class TestHand(unittest.TestCase):
hand = Hand()
def test_handAppend(self):
self.hand.append("HA")
self.assertEqual("HA", self.hand.playACard())
def test_handSize(self):
self.hand.clear()
self.hand.append("HA")
self.assertEqual(1,self.hand.size())
def test_handCopySameCard(self):
self.hand.clear()
self.hand.append("HA")
newHand = self.hand.copy()
self.assertEqual("HA", newHand.playACard())
def test_handCopyDiff(self):
newHand = self.hand.copy()
self.assertNotEqual(self.hand,newHand)
def test_handCopyDiffHand(self):
newHand = self.hand.copy()
newHand.append("H3")
self.assertNotEqual(self.hand.hand,newHand.hand)
def test_handCopyDiffHand(self):
self.hand.clear()
newHand = self.hand.copy()
newHand.append("H3")
self.assertEqual(0,self.hand.size())
def dealCards(self,noOfCards,noOfHands):
hands=[]
allCards = False
if noOfCards == 0:
noOfCards = math.floor(self.deck.size()/noOfHands)
allCards = True
for handIndex in range(0,noOfHands):
hand = Hand()
for counter in range(noOfCards):
hand.append(self.deck.dealACard())
hands.append(hand.copy())
if allCards:
counter = 0
while self.deck.size() > 0:
hands[counter].append(self.deck.dealACard())
counter = (counter +1) % noOfHands
return hands
def test_hasTwoGroupsOfSuitsSecond(self):
handOfCards = ["C2", "D3", "C6", "C9", "D4", "D6", "D8"]
hand = Hand()
hand.hand = handOfCards
groupBySuit = self.winningRummy.getGroupsOfSuits(hand)
compareHandOne = Hand()
compareHandOne = ["C2", "C6", "C9"]
compareHandTwo = Hand()
compareHandTwo.hand = ["D3", "D4", "D6", "D8"]
self.assertEqual(["D3", "D4", "D6", "D8"], groupBySuit[1].getHand())
def test_hasFourOfSameSuit(self):
handOfCards = ["S2", "D3", "C6", "S9", "D9", "D6", "D8"]
hand = Hand()
hand.hand = handOfCards
groupBySuit = self.winningRummy.getGroupsOfSuits(hand)
compareHand = Hand()
compareHand.hand = ["D3", "D4", "D6", "D8"]
self.assertEqual(["D3", "D6", "D8", "D9"], groupBySuit[1].getHand())
def test_hasRunofThree(self):
handOfCards = ["C2", "D6", "CA", "H9", "D4", "D5", "SK"]
hand = Hand()
hand.hand = handOfCards
handsOfRun = self.winningRummy.getRuns(hand)
compareHand = Hand()
compareHand.hand = ["D4", "D5", "D6"]
self.assertEqual(["D4", "D5", "D6"], handsOfRun[1].getHand())
class Deck():
suits = {"H": "Hearts", "D": "Diamonds", "S": "Spades", "C": "Clubs"}
faces = ["A", "2", "3", "4", "5", "6", "7", "8", "9", "10", "J", "Q", "K"]
deckOfCards = Hand()
userHand = 0
# Function: generateDeck
# Description: This function generates a 52 pack of cards, with four suites and 13 playing cards Ace to King.
# The cards are returned in an ordered deck
def generateDeck(self):
for suit in self.suits.keys():
for face in self.faces:
self.deckOfCards.append(suit + face)
# Function: shuffleDeck
# Description: A set of cards is supplied and shuffled, randomly ordered.
def shuffleCards(self):
random.shuffle(self.deckOfCards.getHand())
# Method: trentineSmall
# Description: An Italian set of cards Tertine can be only 40 cards or 52. The small set has no "8","9" or "10". It
# still has ace to seven and jack, queen and king.
def trentineSmall(self):
faces.remove("8")
faces.remove("9")
faces.remove("10")
# Function: dealACard
# Description: Remove a card from a deck or hand of cards and return the card.
def dealACard(self):
if self.deckOfCards.size() == 0:
self.generateDeck()
self.shuffleCards()
return self.deckOfCards.playACard()
def append(self, card):
self.deckOfCards.append(card)
def show(self):
return self.deckOfCards.getHand()
def size(self):
return self.deckOfCards.size()
def getGroupsOfSuits(self, hand):
allGroupsOfSuites = []
groupOfSameSuite = Hand()
hand.sort()
previousSuit = ""
for card in hand.getHand():
if card[0] == previousSuit:
groupOfSameSuite.append(card)
else:
if groupOfSameSuite.size() > 0:
allGroupsOfSuites.append(groupOfSameSuite.copy())
groupOfSameSuite.clear()
groupOfSameSuite.append(card)
previousSuit = card[0]
allGroupsOfSuites.append(groupOfSameSuite.copy())
return allGroupsOfSuites
def getRuns(self, hand):
allRuns = []
currentRun = Hand()
previousSuit = ""
previousFace = 0
hand.sort()
hand.convertFacesToNumbers()
for card in hand.getHand():
if card[0] == previousSuit and int(card[1:3]) == previousFace + 1:
currentRun.append(card)
else:
if currentRun.size() > 1:
currentRun.convertNumbersToFaces()
allRuns.append(currentRun.copy())
currentRun.clear()
currentRun.append(card)
previousSuit = card[0]
previousFace = int(card[1:3])
hand.convertNumbersToFaces()
return allRuns
def test_getRunsFirst(self):
handOfCards = ["C2", "D6", "CA", "H9", "D4", "D5", "SK"]
hand = Hand()
hand.hand = handOfCards
self.assertEqual(["CA", "C2"],
self.winningRummy.getRuns(hand)[0].getHand())
def test_getGroupsOfSuitsFirst(self):
handOfCards = ["S2", "C5", "C6", "S9", "D4", "D6", "D8"]
hand = Hand()
hand.hand = handOfCards
self.assertEqual(["C5", "C6"],
self.winningRummy.getGroupsOfSuits(hand)[0].getHand())
def test_hasNoGroupsOfSuits(self):
handOfCards = ["C2", "H3", "C6", "H9", "D4", "D6", "S8"]
hand = Hand()
hand.hand = handOfCards
score = self.winningRummy.hasRummyScore(hand)
self.assertEqual(0, score)
def test_hasNoRummy(self):
handOfCards = ["C2", "D6", "CA", "H9", "D4", "D5", "D3"]
hand = Hand()
hand.hand = handOfCards
self.assertFalse(self.winningRummy.hasRummy(hand, 0))
def test_hasRummyScore(self):
handOfCards = ["C2", "D6", "CA", "C9", "D4", "D5", "D3"]
hand = Hand()
hand.hand = handOfCards
self.assertEqual(7, self.winningRummy.hasRummyScore(hand))
def test_hasRunofFour(self):
handOfCards = ["C2", "D6", "CA", "H9", "D4", "D5", "D3"]
hand = Hand()
hand.hand = handOfCards
handsOfRun = self.winningRummy.getRuns(hand)
self.assertEqual(["D3", "D4", "D5", "D6"], handsOfRun[1].getHand())
