def test_deck_json_dumps():
discardDeck = Deck(None, [Card(1, "3", "Red"), Card(2, "4", "Blue")])
cards = [Card(3, "5", "Yellow"), Card(4, "6", "Green")]
deck = Deck(discardDeck, cards)
string = json.dumps(deck.reprJSON(), cls=ComplexEncoder)
expected = """{"discardDeck": {"discardDeck": null, "cards": [{"id": 1, "value": "3", "color": "Red"}, {"id": 2, "value": "4", "color": "Blue"}]}, "cards": [{"id": 3, "value": "5", "color": "Yellow"}, {"id": 4, "value": "6", "color": "Green"}]}"""
assert string == expected
def test_deck_json_dump_load():
discardDeck = Deck(None, [Card(1, "3", "Red"), Card(2, "4", "Blue")])
cards = [Card(3, "5", "Yellow"), Card(4, "6", "Green")]
deck = Deck(discardDeck, cards)
string = json.dumps(deck.reprJSON(), cls=ComplexEncoder)
deck2 = Deck()
deck2.loadJSON(string)
assert deck.cards == deck2.cards
def test_deck_setup():
discardDeck = Deck(None, None)
cards = []
colors = ["Red", "Green", "Yellow", "Blue"]
for color in colors:
cards.append(Card(len(cards), str(0), color))
for num in range(1, 10):
cards.append(Card(len(cards), str(num), color))
cards.append(Card(len(cards), "+2", color))
cards.append(Card(len(cards), "skip", color))
cards.append(Card(len(cards), "reverse", color))
cards.append(Card(len(cards), "wild", "wild"))
cards.append(Card(len(cards), "+4", "wild"))
deck = Deck(discardDeck, cards)
return deck
def test_deck_draw(test_deck_setup):
drawncard = test_deck_setup.draw(1)
assert str(drawncard[0]) == str(Card(1, "+4", "wild"))
def test_deck_not_list():
sample_card = Card(1, "4", "Red")
with pytest.raises(TypeError):
deck = Deck(None, sample_card)
def test_card_str():
card = Card(1, "4", "Red")
assert card.__str__() == "Red 4"
def test_deck():
sample_discard = Deck()
sample_card = Card(1, "4", "Red")
deck = Deck(sample_discard, [sample_card])
assert deck.cards[0] == sample_card
assert deck.discardDeck == sample_discard
def test_deck_no_discard():
sample_card = Card(1, "4", "Red")
deck = Deck(None, [sample_card])
assert deck.cards[0] == sample_card
def generate_uno_deck():
# Generate cards for UNO
cards = []
colors = ["Red", "Green", "Yellow", "Blue"]
for color in colors:
cards.append(Card(len(cards), str(0), color))
for num in range(1, 10): # generate 2 cards each from [1 - 9]
cards.append(Card(len(cards), str(num), color))
cards.append(Card(len(cards), str(num), color))
cards.append(Card(len(cards), "draw", color))
cards.append(Card(len(cards), "draw", color))
cards.append(Card(len(cards), "skip", color))
cards.append(Card(len(cards), "skip", color))
cards.append(Card(len(cards), "reverse", color))
cards.append(Card(len(cards), "reverse", color))
cards.append(Card(len(cards), "wild", "wild"))
cards.append(Card(len(cards), "wild", "wild"))
cards.append(Card(len(cards), "wild", "wild"))
cards.append(Card(len(cards), "wild", "wild"))
cards.append(Card(len(cards), "wild_draw", "wild"))
cards.append(Card(len(cards), "wild_draw", "wild"))
cards.append(Card(len(cards), "wild_draw", "wild"))
cards.append(Card(len(cards), "wild_draw", "wild"))
for card in cards:
surface = f"{card.color.upper()}_{card.value.upper()}"
animation.game.track_card(animation.assets.CARDS[surface], card.id)
# Populate main deck and create discard
discard = Deck()
