def test_initializeGame():
randomSeed = 111
kingdomCards_Valid = [d.Adventurer, d.Ambassador, d.Baron, d.Council_Room, d.Cutpurse, d.Embargo, d.Feast, d.Gardens, d.Great_Hall, d.Village]
kingdomCards= random.sample([d.Curse, d.Estate, d.Duchy, d.Province, d.Copper, d.Silver, d.Gold, d.Adventurer, d.Ambassador, d.Baron, d.Council_Room, d.Cutpurse, d.Embargo, d.Feast, d.Gardens, d.Great_Hall, d.Mine, d.Minion, d.Outpost, d.Remodel, d.Salvager, d.Sea_Hag, d.Smithy, d.Treasure_Map, d.Village],10)
print "Testing Initialize Game with Bad set of Kingdom Cardsand Number of players"
print kingdomCards
players = random.randint(0,5)
a = d.initializeGame(players, kingdomCards, randomSeed)
assert(a == -1)
print "Initilize Game() is invalid for kingdomCards selected and players: %d" %players
print "Expected: " + "-1"
print "Actual: %d " %a
print "TEST PASS"
if (a!= -1):
print "TEST FAIL"
print "Accepting bad input of kingdom cards for players %d" %players
print "Testing Supply count of copper cards for all number of players and with valid kingdom cards"
players = random.randint(2,4)
b = d.initializeGame(players, kingdomCards_Valid, randomSeed)
assert(b.supplyCount[d.Copper] == (60- 7* players))
print "TEST PASS"
print "Taking correct count of Copper cards: %d in supply for Players : %d" %(b.supplyCount[d.Copper],players)
if (b.supplyCount[d.Copper] != (60- 7* players)):
print "TEST FAIL"
print "Taking wrong count of Copper cards: %d in supply for Players : %d" %(b.supplyCount[d.Copper],players)
def test_initializeGame():
kingdomCards_Invalid = [d.Curse, d.Ambassador, d.Baron, d.Council_Room, d.Cutpurse, d.Embargo, d.Feast, d.Gardens, d.Great_Hall, d.Village]
kingdomCards_Valid = [d.Adventurer, d.Ambassador, d.Baron, d.Council_Room, d.Cutpurse, d.Embargo, d.Feast, d.Gardens, d.Great_Hall, d.Village]
print "Testing Initialize Game with Bad set of Kingdom Cardsand Number of players"
print "Players"
print numPlayers
print "Kingdom Cards"
print kingdomCards
a = d.initializeGame(numPlayers, kingdomCards_Invalid, randomSeed)
assert(a == -1)
print "Initilize Game() is invalid for kingdomCards selected and players: %d" %numPlayers
print "Expected: " + "-1"
print "Actual: %d " %a
print "TEST PASS"
if (a!= -1):
print "TEST FAIL"
print "Accepting bad input of kingdom cards for players %d" %numPlayers
print "Testing Supply count of copper cards for all number of players and with valid kingdom cards"
players = random.randint(2,4)
b = d.initializeGame(players, kingdomCards_Valid, randomSeed)
assert(b.supplyCount[d.Copper] == (60- 7* players))
print "TEST PASS"
print "Taking correct count of Copper cards: %d in supply for Players : %d" %(b.supplyCount[d.Copper],players)
if (b.supplyCount[d.Copper] != (60- 7* players)):
print "TEST FAIL"
print "Taking wrong count of Copper cards: %d in supply for Players : %d" %(b.supplyCount[d.Copper],players)
def test_playCard():
card = random.randint(0,26)
##kingdomCards = [d.Adventurer, d.Ambassador, d.Baron, d.Council_Room, d.Cutpurse, d.Embargo, d.Feast, d.Gardens, d.Great_Hall, d.Village]
print "TESTING playCard()"
a = d.initializeGame(numPlayers,kingdomCards, randomSeed)
assert(a !=-1)
print "Before playing"
print "hand of Player 0:"
print a.hand[0]
print "Card played by Player : 0 is "
