<filename>tests.py<gh_stars>0
from blackjackTable import Deck, Hand
from Casino import Player
import videoPoker

#Test Player Class
def addMoneyToPlayer():
	p1 = Player(1000)
	p1.increaseBankroll(50)
	return p1.bankroll == 1050
def removeMoneyFromPlayer():
	p1 = Player(1000)
	p1.decreaseBankroll(50)
	return p1.bankroll == 950

#Test Deck Class
def shuffle():
	d = Deck()
	o = Deck()
	o.shuffle()
	return d != o
def cardNotPresentAfterDeal():
	d = Deck()
	d.shuffle()
	target = d.dealCard()
	return target not in d.cards

#Test Hand Class
def addToHand():
	d = Deck()
	h = Hand()
	h.hit(d.dealCard())
	return len(h) > 0
def calculateHandValue():
	d = Deck()
	h = Hand()
	h.hit(d[2])
	h.hit(d[3])
	if h.getHandValue() != 4:
		return False
	h.hit(d[-1])
	if h.getHandValue() != 15:
		return False
	h.hit(d[36])
	print(h.getHandValue())
	return h.getHandValue() == 15

#test pokerHand.payout()
def testStraightPayoutAceHigh():
	d = videoPoker.pokerDeck()
	h = videoPoker.pokerHand()
	h.hit(d[51])
	h.hit(d[39])
	h.hit(d[40])
	h.hit(d[32])
	h.hit(d[47])
	multiplier = h.payout()
	if multiplier == videoPoker.payouts['straight']:
		return True
	else:
		return False
def testStraightPayoutAceLow(): #Need to fix Ace Low!
	d = videoPoker.pokerDeck()
	h = videoPoker.pokerHand()
	h.hit(d[51])
	h.hit(d[5])
	h.hit(d[10])
	h.hit(d[13])
	h.hit(d[0])
	print(h)
	multiplier = h.payout()
	if multiplier == videoPoker.payouts['straight']:
		return True
	else:
		return False


<filename>tests.py<gh_stars>0
from blackjackTable import Deck, Hand
from Casino import Player
import videoPoker

#Test Player Class
def addMoneyToPlayer():
	p1 = Player(1000)
	p1.increaseBankroll(50)
	return p1.bankroll == 1050
def removeMoneyFromPlayer():
	p1 = Player(1000)
	p1.decreaseBankroll(50)
	return p1.bankroll == 950

#Test Deck Class
def shuffle():
	d = Deck()
	o = Deck()
	o.shuffle()
	return d != o
def cardNotPresentAfterDeal():
	d = Deck()
	d.shuffle()
	target = d.dealCard()
	return target not in d.cards

#Test Hand Class
def addToHand():
	d = Deck()
	h = Hand()
	h.hit(d.dealCard())
	return len(h) > 0
def calculateHandValue():
	d = Deck()
	h = Hand()
	h.hit(d[2])
	h.hit(d[3])
	if h.getHandValue() != 4:
		return False
	h.hit(d[-1])
	if h.getHandValue() != 15:
		return False
	h.hit(d[36])
	print(h.getHandValue())
	return h.getHandValue() == 15

#test pokerHand.payout()
def testStraightPayoutAceHigh():
	d = videoPoker.pokerDeck()
	h = videoPoker.pokerHand()
	h.hit(d[51])
	h.hit(d[39])
	h.hit(d[40])
	h.hit(d[32])
	h.hit(d[47])
	multiplier = h.payout()
	if multiplier == videoPoker.payouts['straight']:
		return True
	else:
		return False
def testStraightPayoutAceLow(): #Need to fix Ace Low!
	d = videoPoker.pokerDeck()
	h = videoPoker.pokerHand()
	h.hit(d[51])
	h.hit(d[5])
	h.hit(d[10])
	h.hit(d[13])
	h.hit(d[0])
	print(h)
	multiplier = h.payout()
	if multiplier == videoPoker.payouts['straight']:
		return True
	else:
		return False


#Test Player Class #Test Deck Class #Test Hand Class #test pokerHand.payout() #Need to fix Ace Low!