def testPerform(self):
slot = TableSlot()
player = Player("Test", None, None, MinBettingPolicy())
slot.seatPlayer(player)
shoe = Shoe(1,lambda x:x)
hitCmd = HitCommand(shoe)
standCmd = StandCommand()
splitCmd = SplitCommand(hitCmd, standCmd)
player.receive_payment(cfg['MINIMUM_BET'] *
(1 + cfg['SPLIT_RATIO']))
slot.addCards(Card(5,'C'), Card(5,'H'))
slot.promptBet()
rc = splitCmd.perform(slot)
self.assertFalse(rc, 'testSplitCommand:testPerform:Split should not end hand')
self.assertEqual(player.stack.amount, 0, 'testSplitCommand:testPerform:Split should deduct appropriate amount from player')
hands = slot.hands
self.assertEqual(len(hands), 2, 'testSplitCommand:testPerform:Split should split player\'s hand into two hands')
self.assertTrue(hands[0].wasSplit, 'testSplitCommand:testPerform: Split hands should reflect split')
self.assertTrue(hands[1].wasSplit, 'testSplitCommand:testPerform: Split hands should reflect split')
expected = BlackjackHand()
expected.addCards(Card(5,'C'), Card(2, 'S'))
self.assertEqual(hands[0], expected, 'testSplitCommand:testPerform:Split hands should draw next card from shoe')
expected.reset()
expected.addCards(Card(5,'H'), Card(2, 'H'))
self.assertEqual(hands[1], expected, 'testSplitCommand:testPerform:Split hands should draw next card from shoe')
def testIsAvailable(self):
player = Player("Test", None, None, MinBettingPolicy())
player.receive_payment(cfg['MINIMUM_BET'])
self.slot.seatPlayer(player)
self.slot.addCards(Card('A','H'), Card(6,'D'))
cfg.mergeFile('cfg/no_surrender.ini')
self.assertFalse(self.surrenderCmd.isAvailable(self.slot), 'testSurrenderCommand:testIsAvailable:Surrender should not be available if disallowed')
cfg.reset()
self.assertTrue(self.surrenderCmd.isAvailable(self.slot), 'testSurrenderCommand:testIsAvailable:Surrender should be available if allowed')
HitCommand(Shoe(2, lambda x:x)).perform(self.slot)
self.assertFalse(self.surrenderCmd.isAvailable(self.slot), 'testSurrenderCommand:testIsAvailable:Surrender should not be available after first action')
def testNumSplits(self):
slot = TableSlot()
slot.addCards(Card(9,'D'), Card(8,'H'))
self.assertEqual(slot.numSplits,0,'testTableSlot:testNumSplits:New hand should have no splits')
slot = TableSlot()
player = Player('', None, MinBettingPolicy(), None)
player.receive_payment(cfg['SPLIT_RATIO'])
slot.seatPlayer(player)
slot.addCards(Card(7,'D'), Card(7,'H'))
slot.splitHand()
self.assertEqual(slot.numSplits,1,'testTableSlot:testNumSplits:Split hand should have 1 split')
slot.addCards(Card(7,'C'))
slot.splitHand()
self.assertEqual(slot.numSplits,2,'testTableSlot:testNumSplits:Resplit hand should have 2 splits')
def testIsAvailable(self):
slot = TableSlot()
player = Player("Test", None, None, MinBettingPolicy())
slot.seatPlayer(player)
shoe = Shoe(1,lambda x:x)
hitCmd = HitCommand(shoe)
standCmd = StandCommand()
splitCmd = SplitCommand(hitCmd, standCmd)
player.receive_payment(cfg['MINIMUM_BET'])
slot.addCards(Card(5,'C'), Card(6,'C'))
slot.promptBet()
self.assertFalse(splitCmd.isAvailable(slot), 'testSplitCommand:testIsAvailable:Split should not be available to insufficiently funded player')
player.receive_payment(cfg['MINIMUM_BET'] *
