def main():
initialize()
deck = Deck.from_deckstring("AAECAR8engGoArUDxwOHBMkErgbFCNsJ7Qn+DJjwAp7wAu/xAqCAA6eCA5uFA/WJA+aWA/mWA76YA7acA56dA/yjA+WkA5+lA6KlA6alA4SnA5+3AwAA")
for x in deck.cards:
print("{0}x {1}".format(x[1], get_card(x[0])))
def main():
'''
Module that combines data acquired on decks and cards and produces full decklists to text file.
'''
decks = pd.read_csv(os.path.join(os.getcwd(), cfg.DECKLIST_CSV))
cards = pd.read_csv(os.path.join(os.getcwd(), cfg.CARDS_CSV))
deck_dump = open(cfg.DECK_OUTPUT, 'w')
i = 1
print('Writing decklists to a .txt file:')
for index, row in decks.iterrows():
deck_code = row['CODE']
deck = Deck.from_deckstring(deck_code)
utility.printProgressBar(i,
len(decks.index),
prefix='Progress:',
suffix='Complete',
length=50)
i += 1
deck_dump.write('Deck list for ' + row['CLASS'] + ' deck titled "' +
row['NAME'] + '" from Season ' + str(row['SEASON']) +
':\n')
for card in deck.cards:
card_row = cards['NAME'].loc[cards['DATABASE_ID'] == card[0]]
deck_dump.write(' ' + card_row.tolist()[0] + ' x' +
str(card[1]) + '\n')
deck_dump.write(
'--------------------------------------------------------------------------------------------------\n'
)
deck_dump.write(
'--------------------------------------------------------------------------------------------------\n'
)
def calculateLacksFromJSONFile(path, collection, db_dbf):
newlist = []
with open(path, "rt") as f:
for line in f.readlines():
data = json.loads(line)['result']
deck = Deck.from_deckstring(data['deckstring'])
if len(deck.cards) <= 0:
# If there exists some connection problem,
# we may get an empty deck here.
# If so, just ignore it.
continue
print(data)
print(deck.cards)
newdict = {}
newdict["name"] = data['title'].split(b'-')[0]
newdict["url"] = data['url']
newdict["date"] = data['date']
newdict["type"] = data['type']
newdict["deck"] = deck
newdict["lacked"], newdict[
"alreadyHave"] = collection.calculateLacks(deck.cards)
# print (newdict["lacked"])
_, newdict["dust"] = calcArcaneDust(newdict["lacked"], db_dbf)
newdict["power"] = 1
newlist.append(newdict)
return newlist
def format_deckstring(self, deckstring):
deck = None
try:
deck = Deck.from_deckstring(deckstring)
except Exception as e:
return str(e)
hero = ",".join(
[self.find_card_name(card_id) for card_id in deck.heroes])
output = "```"
output += f"\n###"
output += f"\n# Hero: {hero}"
output += f"\n# Format: {list(FormatType)[(deck.format)].name}"
output += f"\n#"
for card in deck.cards:
count = card[1]
card_id = card[0]
if card_id in self.db:
card = self.db[card_id]
output += f"\n# {count}x ({card.cost}) {card.name}"
else:
output += f"\n# {count}x UNKNONWN"
output += f"\n#"
output += f"\n{deck.as_deckstring}"
output += f"\n#"
output += f"\n# To use this deck, copy it to your clipboard and create a new deck in Hearthstone"
output += "```"
return output
def simulate_mulligan(self, deckcode):
#determine order & draw initial cards
self.deckcode = str(deckcode)
self.order = isFirst()
self.deck = Deck.from_deckstring(self.deckcode)
self.decklist = fulldecklist(self.deckcode)
self.originaldecklist = self.decklist
random.shuffle(self.decklist)
self.opponent = opponent_selection()
print("Your opponent is: " + self.opponent)
self.hand = initial_draw(self.decklist, self.order)
self.display_cards(self.hand)
self.display_cards_ID(self.hand)
#We do not need to assert that the input is correct for this since