deck = Deck(discard=discard, cards=cards)
deck.shuffle()
sfx_card_shuffle.play()
return deck
def test_deck_reprJSON():
discardDeck = Deck(None, [Card(1, "3", "Red"), Card(2, "4", "Blue")])
cards = [Card(3, "5", "Yellow"), Card(4, "6", "Green")]
deck = Deck(discardDeck, cards)
assert deck.reprJSON() == dict(discardDeck=deck.discardDeck,
cards=deck.cards)
def test_deck_getDiscard_empty():
discardDeck = Deck()
cards = [Card(3, "5", "Yellow"), Card(4, "6", "Green")]
deck = Deck(discardDeck, cards)
assert deck.getDiscard() == None
def test_deck_getDiscard():
discardDeck = Deck(None, [Card(1, "3", "Red"), Card(2, "4", "Blue")])
cards = [Card(3, "5", "Yellow"), Card(4, "6", "Green")]
deck = Deck(discardDeck, cards)
assert str(deck.getDiscard()) == "Blue 4"
def test_card_str():
card = Card(1, "4", "Red")
assert card.__str__() == "Red 4"
def test_card_repr():
card = Card(1, "4", "Red")
assert card.__repr__() == "Red 4"
@pytest.mark.parametrize(
"card1, card2, output",
[
(Card(1, "4", "Red"), Card(2, "4", "Blue"), True), # Test value match
(Card(1, "5", "Red"), Card(2, "4", "Red"), True), # Test color match
(Card(1, "2", "Red"), Card(2, "4", "Blue"), False), # Test no match
(Card(1, "4", "Red"), Card(2, "4", "Red"), True)
] # Test both match
)
def test_card_match(card1, card2, output):
assert card1.match(card2) == output
def test_card_reprJSON():
output = {"id": 1, "value": "4", "color": "Red"}
card = Card(1, "4", "Red")
assert card.reprJSON() == output
def test_deck_draw_excess_reshuffle():
discardDeck = Deck(None, [Card(1, "3", "Red"), Card(2, "4", "Blue")])
cards = [Card(3, "5", "Yellow"), Card(4, "6", "Green")]
deck = Deck(discardDeck, cards)
drawn_cards = deck.draw(3)
assert len(drawn_cards) == 3
def test_card_reprJSON():
output = {"id": 1, "value": "4", "color": "Red"}
card = Card(1, "4", "Red")
assert card.reprJSON() == output
def test_deck_draw_excess_no_discard():
cards = [Card(3, "5", "Yellow"), Card(4, "6", "Green")]
deck = Deck(None, cards)
drawn_cards = deck.draw(3)
assert len(drawn_cards) == 2
if __name__ == "__main__": # pragma: no cover
from cardgame.cards import Card, Deck, Hand, ComplexEncoder
from cardgame.player import Player
import json
# Generate cards for UNO
cards = []
colors = ["Red", "Green", "Yellow", "Blue"]
for color in colors:
cards.append(Card(len(cards), str(0), color))
for num in range(1,10): # generate 2 cards each from [1 - 9]
cards.append(Card(len(cards), str(num), color))
cards.append(Card(len(cards), str(num), color))
cards.append(Card(len(cards), "+2", color))
cards.append(Card(len(cards), "+2", color))
cards.append(Card(len(cards), "skip", color))
cards.append(Card(len(cards), "skip", color))
cards.append(Card(len(cards), "reverse", color))
cards.append(Card(len(cards), "reverse", color))
cards.append(Card(len(cards), "wild", "wild"))
cards.append(Card(len(cards), "wild", "wild"))
cards.append(Card(len(cards), "wild", "wild"))
cards.append(Card(len(cards), "wild", "wild"))
cards.append(Card(len(cards), "+4", "wild"))
cards.append(Card(len(cards), "+4", "wild"))
cards.append(Card(len(cards), "+4", "wild"))
cards.append(Card(len(cards), "+4", "wild"))
# Populate main deck and create discard
discard = Deck()
deck = Deck(discard=discard, cards=cards)