def checkGameOver(game):
for i in range(8):
assert(d.isGameOver(game) == 0)
d.gainCard(c.province,game,0,0)
assert(d.isGameOver(game) == 1)
print "TEST CASE PASSED"
def checkGameOver2(game):
for i in range(10):
assert(d.isGameOver(game) == 0)
d.gainCard(c.ambassador,game,0,0)
for i in range(10):
assert(d.isGameOver(game) == 0)
d.gainCard(c.adventurer,game,0,0)
for i in range(10):
assert(d.isGameOver(game) == 0)
d.gainCard(c.baron,game,0,0)
assert(d.isGameOver(game) == 1)
print "TEST CASE PASSED"
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 act55(self):
if self.__collectCov:
self.__cov.start()
try:
__result = mydom.isGameOver(self.p_GAME[0])
finally:
if self.__collectCov:
self.__cov.stop()
self.__updateCov()
__result_REF = otherdom.isGameOver(self.p_GAME_REF[0])
assert __result == __result_REF, " (%s) == (%s) " % (__result, __result_REF)