print card
hpos = len(a.hand[0])-1
b = d.playCard(hpos,0,0,0,a)
if (b == -1):
if card not in a.kingdomCards:
print "Invalid Input:Card is Not KingdomCard"
elif card not in a.hand[a.whoseTurn]:
print "Invalid input, Card trying to play is not in hand"
if(b ==0):
print "TEST PASS"
print "After playing"
print "hand"
print a.hand[0]
print "Card played by Player:0 is "
print card
def test_discardCard():
##kingdomCards = [d.Adventurer, d.Ambassador, d.Baron, d.Council_Room, d.Cutpurse, d.Embargo, d.Feast, d.Gardens, d.Great_Hall, d.Village]
card = random.choice([0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27]) ##random.randint(d.Curse,d.Village)
print "TESTING discardCard()"
a = d.initializeGame(numPlayers,kingdomCards, randomSeed)
assert(a !=-1)
print "Before discard"
print "Card to discard:"
print card
print "hand before discarding"
print a.hand
print "Coins available:"
print a.coins
b = d.discardCard(card,a.whoseTurn,a,0)
if (b == -1):
print "Invalid Input:card not in hand OR SupplyEmpty"
return -1
assert(b ==0)
print "TEST PASS"
print "discardCard() is successfull for player : %d discarded %d" %(a.whoseTurn,card)
print "After Discarding"
print "Card Discarded:"
print card
print "Hand after Discarding"
print a.hand
print "Coins Available:"
print a.coins
def test_discardCard():
randSeed = 111
numPlayers =random.randint(2,4)
kingdomCards = [d.Adventurer, d.Ambassador, d.Baron, d.Council_Room, d.Cutpurse, d.Embargo, d.Feast, d.Gardens, d.Great_Hall, d.Village]
card = d.Copper ##random.randint(d.Curse,d.Village)
print "TESTING UpdateCoins()"
a = d.initializeGame(numPlayers,kingdomCards, randSeed)
assert(a !=-1)
print "Before discard"
print "Card to discard:"
print card
print "hand before discarding"
print a.hand
print "Coins available:"
print a.coins
b = d.discardCard(card,a.whoseTurn,a,0)
c = d.updateCoins(a.whoseTurn,a,0)
if (b == -1):
print "Invalid Input:card not in hand OR SupplyEmpty"
assert(b ==0)
print "TEST PASS"
print "discardCard() is successfull for player : %d discarded %d" %(a.whoseTurn,card)
print "After Discarding"
print "Card Discarded:"
print card
print "Hand after Discarding"
print a.hand
print "Coins Available:"
print a.coins
def test_gainCard():
randSeed = 111
card = random.randint(0,26)
numPlayers = 4
turn = random.randint(0,3)
kingdomCards = [d.Adventurer, d.Ambassador, d.Baron, d.Council_Room, d.Cutpurse, d.Embargo, d.Feast, d.Gardens, d.Great_Hall, d.Village]
print "TESTING gainCard()"
a = d.initializeGame(numPlayers,kingdomCards, randSeed)
assert(a !=-1)
print "Before gaining"
print "Deck"
print a.deck
print "Card Gaining by Player : %d is " %turn
print card
print "Supply Count of Card:"
print a.supplyCount[card]
b = d.gainCard(card,a,1,turn)
if (b == -1):
print "Invalid Input:Supply Empty"
assert(b ==0)
print "TEST PASS"
print "After gaining"
print "Deck"
print a.deck
print "Card gained by Player %d is "%turn
print card
print "Supply Count of Card:"
print a.supplyCount[card]
def test_updateCoins():
maxBonus = random.randint(2,5)
maxHandCount = random.randint(2,5)
##kingdomCards = [d.Adventurer, d.Ambassador, d.Baron, d.Council_Room, d.Cutpurse, d.Embargo, d.Feast, d.Gardens, d.Great_Hall, d.Village]
print "TESTING UpdateCoins()"
a = d.initializeGame(numPlayers,kingdomCards, randomSeed)
