def handle(self, *args, **options):
path = options["path"]
db, _ = cardxml.load_dbf(path, locale=options["locale"])
self.stdout.write("%i cards available" % (len(db)))
qs = Card.objects.all().values_list("dbf_id")
known_ids = [item[0] for item in qs]
missing = [id for id in db if id not in known_ids]
self.stdout.write("%i known cards" % (len(known_ids)))
new_cards = [Card.from_cardxml(db[id]) for id in missing]
Card.objects.bulk_create(new_cards)
self.stdout.write("%i new cards" % (len(new_cards)))
if options["force"]:
existing = Card.objects.filter(dbf_id__in=known_ids)
for card in existing:
if card.dbf_id not in db:
self.stderr.write(
f"WARNING: {repr(card)} ({card.dbf_id}) not in CardDefs.xml. "
"Skipping.")
continue
c = db[card.dbf_id]
if c:
try:
card.update_from_cardxml(c, save=True)
except IntegrityError as e:
if options["ignore_conflicts"]:
self.stderr.write(
f"WARNING: Ignoring {repr(card)} ({card.dbf_id}) conflict:"
f"{e}")
else:
raise e
self.stdout.write("%i updated cards" % (len(existing)))
tags = []
for dbf_id, card in db.items():
for tag, value in card.tags.items():
tags.append(CardTag(card_id=dbf_id, game_tag=tag, value=value))
locstrings = []
for dbf_id, card in db.items():
for tag, locstring in card.strings.items():
if isinstance(locstring, str):
# (non-localized string)
continue
for locale, value in locstring.items():
locale = Locale[locale]
locstrings.append(
CardString(card_id=dbf_id,
locale=locale,
game_tag=tag,
value=value))
with transaction.atomic():
CardTag.objects.all().delete()
CardString.objects.all().delete()
CardTag.objects.bulk_create(tags)
CardString.objects.bulk_create(locstrings)
def write_dbf_json():
dbf = cardxml.load_dbf()[0]
new_json = {
str(id): card.name
for id, card in dbf.items() if card.collectible
}
f = open(path.join(path.dirname(__file__), 'src/main/resources/dbf.json'),
'w')
dump(new_json, f, indent=2)
f.close()
def test_cardxml_load():
cardid_db, _ = cardxml.load()
dbf_db, _ = cardxml.load_dbf()
assert cardid_db
assert dbf_db
for card_id, card in cardid_db.items():
assert dbf_db[card.dbf_id].id == card_id
for dbf_id, card in dbf_db.items():
assert cardid_db[card.id].dbf_id == dbf_id
def test_cardxml_load():
cardid_db, _ = cardxml.load()
dbf_db, _ = cardxml.load_dbf()
assert cardid_db
assert dbf_db
for card_id, card in cardid_db.items():
assert dbf_db[card.dbf_id].id == card_id
for dbf_id, card in dbf_db.items():
assert cardid_db[card.id].dbf_id == dbf_id
assert cardid_db["EX1_001"].quest_reward == ""
assert cardid_db["UNG_940"].quest_reward == "UNG_940t8"
def main():
LAMBDA = boto3.client("lambda")
db, _ = cardxml.load_dbf()
for card in db.values():
if card.type == CardType.ENCHANTMENT:
continue
print("Rendering %r" % (card.card_id))
for locale in Locale:
if locale.unused:
continue
for resolution in (256, 512):
LAMBDA.invoke(FunctionName=FUNCTION_NAME,
InvocationType="Event",
Payload=json.dumps({
"queryStringParameters": {
"locale": locale.name,
"template": card.card_id,
"resolution": str(resolution),
},
}))
def main():
LAMBDA = boto3.client("lambda")
db, _ = cardxml.load_dbf()
for card in db.values():
if card.type == CardType.ENCHANTMENT:
continue
print("Rendering %r" % (card.card_id))
for locale in Locale:
if locale.unused:
continue
for resolution in (256, 512):
LAMBDA.invoke(
FunctionName=FUNCTION_NAME,
InvocationType="Event",
Payload=json.dumps({
"queryStringParameters": {
"locale": locale.name,
"template": card.card_id,
"resolution": str(resolution),
},
})
)
import sys
from prettytable import PrettyTable
from hearthstone.deckstrings import Deck
from hearthstone.cardxml import load_dbf
from hearthstone.enums import get_localized_name
for i, hs_deck in enumerate(sys.argv):
unknown = 0
if not i == 0:
locale = 'enUS'
deck = Deck.from_deckstring(hs_deck)
db, _ = load_dbf(locale=locale)
english_db = db
