def test_status_bust():
player = Player()
player.add_card(Card(10))
player.add_card(Card(10))
player.add_card(Card(2))
assert player.total == 22
assert player.status == Statuses["BUST"]
def test_two_aces(self):
player = Player()
player.add_card(Card(1))
player.add_card(Card(1))
assert player.total == 12
player.add_card(Card(9))
assert player.status == Statuses["PLAYING"]
def _parseCard(self, r, cursor):
# Assosiate list items to readable variables.
(name, manacost, cmc, type, supertypes, subtypes, rarity, text, flavor,
power, toughness, loyalty, rulings, watermark, printings, setname,
blockname, names) = r
printings = self._searchSetsForPrintings(printings, cursor)
mtgCard = Card(name, manacost, cmc, type, supertypes, subtypes, rarity,
text, flavor, power, toughness, loyalty, rulings,
watermark, printings, setname, blockname)
# Check for transformation and other related cards
if names is not None and names != "":
temp = names.split("|") # Split the names of the card.
frontName = temp[0]
backName = temp[1]
if backName.lower() == mtgCard.cardName.lower():
mtgCard.frontFacing = False
if len(temp) == 2:
mtgCard = self._getTransformation(mtgCard, frontName, backName,
cursor)
else:
if mtgCard.frontFacing:
mtgCard.relatedCards.append(temp[2])
mtgCard = self._getTransformation(mtgCard, frontName,
backName, cursor)
else:
del temp[temp.index(mtgCard.cardName)]
mtgCard.relatedCards.extend(temp)
return mtgCard
def test_status_blackjack():
player = Player()
assert player.total == 0
assert player.status == Statuses["PLAYING"]
player.add_card(Card(1))
player.add_card(Card(10))
assert player.total == 21
assert player.status == Statuses["BLACKJACK"]
def test_add_ace(self):
player = Player()
player.add_card(Card(4))
player.add_card(Card(10))
player.add_card(Card(1))
assert player.total == 15
assert player.status == Statuses["PLAYING"]
player.add_card(Card(10))
assert player.total == 25
assert player.status == Statuses["BUST"]
def test_two_aces_no_bust(self):
player = Player()
player.add_card(Card(1))
player.add_card(Card(1))
assert player.total == 12
player.add_card(Card(8))
assert player.total == 20
player.add_card(Card(2))
assert player.total == 12
assert player.status == Statuses["PLAYING"]
def test_status_playing():
player = Player()
assert player.total == 0
assert player.status == Statuses["PLAYING"]
player.add_card(Card(13))
player.add_card(Card(10))
assert player.total == 20
assert player.status == Statuses["PLAYING"]
player.add_card(Card(1))
assert player.total == 21
assert player.status == Statuses["PLAYING"]
def test_Card_toJSON():
json = Card(5).toJSON()
print(json)
assert json["num"] == 5
assert json["face"] == 5
assert json["value"] == 5
assert "suit" in json
def test_card_validation():
with pytest.raises(Exception, match="Cards must be a list of type Card"):
Player(cards=[1])
with pytest.raises(Exception, match="Cards must be a list of type Card"):
cards = index.serialize_cards(make_cards([1, 2]))
Player(cards=cards)
with pytest.raises(Exception, match="Cards must be a list of type Card"):
Player(cards=Card(1))
def _searchForTransformation(self, card, frontName, backName, cursor):
cardBack = None
sql = (
"SELECT cardName, cardManaCost, cardCmc, cardType, cardSupertypes, cardSubtypes, cardRarity, cardText, cardFlavor, cardPower, "
"cardToughness, cardLoyalty, cardRulings, cardWatermark, cardPrintings, setName, blockName, cardNames FROM mtgCard NATURAL JOIN mtgSet "
"WHERE cardName LIKE ? GROUP BY cardName;")
nameToSearchBy = None
# Check if we are looking at the back of the card, if so we need to search for the front.
if card.frontFacing == False:
nameToSearchBy = frontName
else:
nameToSearchBy = backName
cursor.execute(sql, (nameToSearchBy, ))
r = cursor.fetchone()
if r is not None:
# Assosiate list items to readable variables.
(name, manacost, cmc, type, supertypes, subtypes, rarity, text,
flavor, power, toughness, loyalty, rulings, watermark, printings,
setname, blockname, names) = r
printings = self._searchSetsForPrintings(printings, cursor)
cardBack = Card(name,
manacost,
cmc,
type,
supertypes,
subtypes,
rarity,
text,
flavor,
power,
toughness,
loyalty,
rulings,
watermark,
printings,
setname,
blockname,
card,
frontFacing=False)
return cardBack
def deserialize_cards(cards):
return [Card(c["num"]) for c in cards]
def test_six(self):
player = Player()
player.add_card(Card(1))
player.add_card(Card(5))
assert player.total == 16
def test_one_ace(self):
player = Player()
player.add_card(Card(10))
player.add_card(Card(1))
assert player.total == 21
assert player.status == Statuses["BLACKJACK"]