#once we create the Interface, this selection will be based on clicks
self.hand = self.replace_cards()
#Display final hand
self.display_cards(self.hand)
#End simulation or go to next match
#Before we reset the simulation we must write each instance into the database
self.reset()
def load_deckstring(self, deckstring):
cards = []
try:
deck = Deck.from_deckstring(deckstring)
except binascii.Error:
print('Deck string is invalid base64 string: {}'.format(deckstring))
return None
total_cost = 0
for (dbfId, count) in deck.cards:
count = int(count)
found = False
for card in self.mycollection:
if card['dbfId'] == dbfId:
found = True
if card['count'] >= count:
cards.append((card, count, 0))
else:
missing = count - card['count']
cards.append((card, card['count'], missing))
card = None
if not found:
card = self.collectible_by_Id(dbfId)
if not card:
card = { 'name': 'INVALID DBFID ({})'.format(dbfId) }
count = 0
cards.append((card, 0, count))
return cards
def deck_code_decode(deck_code):
# Deckstring decode. See:
# https://hearthsim.info/docs/deckstrings/
deck = Deck.from_deckstring(deck_code)
deck_hero = deck.heroes[0]
deck_card = deck.cards
return [deck_hero, deck_card]
def parse_deck(text):
for i in range(3):
try:
deck = Deck.from_deckstring(text + '=' * i)
return deck
except Exception as e:
continue
return None
def initFromDeckStringFile(self, path):
"""Init the database from a deckstring file
The file should contain a set of deckstrings, every string in a line
Args:
path: The deckstring file's path
"""
with open (path, "rt") as f:
for line in f.readlines():
deck = Deck.from_deckstring(line)
for cardPair in deck.cards:
self.add(cardPair)
def fulldecklist(deckcode):
"""
This function takes in the deckcode, and deciphers the deckcode into the complete list of cards
where the tuples (x,y) are separated into a list [x] y times.
"""
##First imports the deckcode as a deck
##Example Mage Deck we will be using ("AAECAf0ECO0Fcem6AoivAuwHobcCxQS/CAuBsgKVA8HBApYF17YCmMQCqwTAAbC8ArsCo7YCAA==")
deck = Deck.from_deckstring(str(deckcode))
complete_deck = []
for card, copy in deck.cards:
l = [card] * copy
complete_deck.extend(l)
return complete_deck
def get_decklist(deckstring):
try:
deck = Deck.from_deckstring(deckstring)
except:
return None
decklist = []
with open(f'{BASE_DIR}/static/cards.collectible.json', 'rb') as f:
data = json.load(f)
for i in range(len(deck.cards)):
card = [{'id': 'NOT_EXISTS', 'cost': 404}, deck.cards[i][1]]
for j in range(len(data)):
if deck.cards[i][0] == data[j]['dbfId']:
card = [data[j], deck.cards[i][1]]
decklist.append(card)
decklist = sorted(decklist, key=lambda cost: cost[0]['cost'])
return decklist, deck.format.name.split('_')[1]
def find_and_decode_deckstrings(text):
b64_text = remove_non_b64(text)
decks = []
for chunk in b64_text.split():
if any(word in chunk for word in ["###", "#\\#\\#"]):
return []
if not chunk.startswith(("AAEBA", "AAECA", "AAEDA")):
continue
if chunk in [deck._deckstring for deck in decks]:
continue
try:
deck = Deck.from_deckstring(chunk)
except Exception:
continue
deck._deckstring = chunk
decks.append(deck)
return decks
def calculateLacksFromFile(path, collection, db_dbf):
"""Calculate the lacked cards from decks stored in file PATH.
The file should contain a set of deckstrings, every string in a line.
This may will be removed in the future,
since the function calculateLacksFromJSONFile() is more practical.