assert(a !=-1)
for i in range(numPlayers):
a.hand[i] = []
for player in range(numPlayers):
for handCount in range(1,maxHandCount+1):
a.hand[player].append(d.Copper)
print a.hand[player]
for bonus in range(maxBonus):
b = d.updateCoins(player,a,bonus)
assert(b ==0)
print "TEST PASS"
print "Return Value for player: %d, bonus %d and hand count : %d is %d" %(player,bonus, handCount, b)
print "Expected value : 0"
if (b != 0):
print "TEST FAIL"
print "Return Value for player: %d, bonus %d and hand count : %d is %d" %(player,bonus, handCount, b)
print "Expected value : 0"
assert(a.coins == (handCount * 1 + bonus))
print "TEST PASS"
print "Testing with all copper coins for player : %d, bonus : %d, handCount : %d, Coin Value = %d" %(player,bonus,handCount,a.coins)
print "Expected = %d" %(handCount *1 +bonus)
if (a.coins != (handCount * 1 + bonus)):
print "TEST FAIL"
print "Testing with all copper coins for player : %d, bonus : %d, handCount : %d, Coin Value = %d" %(player,bonus,handCount,a.coins)
print "Expected = %d" %(handCount *1 +bonus)
def checkFirstTurn():
game = d.initializeGame(2, [c.adventurer, c.ambassador, c.baron, c.council_room, c.cutpurse,
c.embargo, c.feast, c.gardens, c.great_hall, c.mine], 10)
handPos = random.randrange(5)
ret = d.playCard(handPos,0,0,0,game)
assert(ret == -1)
print "TEST CASE PASSED"
return 0
def test_getWinners():
kingdomCards = [d.Adventurer, d.Ambassador, d.Baron, d.Council_Room, d.Cutpurse, d.Embargo, d.Feast, d.Gardens, d.Great_Hall, d.Village]
print("Tetsing getWinners")
p = d.initializeGame(2, kingdomCards,111)
p.discard[0].append(d.Province)
r = d.getWinners(p)
assert(r!=-1)
print("Player Won:")
print r
def test_isGameOver():
##kingdomCards = [d.Adventurer, d.Ambassador, d.Baron, d.Council_Room, d.Cutpurse, d.Embargo, d.Feast, d.Gardens, d.Great_Hall, d.Village]
print("Tetsing isGameOver")
r = d.initializeGame(numPlayers, kingdomCards,randomSeed)
r.supplyCount[d.Province] = 0
s = d.isGameOver(r)
assert(s == 1)
print ("Game Over: SUpply of province exhausted")
print "Supply of province:"
print r.supplyCount[d.Province]
r = d.initializeGame(2, kingdomCards,111)
r.supplyCount[d.Duchy] = 0
r.supplyCount[d.Estate] = 0
r.supplyCount[d.Village] = 0
s = d.isGameOver(r)
assert(s == 1)
print ("Game Over:Supply of 3 piles is empty")
print r.supplyCount[d.Duchy]
print r.supplyCount[d.Estate]
print r.supplyCount[d.Village]
def test_endTurn():
kingdomCards = [d.Adventurer, d.Ambassador, d.Baron, d.Council_Room, d.Cutpurse, d.Embargo, d.Feast, d.Gardens, d.Great_Hall, d.Village]
print("Testing endTurn")
r= d.initializeGame(2, kingdomCards,111)
assert(r != -1)
print ("Whose Turn:")
print r.whoseTurn
s = d.endTurn(r)
assert (s == 0)
print ("After endTurn:")
print ("Whose Turn:")
print r.whoseTurn
def test_getWinners():
##kingdomCards = [d.Adventurer, d.Ambassador, d.Baron, d.Council_Room, d.Cutpurse, d.Embargo, d.Feast, d.Gardens, d.Great_Hall, d.Village]
print("Tetsing getWinners")
p = d.initializeGame(numPlayers, kingdomCards,randomSeed)
p.discard[0].append(d.Province)
p.discard[1].append(d.Province)
for player in range(numPlayers):
print "Score of Player: %d" %player
print d.scoreFor(player,p)
r = d.getWinners(p)
assert(r!=-1)
print("Player Won:")
print r
def test_scoreFor():
