def isGameOverTest(): player=random.randrange(2,5) seed=random.randrange(3,11) game = d.initializeGame(player, [d.adventurer, d.ambassador, d.baron, d.council_room, d.cutpurse, d.embargo, d.feast, d.gardens, d.great_hall, d.mine], seed) #for i in range(MAX_TEST): for card in range(d.curse,d.mine): game.supplyCount[card]=random.randrange(0,12) d.isGameOver(game)
def test_isGameOver(s):
g=d.initializeGame(s, [d.adventurer, d.ambassador, d.baron, d.council_room, d.cutpurse,
d.embargo, d.feast, d.gardens, d.great_hall,d.mine], 2)
for i in xrange(7,17):
g.supplyCount[i]=random.randrange(0,10)
g.supplyCount[3]=random.randrange(0,10)
count=0
for i in xrange(7,17):
if g.supplyCount[i]==0:
count=count+1
if g.supplyCount[3]==0:
assert d.isGameOver(g)==1
elif count>=3:
assert d.isGameOver(g)==1
else:
assert d.isGameOver(g)==0
def random_GameState(w,s):
#x=random.randrange(2,5)
g=d.initializeGame(w, [d.adventurer, d.ambassador, d.baron, d.council_room, d.cutpurse,
d.embargo, d.feast, d.gardens, d.great_hall,d.mine], s)
for i in xrange(10):
if d.isGameOver(g):
break
d.buyCard(random.randrange(7,17),g)
d.playCard(len(g.hand[g.whoseTurn])-1,random.randrange(1,16),random.randrange(1,16),random.randrange(1,17),g)
d.endTurn(g)
return g
def random_GameState2(w,s):
cardlist=[d.adventurer, d.ambassador, d.baron, d.council_room, d.cutpurse,
d.embargo, d.feast, d.smithy, d.village,d.sea_hag]
g=d.initializeGame(w, cardlist, s)
for i in xrange(10):
if d.isGameOver(g):
break
d.buyCard(random.choice(cardlist),g)
d.playCard(len(g.hand[g.whoseTurn])-1,random.randrange(0,len(g.hand[g.whoseTurn])-1),random.choice(cardlist),random.choice(cardlist),g)
d.endTurn(g)
return g