Args:
path: The file that contains the deckstrings
collection: Cards collection for calculation
db_dbf: The all-cards database
Returns:
newlist: A list of dict, each of which contains the results for a deck
"""
newlist = []
with open (path, "rt") as f:
for line in f.readlines():
cardsInDeck = 0
deck = Deck.from_deckstring(line)
for cardPair in deck.cards:
cardsInDeck += cardPair[1]
if cardsInDeck < 30:
# Ignore the decks containing less than 30 cards
continue
newdict = {}
newdict["name"] = "Deck name"
newdict["url"] = "Unknown"
newdict["date"] = "Unknown"
newdict["type"] = "Unknown"
newdict["rating-sum"] = "Unknown"
newdict["deck-type"] = "Unknown"
newdict["rarchetype"] = "Unknown"
newdict["deck"] = deck
newdict["deckstring"] = line
newdict["lacked"], newdict["alreadyHave"] = collection.calculateLacks(deck.cards)
_, newdict["dust"] = calcArcaneDust(newdict["lacked"], db_dbf)
newdict["power"] = 1
newlist.append(newdict)
return newlist
def generate_images(deck_dict, dest, ordered=False):
for name in deck_dict:
deck_imgs = []
for deckcode in deck_dict[name]:
deck = Deck.from_deckstring(deckcode)
if deck != None:
img = deck_to_image(deck, name)
deck_imgs.append(img)
if len(deck_imgs) == 0:
print('Player {} has no decks'.format(name))
continue
img = merge(deck_imgs)
img = img.convert('RGB')
name = name.replace('/', '\\')
if ordered:
if (ord(name[0].upper()) >= ord('A')
and ord(name[0].upper()) <= ord('Z')):
img.save(u'{}/{}/{}.jpg'.format(dest, name[0].upper(), name),
'JPEG')
else:
img.save(u'{}/{}/{}.jpg'.format(dest, 'etc', name), 'JPEG')
else:
img.save(u'{}/{}.jpg'.format(dest, name), 'JPEG')
# for archetype in archetypes:
# print(archetypes[archetype][0])
r = csv.reader(open(deckListFile, newline=''), delimiter='\t', quotechar='|') #opens tespa match csv
tespaDecks = {}
fixValue = 0 #lets me skip the header
print('Scraping Tespa Decks.')
for row in r: #primary deck scraping loop
try:
if fixValue == 0:
fixValue = fixValue + 1
else:
#print(row[2])
#print(row[1])
deckOneObj = Deck.from_deckstring(row[2]+'==') #creates deck objects - note that I could probably consolidate this into another for loop for all four decks but I'm fine with it as is.
deckOneCards = []
for card in deckOneObj.cards: #iterates through cards in the deck object
for n in range(0,card[1]): #counts how many copies of the cards are in the deck)
for cardDbfId in cardDbfIds: #iterates through cardIDs from the card list
if card[0] == cardDbfId: #checks if the card's ID is equivalent to a given card in the card list.
deckOneCards = deckOneCards + [cardName[cardDbfIds.index(cardDbfId)]] #if the card is found in the card list, its name is stored in the deck
deckOneHero = className[classIDs.index(deckOneObj.heroes[0])] #gets the name of the hero for the deck
deckOneArchetype = ''
for archetype in archetypes: #iterates through the archetypes to try and find if the deck matches a given archetype
if set(archetypes[archetype]).issubset(deckOneCards):
deckOneArchetype = archetype
break
if deckOneArchetype == '': #if it doesnt fit, stores deck archetype as unknown
deckOneArchetype = 'Unknown ' + deckOneHero
#print(deckOneArchetype)
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 calculateLacksFromJSONFile(path, collection, db_dbf, dateLimit="07/01/2017", ratingLimit=20, filteredJSONFile=None):
"""Calculate the lacked cards from a json file
Args:
path: The path of the input json file (which contains decks produced by pyspider)
collection: My card collection
db_dbf: The database of all cards
dateLimit: A date string, we only consider the decks newer than that
ratingLimit: An int, ignore the decks who's 'rating-sum' is smaller than it
filteredJSONFile: If it isn't None, store the filted JSON into it.