(1 + cfg['SPLIT_RATIO']))
slot.promptBet()
self.assertFalse(splitCmd.isAvailable(slot), 'testSplitCommand:testIsAvailable:Split should not be avaible to non-pair hand')
slot.clearHands()
slot.addCards(Card(10,'C'), Card('K','C'))
self.assertFalse(splitCmd.isAvailable(slot), 'testSplitCommand:testIsAvailable:Split should not be available to non rank-paired hand when split by value is disallowed')
slot.clearHands()
cfg.mergeFile('cfg/split_by_value.ini')
slot.addCards(Card(10,'C'), Card('K','C'))
self.assertTrue(splitCmd.isAvailable(slot), 'testSplitCommand:testIsAvailable:Split should be availabe to non rank-paired hand when split by value is allowed')
hitCmd.perform(slot)
player.receive_payment(cfg['MINIMUM_BET'])
cfg.reset()
self.assertFalse(splitCmd.isAvailable(slot), 'testSplitCommand:testIsAvailable:Split should not be availabe to hand beyond first action')
cfg.mergeFile('cfg/resplit_upto.ini')
slot.clearHands()
slot.promptBet()
slot.addCards(Card(5,'C'), Card(5,'C'))
self.assertFalse(splitCmd.isAvailable(slot), 'testSplitCommand:testIsAvailable:Split should not be availabe if splitting is disallowed')
player.receive_payment(3 * cfg['MINIMUM_BET'] * cfg['SPLIT_RATIO'])
slot.clearHands()
slot.promptBet()
slot.addCards(Card('A','C'), Card('A','H'))
splitCmd.perform(slot)
slot.hands[0].cards = []
slot.hands[0].addCards(Card('A', 'C'), Card('A', 'D'))
cfg.reset()
cfg.mergeFile('cfg/resplit_aces.ini')
self.assertFalse(splitCmd.isAvailable(slot), 'testSplitCommand:testIsAvailable:Split should not be available if hand is aces from split and resplitting aces is disallowed')
player.receive_payment(cfg['MINIMUM_BET'] *
(2 + cfg['SPLIT_RATIO']))
cfg.reset()
self.assertTrue(splitCmd.isAvailable(slot), 'testSplitCommand:testIsAvailable:Split should be available on split aces if resplit aces allowed')
def testIsActive(self):
player = Player('Tim', None, None, MinBettingPolicy())
player.receive_payment(1000)
slot = TableSlot()
slot.seatPlayer(player)
slot.promptBet()
self.assertTrue(slot.isActive,'testTableSlot:testIsActive:Slot with betting player should be active')
class NoBettingPolicy(BettingPolicy):
def bet(self, **kwargs):
return 0
player = Player('Jack',None, None, NoBettingPolicy())
slot = TableSlot()
slot.seatPlayer(player)
slot.promptBet()
self.assertFalse(slot.isActive,'testTableSlot:testIsActive:Slot with non-betting player should not be active')
slot = TableSlot()
self.assertFalse(slot.isActive,'testTableSlot:testIsActive:Empty slot should not be active')
if __name__ == '__main__':
nspace = parseCommandLine()
try:
cfg.mergeFile(nspace.config_file_name)
except SemanticConfigError as e:
print(e)
hip1 = HumanInputPolicy()
strat = BasicStrategyPolicy('cfg/three_chart.txt')
strat1 = FeedbackDecisionPolicy(hip1, strat)
player = Player("Matt",
strat1,
DeclineInsurancePolicy(),
MinBettingPolicy())
player.receive_payment(10000)
player2 = Player("Billy Batch",
strat,
DeclineInsurancePolicy(),
MinBettingPolicy())
player2.receive_payment(1000)
table = Table()
table.register_player(player)
nRounds = 0
counter = CardCount('HiLoCount')
table.shoe.registerObserver(counter)
def handler(_signum, _frame):
"""Handles Ctrl+C signals"""