def test_scenario_2():
"""
Same as scenario 1 but doubling the highest count
"""
generate_cards()
t1 = Table()
t1.plt1.place_card(_all_cards[4])
t1.plt1.place_card(_all_cards[8])
t1.plt1.place_card(_all_cards[13])
t1.plt1.place_card(_all_cards[10])
t1.plt1.place_card(_all_cards[0])
t1.plt1.place_card(_all_cards[16])
print(t1.plt1)
assert t1.plt1.max_point_win == 0
assert t1.plt1.vp == 0
assert t1.plt1.win_ties is False
t1.plt1.eval_non_vps()
assert t1.plt1.win_ties is True
t1.plt1.eval_vps()
t1.plt1.eval_highest()
assert t1.plt1.vp == (9 + 13 + 5 + 3) * 2
assert t1.plt1.max_point_win == 26
t1.plt1.remove_cards()
assert t1.plt1.win_ties is False
assert t1.plt1.max_point_win == 0
def test_scenario_3():
"""
Win majority check: Normal winning
"""
generate_cards()
t1 = Table()
t1.plt1.place_card(_all_cards[1])
t1.plt1.place_card(_all_cards[10])
t1.plt2.place_card(_all_cards[3])
print(t1.plt1)
print(t1.plt2)
assert t1.plt1.max_point_win == 0
assert t1.plt1.vp == 0
assert t1.plt1.win_ties is False
t1.plt1.eval_non_vps()
t1.plt2.eval_non_vps()
assert t1.plt1.win_ties is False
t1.plt1.eval_vps()
t1.plt2.eval_vps()
t1.plt1.eval_highest()
t1.plt2.eval_highest()
assert t1.plt1.vp == 7 + 3
assert t1.plt1.max_point_win == 7
t1.plt1.remove_cards()
assert t1.plt1.win_ties is False
assert t1.plt1.max_point_win == 0
def test_scenario_8():
"""
Win Highest with tie
"""
generate_cards()
t1 = Table()
t1.plt1.place_card(_all_cards[1])
t1.plt1.place_card(_all_cards[0])
t1.plt1.place_card(_all_cards[11])
t1.plt1.place_card(_all_cards[17])
t1.plt2.place_card(_all_cards[12])
t1.plt2.place_card(_all_cards[3])
print(t1.plt1)
print(t1.plt2)
assert t1.plt1.max_point_win == 0
assert t1.plt1.vp == 0
assert t1.plt1.win_ties is False
t1.plt1.eval_non_vps()
t1.plt2.eval_non_vps()
assert t1.plt1.win_ties is True
t1.plt1.eval_vps()
t1.plt2.eval_vps()
t1.plt1.eval_highest()
t1.plt2.eval_highest()
assert t1.plt1.vp == 7 + 8
assert t1.plt1.max_point_win == 7
t1.plt1.remove_cards()
assert t1.plt1.win_ties is False
assert t1.plt1.max_point_win == 0
def test_scenario_1():
"""
Check win for each set cards, and win tie setting. Card removal resets win ties
and max point win.