Returns:
newlist: a list of dict, each of which is the result for a deck
"""
newlist = []
deckstringSet = set()
date = dt.strptime(dateLimit, "%m/%d/%Y")
with open (path, "rt") as f:
if filteredJSONFile != None:
JSONOut = open(filteredJSONFile, "wt")
for line in f.readlines():
cardsInDeck = 0
linedict = json.loads(line)
if linedict.get('result') != None: # A json file produced by pyspider directly
data = linedict['result']
else:
data = linedict
deckCreatedDate = dt.strptime(data['date'].split(' ')[1], "%m/%d/%Y")
if date > deckCreatedDate: # Ignore old decks
continue
if data['deckstring'] in deckstringSet: # The deckstring has already processed
continue
deckstringSet.add(data['deckstring'])
deckRating = int(data['rating-sum'])
if ratingLimit > deckRating: # Ignore decks with small rank points
continue
try:
deck = Deck.from_deckstring(data['deckstring'])
except:
print("exception catched, dechstring:", data['deckstring'])
for cardPair in deck.cards:
cardsInDeck += cardPair[1]
if cardsInDeck < 30:
# Ignore the decks containing less than 30 cards
continue
newdict = {}
newdict["name"] = data['title'].split('-')[0]
newdict["url"] = data['url']
newdict["date"] = data['date'].split(' ')[1]
newdict["type"] = data['type']
newdict["rating-sum"] = int(data['rating-sum'])
newdict["deck-type"] = data['deck-type'].split(':')[1]
newdict["archetype"] = data['archetype'].split(':')[1]
newdict["deck"] = deck
newdict["deckstring"] = data['deckstring']
newdict["cardclass"] = calcCardClass(deck.cards, db_dbf)
newdict["lacked"], newdict["alreadyHave"] = collection.calculateLacks(deck.cards)
_, newdict["dust"] = calcArcaneDust(newdict["lacked"], db_dbf)
newdict["power"] = 1
newlist.append(newdict)
if filteredJSONFile != None:
json.dump(data, JSONOut)
JSONOut.write('\n')
if filteredJSONFile != None:
JSONOut.close()
return newlist
def main(code, lang):
start_time = datetime.datetime.now()
deck = Deck.from_deckstring(code)
new = []
with open(test_json, 'rb') as f:
data = json.load(f) #list of dicts
for i in range(len(deck.cards)):
ext = data[str(deck.cards[i][0])]
start = [deck.cards[i][0], deck.cards[i][1]]
start.extend(ext)
new.append(start)
# print(new)
new_sorted = sorted(new, key=lambda student: student[2])
# print(new_sorted) #[[138, 2, 2, 'NEUTRAL', 'NEW1_021'], [47982, 1, 3, 'MAGE', 'BOT_103'],...] #id, quntity, cost, class, id
lang = lang
asyncio.run(main2(new_sorted, lang))
# print(images_deck[0][0])
print(images_deck.keys())
l = len(deck.cards)
image_y = math.ceil(l / 7)
card_width = 256
card_height = 387
card_down = 340
position_x = card_width
position_y = card_height
img = Image.new('RGB', (card_width * 7, card_height * image_y))
x2 = Image.open(x2png) #x2-42.png 56,44
for i in range(l):
# print(deck.cards[i][0])
if i <= 6:
position = (position_x * i, position_y * 0)
elif i <= 13:
position = (position_x * (i - 7), position_y)
elif i <= 20:
position = (position_x * (i - 7 * 2), position_y * 2)
elif i <= 27:
position = (position_x * (i - 7 * 3), position_y * 3)
else:
position = (position_x * (i - 7 * 4), position_y * 4)
# print(position)
# img.paste(get_image(deck.cards[i][0]), (position))
# img.paste(images_deck, (position))
img_part = Image.open(BytesIO(images_deck[i]))