kingdomCards = [d.Adventurer, d.Ambassador, d.Baron, d.Council_Room, d.Cutpurse, d.Embargo, d.Feast, d.Gardens, d.Great_Hall, d.Village]
print("Testing scoreFor()")
r = d.initializeGame(2, kingdomCards,111)
assert(r!=-1)
print "Hand"
print r.hand[0]
print "Deck"
print r.deck[0]
print "Discard"
print r.discard[0]
x = d.scoreFor(0,r)
assert(x!= -1)
print ("Score for player : 0 is:")
print x
def act47(self):
if self.__collectCov:
self.__cov.start()
try:
self.p_GAME[0] = mydom.initializeGame(self.p_NUMPLAYERS[0],kingdomCards,self.p_SEED[0])
finally:
if self.__collectCov:
self.__cov.stop()
self.__updateCov()
self.p_GAME_REF[0] = otherdom.initializeGame(self.p_NUMPLAYERS[0],kingdomCards,self.p_SEED[0])
self.p_GAME_used[0]=False
self.p_NUMPLAYERS_used[0]=True
self.p_SEED_used[0]=True
def test_shuffle():
##kingdomCards = [d.Adventurer, d.Ambassador, d.Baron, d.Council_Room, d.Cutpurse, d.Embargo, d.Feast, d.Gardens, d.Great_Hall, d.Village]
a = d.initializeGame(numPlayers,kingdomCards, randomSeed)
assert(a !=-1)
print "Before Shuffle"
print "Deck"
print a.deck
for turn in range(numPlayers):
b = d.shuffle(turn,a)
if (b == -1):
print "Invalid Input:card not in hand OR SupplyEmpty"
assert(b ==0)
print "TEST PASS"
print "After Shuffling"
print "Deck"
print a.deck
def test_scoreFor():
##kingdomCards = [d.Adventurer, d.Ambassador, d.Baron, d.Council_Room, d.Cutpurse, d.Embargo, d.Feast, d.Gardens, d.Great_Hall, d.Village]
print("Testing scoreFor()")
r = d.initializeGame(numPlayers, kingdomCards,randomSeed)
assert(r!=-1)
for player in range(numPlayers):
print "Hand: %d" %player
print r.hand[player]
print "Deck: %d" %player
print r.deck[player]
print "Discard: %d" %player
print r.discard[player]
x = d.scoreFor(player,r)
assert(x!= -1)
print ("Score for player : %d is:" %player)
print x
def test_buyCard():
randSeed = 111
numPlayers =random.randint(2,4)
maxBonus = random.randint(2,5)
maxHandCount = random.randint(2,5)
kingdomCards = [d.Adventurer, d.Ambassador, d.Baron, d.Council_Room, d.Cutpurse, d.Embargo, d.Feast, d.Gardens, d.Great_Hall, d.Village]
card = random.randint(d.Curse,d.Village)
print "TESTING UpdateCoins()"
a = d.initializeGame(numPlayers,kingdomCards, randSeed)
assert(a !=-1)
a.whoseTurn = random.randint(0,numPlayers-1)
print "Before Buying"
print "Card want to Buy:"
print card
print "Cost of Card"
x = d.getCost(card)
print x
print "Coins Available:"
print a.coins
print "numBuys available"
print a.numBuys
print "Whose Turn:"
print a.whoseTurn
print "Discard"
print a.discard
print "Supply of Card"
print a.supplyCount[card]
b = d.buyCard(card,a)
if (b == -1):
print "Invalid Input:No numBuys OR No enough Coins OR SupplyEmpty"
assert(b ==0)
print "BuyCard() is successfull for player : %d brought: %d" %(a.whoseTurn,card)
print "After Buying"
print "Card Bought:"
print card
print "Coins Available:"
print a.coins
print "numBuys available"
print a.numBuys
print "Whose Turn:"
print a.whoseTurn
print "Discard"
print a.discard
print "Supply of Card"
print a.supplyCount[card]
def checkStart():
kingdomCards = [7,8,9,10,11,12,13,14,15,16,17,18,19]
kingdom = []
configurations = [comb for comb in itertools.combinations(kingdomCards,10)]
counter = 0
for i in range(2,5):
for conf in configurations:
kingdom = list(conf)