"""
generate_cards()
t1 = Table()
t1.plt1.place_card(_all_cards[4])
t1.plt1.place_card(_all_cards[8])
t1.plt1.place_card(_all_cards[13])
t1.plt1.place_card(_all_cards[10])
t1.plt1.place_card(_all_cards[0])
print(t1.plt1)
assert t1.plt1.max_point_win == 0
assert t1.plt1.vp == 0
assert t1.plt1.win_ties is False
t1.plt1.eval_non_vps()
assert t1.plt1.win_ties is True
t1.plt1.eval_vps()
t1.plt1.eval_highest()
assert t1.plt1.vp == 9 + 13 + 5 + 3
assert t1.plt1.max_point_win == 13
t1.plt1.remove_cards()
assert t1.plt1.win_ties is False
assert t1.plt1.max_point_win == 0
def test_scenario_7_1():
"""
Win More Single suit normally
"""
generate_cards()
t1 = Table()
t1.plt1.place_card(_all_cards[1])
t1.plt1.place_card(_all_cards[0])
t1.plt1.place_card(_all_cards[11])
t1.plt1.place_card(_all_cards[15])
t1.plt2.place_card(_all_cards[10])
print(t1.plt1)
print(t1.plt2)
assert t1.plt1.max_point_win == 0
assert t1.plt1.vp == 0
assert t1.plt1.win_ties is False
t1.plt1.eval_non_vps()
t1.plt2.eval_non_vps()
assert t1.plt1.win_ties is True
t1.plt1.eval_vps()
t1.plt2.eval_vps()
t1.plt1.eval_highest()
t1.plt2.eval_highest()
assert t1.plt1.vp == 7 + 8
assert t1.plt1.max_point_win == 8
t1.plt1.remove_cards()
assert t1.plt1.win_ties is False
assert t1.plt1.max_point_win == 0
def test_all_cards():
generate_cards()
assert len(_all_cards) == 18
assert _all_cards[3].suit == Suit.Library and _all_cards[3].cid == 4
tmp_suit = ['Palace', 'Library', 'Garden', 'Stronghold', 'Temple', 'NonSuit']
for i, crd in enumerate(_all_cards):
assert crd.cid == i+1
assert crd.suit == Suit[tmp_suit[i//3]]
def test_scenario_0():
"""
Check win for each single cards.
"""
generate_cards()
t1 = Table()
t1.plt1.place_card(_all_cards[2])
t1.plt1.place_card(_all_cards[5])
t1.plt1.place_card(_all_cards[7])
t1.plt1.place_card(_all_cards[10])
t1.plt1.place_card(_all_cards[14])
print(t1.plt1)
assert t1.plt1.max_point_win == 0
assert t1.plt1.vp == 0
t1.plt1.eval_vps()
t1.plt1.eval_highest()
assert t1.plt1.vp == 5 * 3
assert t1.plt1.max_point_win == 3
def rand_game():
del_cards()
generate_cards()
print_all_cards()
print("\n")
t1 = Table()
d = Deck()
d.shuffle()
# print("Size of Deck: {}".format(len(d.deck)))
plt1 = t1.plt1
plt2 = t1.plt2
h1 = Hand()
h2 = Hand()
for i in range(5):
h1.pull_card(d.pop())
h2.pull_card(d.pop())
for i in range(5):
# print("\n-------------------------------------")
# print("{}'th round:".format(i))
# print("Hand1: ")
# print(h1)
# print("Hand2: ")
# print(h2)
plt1.place_card(h1.place_rand())
plt2.place_card(h2.place_rand())
# print(plt1)
# print(plt2)
h1, h2 = h2, h1
print("First turn:")
# print(t1)
t1.evaluate_table()
plt1.discard_card(plt1.choose_random())
plt2.discard_card(plt2.choose_random())
plt1.freeze_card(plt1.choose_random())
plt2.freeze_card(plt2.choose_random())
# print("After freezing and discarding")
# print(t1)
# print("After collecting the cards from the table")
h1.cards = plt1.remove_cards()
h2.cards = plt2.remove_cards()
# print(plt1)
# print(plt2)
# print("Hand1: ")
# print(h1)
# print("Hand2: ")
# print(h2)
for i in range(2):
h1.pull_card(d.pop())
h2.pull_card(d.pop())
for i in range(5):
# print("\n-------------------------------------")
# print("{}'th round:".format(i))
# print("Hand1: ")
# print(h1)
# print("Hand2: ")
# print(h2)
plt1.place_card(h1.place_rand())
plt2.place_card(h2.place_rand())
# print(plt1)
# print(plt2)
h1, h2 = h2, h1
print("Second turn:")
# print(t1)
t1.evaluate_table()
cid = plt1.choose_random()
while plt1.cards[cid].frozen is True:
cid = plt1.choose_random()
plt1.discard_card(cid)
cid = plt2.choose_random()
while plt2.cards[cid].frozen is True:
cid = plt2.choose_random()