img.paste(img_part, (position))
# img.paste(img_part, (320*i, 0))
print(new_sorted[i])
if new_sorted[i][1] == 2:
img.paste(x2, (position[0] + int(card_width / 2 - 28),
position[1] + card_down))
today = datetime.datetime.today()
file_name = "{}.jpg".format(today.strftime("%Y-%m-%d-%H.%M.%S"))
# draw some text
class_ = ''
for i in range(l):
if new_sorted[i][3] != 'NEUTRAL':
class_ = new_sorted[i][3]
break
print(new_sorted[i][3])
draw = ImageDraw.Draw(img)
font = ImageFont.truetype(mildrttf, 24)
draw.text((23, 7), class_, (100, 100, 100), font=font)
file_name_for_save = os.path.join(
BASE_DIR2,
"hsdic" + os.sep + "static" + os.sep + "hsdic" + os.sep + file_name)
img.save(file_name_for_save)
finish_time = datetime.datetime.now()
print(finish_time - start_time)
return file_name
async def deck(self, ctx, target: str):
deck = Deck.from_deckstring(target)
image = ""
hero = deck.heroes[0]
if str(hero) == "274" or str(hero) == "50484":
hero = "Druid"
image ="https://d1u5p3l4wpay3k.cloudfront.net/hearthstone_gamepedia/8/8d/Icon_Druid_64.png?version=b6a84e24ff9417d99c04f883b5687ed3"
if str(hero) == "637" or str(hero) == "2829" or str(hero) == "39117":
hero = "Mage"
image ="https://d1u5p3l4wpay3k.cloudfront.net/hearthstone_gamepedia/f/f2/Icon_Mage_64.png?version=f16b540384ed113585c2f6b117aeb7d0"
if str(hero) == "31" or str(hero) == "2826":
hero = "Hunter"
image ="https://d1u5p3l4wpay3k.cloudfront.net/hearthstone_gamepedia/f/f4/Icon_Hunter_64.png?version=b9ee98cd8936a875ba84bc9d3f83bebc"
if str(hero) == "7" or str(hero) == "2828":
hero = "Warrior"
image = "https://d1u5p3l4wpay3k.cloudfront.net/hearthstone_gamepedia/1/19/Icon_Warrior_64.png?version=d0252ccedf6faab67e5ab506dddda2ea"
if str(hero) == "893" or str(hero) == "47817" or str(hero) == "51834":
hero = "Warlock"
image = "https://d1u5p3l4wpay3k.cloudfront.net/hearthstone_gamepedia/2/2e/Icon_Warlock_64.png?version=5f7037f5cb0b4be064ceb9f6c4528e73"
if str(hero) == "1066" or str(hero) == "40183":
hero = "Shaman"
image = "https://d1u5p3l4wpay3k.cloudfront.net/hearthstone_gamepedia/a/a8/Icon_Shaman_64.png?version=08bc485fb8261048c7a3a480953c7169"
if str(hero) == "930":
hero = "Rogue" or str(hero) == "40195"
image = "https://d1u5p3l4wpay3k.cloudfront.net/hearthstone_gamepedia/7/76/Icon_Rogue_64.png?version=04949ddceba669263317bf44edb981c1"
if str(hero) == "813" or str(hero) == "41887":
hero = "Priest"
image = "https://d1u5p3l4wpay3k.cloudfront.net/hearthstone_gamepedia/2/23/Icon_Priest_64.png?version=a5d7b4e15c40dfd667e6868165b10677"
if str(hero) == "671" or str(hero) == "2827" or str(hero) == "46116":
hero = "Paladin"
image = "https://d1u5p3l4wpay3k.cloudfront.net/hearthstone_gamepedia/7/7b/Icon_Paladin_64.png?version=2a4e7cdbb3b5402f3e8a34ea156f9cf1"
embed = discord.Embed()
num_of_spells = 0
num_of_minions = 0
deckids = []
fulldeck = []
total_cost = 0
for card in deck.cards:
num_of_cards = card[1]
card = card[0]
search = "https://api.hearthstonejson.com/v1/26996/enUS/cards.collectible.json"
async with aiohttp.ClientSession() as session:
async with session.get(search) as r:
result = await r.json(content_type='application/json')
x = 0
while x < len(result):
z = result[x]["dbfId"]
if z == card:
# todo: add expansion, hsreplay link/data, etc.
for _ in range(num_of_cards):
deckids.append(str(result[x]["id"]))
types_of_rarity = ["🏛️", "💿", "💙", "💜", "💛"] # free, common, rare, epic, legendary
name = result[x]["name"]
cost = result[x]["cost"]
rarity = result[x]["rarity"]
if result[x]["type"] == "SPELL":
num_of_spells += (1 * num_of_cards)
if result[x]["type"] == "MINION":
num_of_minions += (1 * num_of_cards)
if rarity == "LEGENDARY":
total_cost += 1600 * int(num_of_cards)
rarity = types_of_rarity[4]
if rarity == "EPIC":
total_cost += 400 * int(num_of_cards)
rarity = types_of_rarity[3]
if rarity == "RARE":
total_cost += 100 * int(num_of_cards)
rarity = types_of_rarity[2]
if rarity == "COMMON":
total_cost += 40 * int(num_of_cards)
rarity = types_of_rarity[1]
if rarity == "FREE":
rarity = types_of_rarity[0]
y = [str(num_of_cards), " x ", str(rarity) + " | ", str(name), "| " + str(cost) + " mana |", int(cost)]
fulldeck.append(y)
x = len(result)
else:
x += 1
def getcost(elem):
return elem[-1]
fulldeck.sort(key=getcost, reverse=True)
ALPHABET = string.ascii_letters + string.digits
# The following is yoinked from here:
# https://github.com/HearthSim/HSReplay.net/blob/54a5e372e6ddd870fa102c7e827c359c28b81187/scripts/generating_deck_ids_example.py
def int_to_string(number, alphabet, padding=None):
"""
Convert a number to a string, using the given alphabet.
"""
output = ""
alpha_len = len(alphabet)
while number:
number, digit = divmod(number, alpha_len)
output += alphabet[digit]
if padding:
remainder = max(padding - len(output), 0)
output = output + alphabet[0] * remainder
return output
def generate_digest_from_deck_list(id_list):
sorted_cards = sorted(id_list)
m = hashlib.md5()
m.update(",".join(sorted_cards).encode("utf-8"))
return m.hexdigest()
card_ids = deckids
digest = generate_digest_from_deck_list(card_ids)
shortid = int_to_string(int(digest, 16), ALPHABET)
embed = discord.Embed(title="{}'s Deck 🃏".format(ctx.author.name),
description="• Deckcode being used:\n`{}`"
"\n[• View deck stats on HSReplay](https://hsreplay.net/decks/{}/)"
.format(deck.as_deckstring, shortid),
color=settings.embed_color)
embed.add_field(name="Format:", value=str(str(deck.format)[14:]).title(), inline=True)
embed.add_field(name="Cost:", value=str(total_cost), inline=True)
if "0." in str(num_of_spells / num_of_minions):
embed.add_field(name="Spells:Minions Ration:",
value="{} : 1".format(str(num_of_minions / num_of_spells)[:5]), inline=True)
else:
embed.add_field(name="Minions:Spell Ration:",
value="{} : 1".format(str(num_of_spells / num_of_minions)[:5]), inline=True)
embed.set_thumbnail(url=image)
embed.add_field(name="# of Spells:", value=str(num_of_spells), inline=True)
embed.add_field(name="# of Minions:", value=str(num_of_minions), inline=True)
embed.add_field(name="Cards:", value='\n'.join(' '.join(elems[:-1]) for elems in fulldeck), inline=True)
await asyncio.sleep(1)
await ctx.send(embed=embed)
search = "https://hsreplay.net/decks/{}/#tab=overview".format(shortid)
async with aiohttp.ClientSession() as session:
async with session.get(search) as r:
print(search)
text = await r.read()
await asyncio.sleep(1)
soup = BeautifulSoup(text.decode('utf-8'), 'html5lib')
print(soup)
data = soup.find('span', attrs={'class': 'infobox-value'})
print(data)
from hearthstone.deckstrings import Deck
from hearthstone.enums import FormatType
# Create a deck from a deckstring
deck = Deck()
