def splitPlayableHand(self):
"""
Split the hand corresponding to player hand idx
Create two hands, each with one of the cards and one newly dealt one and add them to playerHands list
returns: nothing
"""
# Get the hand to split and remove it from the list
handBeingSplit = self.playerHands.pop(self.playerHandIdx)
if not handBeingSplit.isDoubles():
raiseErrorAtLoc()
# Create a new hand, give it the second card from original and remove from original
newHand = Hand()
newHand.receiveCard(handBeingSplit.hand.pop(1))
# Deal each one a new card
handBeingSplit.receiveCard(self.dealCard())
newHand.receiveCard(self.dealCard())
# Insert new hands back into the list where original was
self.playerHands.insert(self.playerHandIdx, handBeingSplit)
self.playerHands.insert(self.playerHandIdx + 1, newHand)
# Apply the bet to new hand
self.bets.insert(self.playerHandIdx + 1, self.player.getBetAmt())
def checkHand():
status = []
hand = Hand()
# empyt starting hand
status.append(hand.getNumCards() == 0)
status.append(hand.getHandValue() == 0)
# correctly appends card
card1 = Card(Face.NINE, Suit.CLUBS)
hand.receiveCard(card1)
status.append(hand.getNumCards() == 1)
status.append(hand.getHandValue() == 9)
# checks for correct isDoubles call
hand.receiveCard(card1)
status.append(hand.isDoubles())
hand.hand[1] = Card(Face.ACE, Suit.DIAMONDS)
status.append(not hand.isDoubles())
# Check for blackjack
status.append(not hand.isBlackjack())
hand.hand[0] = Card(Face.KING, Suit.CLUBS)
status.append(hand.isBlackjack())
# checks for soft and hard hands
status.append(hand.isHard())
status.append(not hand.isSoft())
hand.receiveCard(Card(Face.QUEEN, Suit.HEARTS))
status.append(hand.isHard())
status.append(not hand.isSoft())
# checks for bust
status.append(not hand.isBust())
hand.receiveCard(Card(Face.SEVEN, Suit.SPADES))
status.append(hand.isBust())
# checks for 4 aces corner case
hand.hand[0] = Card(Face.ACE, Suit.DIAMONDS)
hand.hand[2] = Card(Face.ACE, Suit.DIAMONDS)
hand.hand[3] = Card(Face.ACE, Suit.DIAMONDS)
status.append(hand.getHandValue() == 14)
return status
def checkActions():
game = Game(False, 'optimal', 100, 100, 0)
gamestate = game.gameState
hand = Hand()
status = []
# tests a playable hand (9,4)
hand.receiveCard(Card(Face.NINE, Suit.CLUBS))
hand.receiveCard(Card(Face.FOUR, Suit.CLUBS))
gamestate.playerHands = [hand]
actions = gamestate.player.getValidActions(gamestate)
status.append(actions == ['HIT', 'STAND', 'DOUBLE DOWN'])
# tests a doubles hand hand (9,9)
hand.hand[1] = (Card(Face.NINE, Suit.HEARTS))
gamestate.playerHands = [hand]
actions = gamestate.player.getValidActions(gamestate)
status.append(actions == ['HIT', 'STAND', 'DOUBLE DOWN', 'SPLIT'])
# tests blackjack (Ace, King)
hand.hand[0] = (Card(Face.ACE, Suit.HEARTS))
hand.hand[1] = (Card(Face.KING, Suit.HEARTS))
gamestate.playerHands = [hand]
actions = gamestate.player.getValidActions(gamestate)
status.append(actions == ['STAND'])
# tests a soft hand hand (Ace,King, 3)
hand.receiveCard(Card(Face.THREE, Suit.CLUBS))
gamestate.playerHands = [hand]
actions = gamestate.player.getValidActions(gamestate)
status.append(actions == ['HIT','STAND'])
# tests a bust hand (Ace, King, 3, 9)
hand.receiveCard(Card(Face.NINE, Suit.CLUBS))
gamestate.playerHands = [hand]
actions = gamestate.player.getValidActions(gamestate)
status.append(actions == ['STAND'])
return status