game = d.initializeGame(i,kingdom,10)
counter += 1
assert(d.supplyCount(c.silver,game) == 40)
assert(d.supplyCount(c.gold,game) == 30)
for j in c.kingdom_cards:
if j in kingdom:
assert(d.supplyCount(j,game) == 10)
if i == 2:
assert(d.supplyCount(c.copper,game) == 46)
assert(d.supplyCount(c.curse,game) == 10)
assert(d.supplyCount(c.estate,game) == 2)
assert(d.supplyCount(c.duchy,game) == 8)
assert(d.supplyCount(c.province,game) == 8)
assert(d.supplyCount(c.gardens,game) == 8)
assert(d.supplyCount(c.great_hall,game) == 8)
elif i == 3:
assert(d.supplyCount(c.copper,game) == 39)
assert(d.supplyCount(c.curse,game) == 20)
assert(d.supplyCount(c.estate,game) == 3)
assert(d.supplyCount(c.duchy,game) == 12)
assert(d.supplyCount(c.province,game) == 12)
assert(d.supplyCount(c.gardens,game) == 12)
assert(d.supplyCount(c.great_hall,game) == 12)
elif i == 4:
assert(d.supplyCount(c.copper,game) == 32)
assert(d.supplyCount(c.curse,game) == 30)
assert(d.supplyCount(c.estate,game) == 0)
assert(d.supplyCount(c.duchy,game) == 12)
assert(d.supplyCount(c.province,game) == 12)
assert(d.supplyCount(c.gardens,game) == 12)
assert(d.supplyCount(c.great_hall,game) == 12)
print "Configuration ", counter, " PASSED"
print i, "players, kingdom = " , kingdom
print "TEST CASE PASSED"
return 0
def test_endTurn():
##kingdomCards = [d.Adventurer, d.Ambassador, d.Baron, d.Council_Room, d.Cutpurse, d.Embargo, d.Feast, d.Gardens, d.Great_Hall, d.Village]
print("Testing endTurn")
r= d.initializeGame(numPlayers, kingdomCards,randomSeed)
assert(r != -1)
print ("Whose Turn:")
print r.whoseTurn
print "Discard"
print r.discard
print "Hand"
print r.hand
s = d.endTurn(r)
assert (s == 0)
print ("After endTurn:")
print ("Whose Turn:")
print r.whoseTurn
print "Discard"
print r.discard
print "Hand"
print r.hand
def test_drawCard():
##kingdomCards = [d.Adventurer, d.Ambassador, d.Baron, d.Council_Room, d.Cutpurse, d.Embargo, d.Feast, d.Gardens, d.Great_Hall, d.Village]
print "TESTING drawCard()"
a = d.initializeGame(numPlayers,kingdomCards, randomSeed)
assert(a !=-1)
print "Before drawing"
print "Deck"
print a.deck
print "Hand"
print a.hand
for turn in range(numPlayers):
b = d.drawCard(turn,a)
if (b == -1):
print "Invalid Input:deck empty"
assert(b ==0)
print "TEST PASS"
print "After drawing"
print "Deck"
print a.deck
print "Hand"
print a.hand
import dominion as d
import cardnames as c
import itertools
import random
game2 = d.initializeGame(3, [c.adventurer, c.ambassador, c.baron, c.council_room, c.cutpurse,
c.embargo, c.feast, c.gardens, c.great_hall, c.mine], 10)
game3 = d.initializeGame(4, [c.adventurer, c.ambassador, c.baron, c.council_room, c.cutpurse,
c.embargo, c.feast, c.gardens, c.great_hall, c.mine], 10)
game4 = d.initializeGame(2, [c.adventurer, c.ambassador, c.baron, c.council_room, c.cutpurse,
c.embargo, c.feast, c.gardens, c.great_hall, c.outpost], 10)
def test1(game):
d.buyCard(c.silver, game)
d.endTurn(game)
assert (d.buyCard(c.copper, game) == 0)
d.buyCard(c.silver, game)
assert (d.whoseTurn(game) == 1)
assert (d.buyCard(c.silver, game) == -1)
d.endTurn(game)
assert (d.buyCard(c.province,game) == -1)
print "TEST CASE PASSED"
return 0
# Test checks whether a game state sets up supplies correctly with all the different valid configurations