card_includes = deck.cards
cards = []
for dbf_id, count in card_includes:
try:
cards.append((db[dbf_id], count))
except KeyError:
unknown += 1
cards.sort(key=lambda include: (include[0].cost, include[0].name))
try:
hero = db[deck.heroes[0]]
class_name = get_localized_name(hero.card_class, locale=locale)
hero_name = f"{class_name} ({hero.name})"
except KeyError:
hero_name = "Unknown"
def card_db():
if "db" not in _CARD_DATA_CACHE:
from hearthstone.cardxml import load_dbf
db, _ = load_dbf()
_CARD_DATA_CACHE["db"] = db
return _CARD_DATA_CACHE["db"]
import pytest
from django.core.management import call_command
from hearthstone.cardxml import load_dbf
from hearthstone.enums import Locale
from django_hearthstone.cards.models import Card
db, _ = load_dbf()
@pytest.mark.django_db
def test_load_cards():
call_command("load_cards")
assert Card.objects.count() > 3500
wisp = Card.objects.get(dbf_id=179)
assert wisp.dbf_id == 179
assert wisp.card_id == "CS2_231"
assert wisp.name == "Wisp"
assert wisp.localized_name(Locale.enUS) == "Wisp"
assert wisp.localized_name(Locale.frFR) == "Feu follet"
assert {o.game_tag: o.value for o in wisp.tags.all()} == db[179].tags
assert wisp.strings.all().count() >= 28
def card_db(): if "db" not in _CARD_DATA_CACHE: db, _ = load_dbf() _CARD_DATA_CACHE["db"] = db return _CARD_DATA_CACHE["db"]
def make_reply(decks, locale="enUS"):
db, _ = load_dbf(locale=locale)
if locale != "enUS":
english_db, _ = load_dbf(locale="enUS") # For Gamepedia links
else:
english_db = db
reply = []
for deck in decks:
reply_chunks = []
card_includes = deck.cards
cards = [(db[dbf_id], count) for dbf_id, count in card_includes]
cards.sort(key=lambda include: (include[0].cost, include[0].name))
try:
hero = db[deck.heroes[0]]
class_name = get_localized_name(hero.card_class, locale=locale)
hero_name = f"{class_name} ({hero.name})"
except KeyError:
hero_name = "Unknown"
format_name = get_localized_name(deck.format, locale=locale)
standard_year_name = pretty_zodiac_year(ZodiacYear.as_of_date())
reply_chunks.append(
f"**Format:** {format_name} ({standard_year_name})\n")
reply_chunks.append(f"**Class:** {hero_name}\n")
rows = []
for card, count in cards:
english_card = english_db[card.dbf_id]
image = get_card_image(card, locale)
rows.append((
card.cost,
markdown_link(card.name, image),
count,
get_card_links(card, english_card, locale),
))
total_dust = sum(card.crafting_costs[0] * count
for card, count in cards)
table = tabulate(rows, headers=("Mana", "Card Name", "Qty", "Links"))
reply_chunks.append(table)
reply_chunks.append("\n")
reply_chunks.append(f"**Total Dust:** {total_dust}")
reply_chunks.append("\n")
reply_chunks.append(f"**Deck Code:** {deck.as_deckstring}")
reply_chunks.append("\n")
reply_chunks.append("*****")
reply_chunks.append("\n")
if calculate_reply_length(reply + reply_chunks) > MAX_CHARACTERS:
# Stop adding decks
break
reply += reply_chunks
reply.append(I_AM_A_BOT)
return "\n".join(reply)
from hearthstone.deckstrings import Deck
from hearthstone import cardxml
from hearthstone.cardxml import CardXML
from hearthstone.enums import CardType, FormatType, GameTag, Race, Rarity
db, _ = cardxml.load_dbf()
def loc_name(self, locale):
return self.strings[GameTag.CARDNAME][locale]
def loc_text(self, locale):
return self.strings[GameTag.CARDTEXT_INHAND][locale]
def loc_flavor(self, locale):
return self.strings[GameTag.FLAVORTEXT][locale]
CardXML.loc_name = loc_name
CardXML.loc_text = loc_text
CardXML.loc_flavor = loc_flavor
class DeckHandler():
def __init__(self):
self.db = db
def handle(self, input):
return self.format_deckstring(input)
def get_string_id(cls, dbf_id):
if not DBF_DB:
db, _ = cardxml.load_dbf()
DBF_DB.update(db)
return DBF_DB[dbf_id].id
def load_cards():
db = load_dbf()[0]
cards = {}
for dbf_id in db:
cards[dbf_id] = Card(db[dbf_id])
return cards
