def post(self, request, *args, **kwargs):
c = Card()
c.name = request.data.get('name')
c.spell_type = request.data.get('spell_type')
c.expansion = request.data.get('expansion')
c.is_legendary = request.data.get('is_legendary') is 'true'
c.card_number = request.data.get('card_number')
c.creature_type = request.data.get('creature_type')
c.abilities = request.data.get('abilities')
c.text = request.data.get('text')
c.flavor_text = request.data.get('flavor_text')
c.power = request.data.get('power')
c.defense = request.data.get('defense')
c.loyalty = request.data.get('loyalty')
c.artist = request.data.get('artist')
c.save()
c.image = request.data.get('file')
for k, v in request.data.items():
if k.startswith('mana_'):
m = Mana.objects.get(name=k[5:])
mfc = ManaForCard()
mfc.mana = m
mfc.card = c
mfc.quantity = v
mfc.save()
c.save()
return Response(self.serializer_class(c).data)
def create_test_card(fields: Optional[Dict[str, Any]] = None) -> Card:
"""
Creates a test card with fields from the given dict
:param fields: The fields to populate
:return: A card object
"""
card = Card()
card.scryfall_oracle_id = uuid.uuid4()
card.name = uuid.uuid1()
card.cmc = 0
card.num_power = 0
card.num_toughness = 0
card.num_loyalty = 0
card.colour_flags = 0
card.colour_identity_flags = 0
card.colour_count = 0
card.colour_identity_count = 0
card.colour_sort_key = 0
card.colour_weight = 0
card.layout = "normal"
card.is_reserved = False
card.is_token = False
card.converted_mana_cost = 0
for key, value in (fields or {}).items():
assert hasattr(card, key)
setattr(card, key, value)
card.full_clean()
card.save()
return card
def create_test_card(fields: dict) -> Card:
"""
Creates a test card with fields from the given dict
:param fields: The fields to populate
:return: A card object
"""
card = Card()
card.name = 'undefined'
card.cmc = 0
card.num_power = 0
card.num_toughness = 0
card.num_loyalty = 0
card.colour_count = 0
card.colour_sort_key = 0
card.colour_weight = 0
card.is_reserved = False
for key, value in fields.items():
card.__dict__[key] = value
card.save()
return card
def handle(self, **options):
# Mandatory set
if options['set'] is None:
print("set argument is missing!")
sys.exit()
# set must be valid
if len(options['set']) != 3:
print("set is not valid, must be 3 digit")
sys.exit()
lang = options['lang'].lower() if len(options['lang']) == 2 else "en"
set = options['set'].lower()
with open("data/sets/" + lang + "/" + set + ".json") as f:
cards = json.load(f)
counter = 1
for single_card in cards:
card = Card.objects.filter(
scryfall_id=single_card['id']).first()
if card is None:
card = Card(
language=lang,
set=set,
layout=single_card['layout'],
rarity=single_card['rarity'],
multiverse_id=single_card['multiverse_ids'].pop(0)
if len(single_card['multiverse_ids']) > 0 else "",
scryfall_id=single_card['id'],
collector_number=single_card['collector_number'],
)
print(
str(counter) + "/" + str(len(cards)) +
" New card from " + set + " (" + lang + ") : " +
single_card['layout']) # nopep8
faces = []
types = []
if single_card['layout'] == "normal":
# NORMAL layout : 1 Face, 1 Type
card.name = single_card[
'printed_name'] if "printed_name" in single_card else single_card[
'name']
face = Face(
card=card,
illustration_id=single_card['illustration_id'])
face.descriptors = get_image_descriptions(
single_card['image_uris']['large']) # nopep8
faces.append(face)
type = Type(
# Only get the card type (ex: Creature — Human Rogue)
type=single_card['type_line'].split(" — ").pop(0),
face=face,
)
types.append(type)
elif single_card['layout'] == "modal_dfc":
# MODAL DOUBLE FACE : 2 Faces, 2 Types
for single_face in single_card["card_faces"]:
face = Face(
card=card,
illustration_id=single_face["illustration_id"],
name=single_face['printed_name']
if "printed_name" in single_face else
single_face['name'])
face.descriptors = get_image_descriptions(
single_face['image_uris']['large']) # nopep8
faces.append(face)
if card.name != "":
card.name = card.name + " // "
card.name = card.name + face.name
type = Type(
# Only get the card type (ex: Creature — Human Rogue)
type=single_face['type_line'].split(" — ").pop(
0),
face=face,
)
types.append(type)
if len(faces) > 0 and len(types) > 0:
card.save()
for face in faces:
face.save()
for type in types:
type.save()
