def __init__(self):
card_types = (MakiCard(1), MakiCard(2), MakiCard(3), PuddingCard(),
NigiriCard('egg'), NigiriCard('salmon'),
NigiriCard('squid'), TempuraCard(), SashimiCard(),
DumplingCard(), WasabiCard())
card_counts = (7, 7, 7, 8, 6, 6, 5, 10, 10, 15, 4)
super().__init__(*self.create_card_list(card_types, card_counts))
def test_complicated_score():
cards = {
'a': [
SashimiCard(),
MakiCard(2),
MakiCard(1),
NigiriCard('egg'),
MakiCard(1),
DumplingCard(),
DumplingCard(),
NigiriCard('salmon'),
PuddingCard(),
DumplingCard()
],
'b': [
DumplingCard(),
NigiriCard('squid'),
PuddingCard(),
NigiriCard('salmon'),
WasabiCard(),
SashimiCard(),
NigiriCard('salmon'),
PuddingCard(),
NigiriCard('salmon'),
TempuraCard()
]
}
scores = get_score(cards, end_round=True)
assert scores['a'] == 6 + 3 + 6
assert scores['b'] == 0 + 13 + 1
def test_deck_stop():
d = Deck(MakiCard(1), MakiCard(2))
_ = next(d)
_ = next(d)
try:
_ = next(d)
raise RuntimeError('Deck returns too many cards')
except StopIteration:
pass
def test_certain_cards_carry_rewards_at_end_of_round():
p1 = Player("bob")
p2 = Player("sharon")
# create a deck with no cards that are worth points during a round
d = Deck.create([MakiCard(3)], [100])
g = Game(deck=d, agents=[p1, p2], cards_per_player=10)
g.play_round()
g.play_round()
print(g.gamelog)
assert g.gamelog.shape[0] == 42
assert g.gamelog['reward'][0] == 0.0
assert g.gamelog['reward'][1] == 0.0
def test_certain_cards_carry_no_rewards_within_rounds():
p1 = Player("bob")
p2 = Player("sharon")
# create a deck with no cards that are worth points during a round
d = Deck.create([PuddingCard(), WasabiCard(), MakiCard(3)], [8, 4, 4 * 7])
g = Game(deck=d, agents=[p1, p2], cards_per_player=5)
g.play_turn()
assert g.gamelog.shape[0] == 4
assert g.gamelog['reward'][0] == 0.0
assert g.gamelog['reward'][1] == 0.0
g.play_turn()
g.play_turn()
g.play_turn()
assert g.gamelog['reward'].iloc[-1] == 0.0
def test_sashimi_scores():
cards = {
'a': [SashimiCard(), WasabiCard()],
'b': [SashimiCard(), SashimiCard(),
MakiCard(2)],
'c': [SashimiCard(),
SashimiCard(),
SashimiCard(),
TempuraCard()]
}
scores = get_score(cards)
assert scores['a'] == 0
assert scores['b'] == 0
assert scores['c'] == 10
def test_maki_scores():
cards = {
'a': [MakiCard(3)],
'b': [MakiCard(2)] * 4,
}
scores = get_score(cards, end_round=True)
assert scores['a'] == 3
assert scores['b'] == 6
cards = {
'a': [MakiCard(0)],
'b': [MakiCard(2)] * 4,
}
scores = get_score(cards, end_round=True)
assert scores['a'] == 0
assert scores['b'] == 6
cards = {
'a': [MakiCard(3)],
'b': [MakiCard(1)] * 3,
'c': [MakiCard(3)],
}
scores = get_score(cards, end_round=True)
assert scores['a'] == 2
assert scores['b'] == 2
assert scores['c'] == 2
def test_deck_init():
d = Deck(MakiCard(1), MakiCard(2))
assert len(d.cards) == 2
assert len(d.initial_cards) == 2
def test_deck_reshuffle():
d = Deck(MakiCard(1), MakiCard(2))
_ = next(d)
d.reset()
_ = next(d)
_ = next(d)