deck.heroes = [7] # Garrosh Hellscream
deck.format = FormatType.FT_WILD
# Nonsense cards, but the deckstring doesn't validate.
deck.cards = [(1, 3), (2, 3), (3, 3), (4, 3)] # id, count pairs
print(deck.as_deckstring) # "AAEBAQcAAAQBAwIDAwMEAw=="
# Import a deck from a deckstring
deck = Deck.from_deckstring("AAEBAQcAAAQBAwIDAwMEAw==")
assert deck.heroes == [7]
assert deck.format == FormatType.FT_WILD
assert deck.cards == [(1, 3), (2, 3), (3, 3), (4, 3)]
return next((card for card in db if card["dbfId"] == dbf_id), None)
def sort_cards():
cards = []
for s in deck.cards:
card = get_card(s[0])
card["ammount"] = int(s[1])
cards.append(card)
return sorted(cards, key=lambda card:(card["cost"], card["cardClass"], card["name"]))
parser = argparse.ArgumentParser(description="Print hearthstone decklist to terminal from deckid")
parser.add_argument('<deckid>', type=str, help='Hearthstone deckID to be converted')
args = parser.parse_args()
db_url = "https://api.hearthstonejson.com/v1/latest/enUS/cards.collectible.json"
db_path = "./db.json"
deckstring = decode_base64(sys.argv[1])
deck = Deck.from_deckstring(deckstring)
lb = "="*30
if os.path.exists(db_path):
with open(db_path, "r") as f:
db = json.loads(f.read())
else:
response = requests.get(db_url)
if response.status_code == 200:
with open(db_path, "wb") as f:
f.write(response.text.encode("utf-8"))
db = response.json()
else:
raise RuntimeError("Couldn't download cards database: %s"
% response.text)
print (get_card(deck.heroes[0])["cardClass"])
print (get_format())
from hearthstone.deckstrings import Deck
from hearthstone.enums import FormatType
from hearthstone.cardxml import load
from hearthstone.enums import Locale, Rarity
from collection import Collection
# Create a deck from a deckstring
deck = Deck()
deck.heroes = [7] # Garrosh Hellscream
deck.format = FormatType.FT_WILD
# Nonsense cards, but the deckstring doesn't validate.
deck.cards = [(1, 3), (2, 3), (3, 3), (4, 3)] # id, count pairs
print(deck.as_deckstring) # "AAEBAQcAAAQBAwIDAwMEAw=="
# Import a deck from a deckstring
deck = Deck.from_deckstring(
"AAEBAf0ECMAB5gT7BPsFigbYE5KsAv2uAgucArsClQONBKsEtAThBJYF7Ae8CImsAgA=")
print(deck.cards)
# load card database from CardDefs.xml and use it to initialize DBF database
db, xml = load(os.path.join("hsdata", "CardDefs.xml"), locale="zhCN")
db_dbf = {}
for card in db:
#print (card)
db_dbf[db[card].dbf_id] = db[card]
#print (db)
for cardPair in deck.cards:
# print (cardPair[0])
card = db_dbf[cardPair[0]]
print(cardPair[1], "x(", card.cost, ")", card.name, card.rarity)
def decode(code, name):
deck = Deck.from_deckstring(code)
return write_deck(deck, name)
def load_deck(deckstring, cards):
return frozenset(
map(
lambda x: (cards[x[0]], x[1]),
Deck.from_deckstring(deckstring).cards,
))
