Poker Test - JL

class Game:
	playerOnesHand = []
	playerTwosHand = []
	playerOneScore = 0
	playerTwoScore = 0
	result = 0

	def __init__(self, cards):
		cards = cards.split()
		self.playerOnesHand = Hand(cards[0:5])
		self.playerTwosHand = Hand(cards[5:10])
		self.play();

	def play(self):
		self.playerOneScore = self.playerOnesHand.getScore();
		self.playerTwosCore = self.playerTwosHand.getScore();


		if (self.playerOneScore > self.playerTwoScore):
			result = 1
		else:
			result = 2

class Hand:
	cards = []
	values = []
	def setValues(self):
		for card in self.cards:
			self.values.append(card.value)
		self.values.sort()

		print len(self.values)

	def isFlush(self):
		currentSuit = self.cards[0].suit
		for card in self.cards:
			if card.suit != currentSuit:
				return False
			currentSuit = card.suit
		return True

	def isRoyalFlush(self):
		for card in self.cards:
			self.values.append(card.value)

		low = min(self.values)

		if low == 10 and (low + 1 in self.values) and (low + 2 in self.values) and (low + 3 in self.values) and (low + 4 in self.values):
			return True
		else:
			return False

	def isFourOfAKind(self):
		cardOneCount = self.values.count(self.values[0])
		cardTwoCount = self.values.count(self.values[len(self.values) - 1])

		if cardOneCount == 4 | cardTwoCount == 4:
			return True
		else:
			return False

	def isThreeOfAKind(self):
		cardOneCount = self.values.count(self.values[0])
		cardTwoCount = self.values.count(self.values[len(self.values) - 1])

		if cardOneCount == 3 | cardTwoCount == 3:
			return True
		else:
			return False

	def isStraight(self):
		low = min(self.values)

		if low == 10 and (low + 1 in self.values) and (low + 2 in self.values) and (low + 3 in self.values) and (low + 4 in self.values):
			return True;

	def isFullHouse(self):
		self.values = []
		for card in self.cards:
			self.values.append(card.value)

		self.values.sort()
		cardOneCount = self.values.count(self.values[0])
		cardTwoCount = self.values.count(self.values[len(self.values) - 1])

		if (cardOneCount == 2 and cardTwoCount == 3 ) | (cardOneCount == 3 and cardTwoCount == 2):
			return True
		else:
			return False

	def isTwoPair(self):
		cardOneCount = self.values.count(self.values[0])
		cardTwoCount = self.values.count(self.values[4])
		cardThreeCount = self.values.count(self.values[2])

		if(cardOneCount == 2 and cardTwoCount == 2) | (cardOneCount == 2 and cardThreeCount == 2) | (cardTwoCount == 2 and cardThreeCount == 2):
			return True;
		return False;

	def isPair(self):
		cardOneCount = self.values.count(self.values[0])
		cardTwoCount = self.values.count(self.values[4])
		cardThreeCount = self.values.count(self.values[2])

		if(cardOneCount == 2 ^ cardTwoCount == 2 ^ cardTwoCount == 3):
			return True;
		return False;

	def __init__(self, cards):
		for c in cards:
			self.cards.append(Card(c))

		self.setValues()

	def getScore(self):
		score = 0
		if self.isRoyalFlush(): score = 140000
		elif self.isFlush() and self.isStraight(): score = 130000
		elif self.isFourOfAKind(): score = 120000
		elif self.isFullHouse(): score = 110000
		elif self.isFlush(): score = 100000
		elif self.isStraight(): score = 90000
		elif self.isThreeOfAKind(): score = 80000
		elif self.isTwoPair(): score = 70000
		elif self.isTwoPair(): score = 60000
		else: score = 0

		return score

class Card:
	# value = 0
	# suit = 0
	def __init__(self, card):
		self.value = self.determineValue(card[0])
		self.suit = card[1]

	def determineValue(x,y):
		return {
			'2':2,
			'3':3,
			'4':4,
			'5':6,
			'6':6,
			'7':7,
			'8':8,
			'9':9,
			'T':10,
			'J':11,
			'Q':12,
			'K':13,
			'A':14
		}.get(y)

def playGames():
	player1Score = 0;
	player2Score = 0;
	file = open("poker-small.txt")

	for line in file:
		game = Game(line)
		if game.result == 1:
			player1Score += 1
		else:
			player2Score += 1

	print "Player one has won " + str(player1Score) + " games! "
	print "Player two has won " + str(player2Score) + " games! "
	if (player1Score > player2Score):
		print "Player 1 wins!"
	else:
		print "Player 2 wins!"

def main():
	playGames();

if __name__ == "__main__":
	main()