOutOfGame(self, player, reason):
self._interacts.sendMessage(player, "OUT " + reason)
player.chips = 0
player.dropCards()
def __init__(self, interacts):
self._interacts = interacts
self.evt_done = Event()
self._interacts.evt_playerResponse += self._on_PlayerResponse
self.lastToRaise = None
self.table = Table()
class TakesBets(object):
def __init__(self, interacts):
self._interacts = interacts
self.evt_done = Event()
self._interacts.evt_playerResponse += self._on_PlayerResponse
self.lastToRaise = None
self.table = Table()
def start(self):
self.table.seat(self._interacts.players)
self.lastToRaise = self.table.dealingTo()
self.next()
def next(self):
if self._notEnoughWithChips():
self._finish()
elif self._onePlayerLeft():
self._finish()
elif self.table.dealingTo().isPlaying():
dealTo = self.table.dealingTo()
self._interacts.sendMessage(dealTo, 'GO')
else:
self.table.nextPlayer()
self.next()
def _on_PlayerResponse(self, sender, response):
player = response[0]
amount = response[1]
if player != self.table.dealingTo():
self._kickOutOfGame(player, 'OUT_OF_TURN')
return
if not amount.isdigit():
self._kickOutOfGame(player, 'NOT_A_NUMBER')
return
self._add(player, int(amount))
self.table.nextPlayer()
if self._done():
self._finish()
else:
self.next()
def getMinimumBet(self, player):
highestContribution = max([p.pot for p in self.table.playing()])
minBet = highestContribution - player.pot
return minBet
def _notEnoughWithChips(self):
hasChips = len([p for p in self.table.playing() if p.chips > 0])
return hasChips <= 1
def _finish(self):
self.evt_done(self)
def _done(self):
if self._notEnoughWithChips():
return True
return self.lastToRaise == self.table.dealingTo()
def _onePlayerLeft(self):
hasCards = len([p for p in self._interacts.players if p.isPlaying()])
return hasCards == 1
def _add(self, player, amount):
if self._folding(player, amount):
self._fold(player)
elif amount > player.chips:
self._kickOutOfGame(player, 'OVERDRAWN')
amount = 0
self._interacts.broadcast('BET ' + player.name + ' ' + str(amount))
if amount > self.getMinimumBet(player):
self.lastToRaise = player
player.bet(amount)
def _folding(self, player, amount):
return amount < self.getMinimumBet(
player) and player.chips - amount > 0
def _fold(self, player):
player.dropCards()
self._interacts.sendMessage(player, 'OUT FOLD')
def _kickOutOfGame(self, player, reason):
self._interacts.sendMessage(player, "OUT " + reason)
player.chips = 0
player.dropCards()
def setUp(self):
print 'Rotating around the table,', self.shortDescription()
self.table = Table()
class testRotatingAroundTheTable(unittest.TestCase):
def setUp(self):
print 'Rotating around the table,', self.shortDescription()
self.table = Table()
def testA_DealingToFirstAtTable(self):
'''deal to the first person at the table'''
self.table.seat(['p1', 'p2', 'p3'])
self.assertEqual('p1', self.table.dealingTo())
def testB_MovingToTheNext(self):
'''move to the next'''
self.table.seat(['p1', 'p2', 'p3'])
self.table.nextPlayer()
self.assertEqual('p2', self.table.dealingTo())
def testC_ThenTheLast(self):
'''all the way to the last'''
self.table.seat(['p1', 'p2', 'p3'])
self.table.nextPlayer()
self.table.nextPlayer()
self.assertEqual('p3', self.table.dealingTo())
def testD_BackToFirst(self):
'''back to first after last'''
self.table.seat(['p1', 'p2', 'p3'])
self.table.nextPlayer()
self.table.nextPlayer()
self.table.nextPlayer()
self.assertEqual('p1', self.table.dealingTo())