def checkScore(game):
score = d.scoreFor(0,game)
assert(score == 3)
d.updateCoins(0,game,20)
d.buyCard(c.province,game)
d.endTurn(game)
d.updateCoins(0,game,20)
d.buyCard(c.duchy,game)
score = d.scoreFor(0,game)
assert(score == 9)
score = d.scoreFor(1,game)
assert(score == 6)
d.endTurn(game)
d.updateCoins(0,game,20)
d.buyCard(c.great_hall,game)
d.endTurn(game)
d.updateCoins(0,game,20)
d.buyCard(c.gardens,game)
score = d.scoreFor(0,game)
assert(score == 10)
for i in range(10):
d.gainCard(c.silver,game,1,1)
score = d.scoreFor(1,game)
assert(score == 7)
print "TEST CASE PASSED"
def checkPlayCard(game):
d.updateCoins(0,game,20)
d.buyCard(c.baron,game)
d.endTurn(game)
d.endTurn(game)
assert(d.playCard(-1,0,0,0,game) == -1)
for i in range(d.numHandCards(game)):
if (d.handCard(0,game) == c.baron):
assert(d.playCard(i,1,0,0,game) == 0)
else:
assert(d.playCard(0,0,0,0,game) == -1)
# Still need to refine this
print "TEST CASE PASSED"
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 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 checkOutpost(game):
# Outpost case
d.updateCoins(0,game,5)
assert(d.buyCard(c.outpost,game) == 0)
d.endTurn(game)
d.endTurn(game)
outpost = -1
for i in range(5):
if handCard(i,game) == card.outpost:
outpost = i
if outpost == -1:
d.playCard(outpost,0,0,0,game)
d.endTurn(game)
assert(d.whoseTurn(game) == 1)
assert(d.numHandCards(game) == 3)
print "TEST CASE PASSED"
def act50(self):
if self.__collectCov:
self.__cov.start()
try:
__result = mydom.updateCoins(self.p_PLAYER[0],self.p_GAME[0],self.p_BONUS[0])
finally:
if self.__collectCov:
self.__cov.stop()
self.__updateCov()
__result_REF = otherdom.updateCoins(self.p_PLAYER[0],self.p_GAME_REF[0],self.p_BONUS[0])
assert __result == __result_REF, " (%s) == (%s) " % (__result, __result_REF)