plt2.discard_card(cid)
plt1.freeze_card(plt1.choose_random())
plt2.freeze_card(plt2.choose_random())
# print("After freezing and discarding")
# print(plt1)
# print(plt2)
# print("After collecting the cards from the table")
h1.cards = plt1.remove_cards()
h2.cards = plt2.remove_cards()
# print(plt1)
# print(plt2)
# print("Hand1: ")
# print(h1)
# print("Hand2: ")
# print(h2)
for i in range(2):
h1.pull_card(d.pop())
h2.pull_card(d.pop())
for i in range(5):
# print("\n-------------------------------------")
# print("{}'th round:".format(i))
# print("Hand1: ")
# print(h1)
# print("Hand2: ")
# print(h2)
plt1.place_card(h1.place_rand())
plt2.place_card(h2.place_rand())
# print(plt1)
# print(plt2)
h1, h2 = h2, h1
print("Third turn:")
# print(t1)
t1.evaluate_table()
if len(d.deck) == 0:
# print("test pass")
return True
return False
def simple_game():
generate_cards()
t1 = Table()
d = Deck()
# print("Size of Deck: {}".format(len(d.deck)))
plt1 = t1.plt1
plt2 = t1.plt2
h1 = Hand()
h2 = Hand()
# Pull card from deck iteratively
for i in range(5):
h1.pull_card(d.pop())
h2.pull_card(d.pop())
for i in range(5):
# print("\n-------------------------------------")
# print("{}'th round:".format(i))
# print("Hand1: ")
# print(h1)
# print("Hand2: ")
# print(h2)
# Choose a card an place it to the table simultaneously
plt1.place_card(h1.place_smallest())
plt2.place_card(h2.place_smallest())
# print(plt1)
# print(plt2)
# swap hands
h1, h2 = h2, h1
print("First turn:")
# print(t1)
t1.evaluate_table()
# choose a card to discard
plt1.discard_card(plt1.choose_largest())
plt2.discard_card(plt2.choose_largest())
# choose a card to freeze
plt1.freeze_card(plt1.choose_smallest())
plt2.freeze_card(plt2.choose_smallest())
# print("After freezing and discarding")
# print(plt1)
# print(plt2)
# print("After collecting the cards from the table")
# Pick up the remaining unfrozen cards
h1.cards = plt1.remove_cards()
h2.cards = plt2.remove_cards()
# print(plt1)
# print(plt2)
# print("Hand1: ")
# print(h1)
# print("Hand2: ")
# print(h2)
# pull 2 cards iteratively, to fill up to 5 cards in hand
for i in range(2):
h1.pull_card(d.pop())
h2.pull_card(d.pop())
# place 5 cards
for i in range(5):
# print("\n-------------------------------------")
# print("{}'th round:".format(i))
# print("Hand1: ")
# print(h1)
# print("Hand2: ")
# print(h2)
plt1.place_card(h1.place_smallest())
plt2.place_card(h2.place_smallest())
# print(plt1)
# print(plt2)
h1, h2 = h2, h1
print("Second turn:")
# print(t1)
t1.evaluate_table()
# choose a card to discard
plt1.discard_card(plt1.choose_largest())
plt2.discard_card(plt2.choose_largest())
# choose a card to freeze
plt1.freeze_card(nsmallest(2, list(plt1.cards.keys()))[-1])
plt2.freeze_card(nsmallest(2, list(plt2.cards.keys()))[-1])
# print("After freezing and discarding")
# print(plt1)
# print(plt2)
# print("After collecting the cards from the table")
# pick up the remaining unfrozen cards
h1.cards = plt1.remove_cards()
h2.cards = plt2.remove_cards()
# print(plt1)
# print(plt2)
# print("Hand1: ")
# print(h1)
# print("Hand2: ")
# print(h2)
# draw 2 cards to top up to 5
for i in range(2):
h1.pull_card(d.pop())
h2.pull_card(d.pop())
# place 5 cards iteratively and swap hands between them
for i in range(5):
# print("\n-------------------------------------")
# print("{}'th round:".format(i))
# print("Hand1: ")
# print(h1)
# print("Hand2: ")
# print(h2)
plt1.place_card(h1.place_smallest())
plt2.place_card(h2.place_smallest())
# print(plt1)
# print(plt2)
h1, h2 = h2, h1
print("Third turn:")
# print(t1)
t1.evaluate_table()
if len(d.deck) == 0:
print("test pass")
return True
return False
