def initialization():
deck = Deck()
deck.shuffle()
player = Player()
dealer = Player()
start_game(deck, player, dealer)
def testPopACard(self):
deck = Deck()
card = deck.pop()
self.assertEqual(len(deck), 35)
self.assertEqual(type(card), tuple)
self.assertEqual(len(card), 2)
def test_combination_of_cards_in_new_deck(self):
deck = Deck()
deck.get_new_deck()
self.assertIn(' kierJ', deck.combination_of_cards)
self.assertIn(' karo2', deck.combination_of_cards)
self.assertIn(' pikA', deck.combination_of_cards)
self.assertIn('trefl10', deck.combination_of_cards)
class Bot:
# Constants
ARENA = 0
RUMBLE = 1
def __init__(self):
self.config = Configuration()
self.api = GameApi(self.config)
self.my_hand = None
self.enemy_hand = None
self.field = []
self.style = self.ARENA
def initializeGame(self, style=0):
resp = self.api.updateAndGetInitFile()
# prioritize drunk and craze
# choose item over character
# go two wide when opponent opens with precombo
# resp['active_battle_data']['attack_commander'] #returns 3003 for Tina
# resp['active_battle_data']['attack_commander_level'] #returns level for hero
# resp['active_battle_data']['defend_commander'] #returns 3003 for Tina
# resp['active_battle_data']['defend_commander_level'] #returns level for hero
# Update my hand and enemy's first card
self.my_hand = Deck()
self.my_hand.updateAsMyDeck()
self.enemy_hand = Deck()
self.enemy_hand.updateAsEnemyDeck()
def getSuggestion(self):
print("NOT IMPLEMENTED")
def initializeGame(self, style=0):
resp = self.api.updateAndGetInitFile()
# prioritize drunk and craze
# choose item over character
# go two wide when opponent opens with precombo
# resp['active_battle_data']['attack_commander'] #returns 3003 for Tina
# resp['active_battle_data']['attack_commander_level'] #returns level for hero
# resp['active_battle_data']['defend_commander'] #returns 3003 for Tina
# resp['active_battle_data']['defend_commander_level'] #returns level for hero
# Update my hand and enemy's first card
self.my_hand = Deck()
self.my_hand.updateAsMyDeck()
self.enemy_hand = Deck()
self.enemy_hand.updateAsEnemyDeck()
def load_latest_game(cls, email):
"""Return latest game by a user or a new game if one didn't exist."""
with connection:
with connection.cursor() as cursor:
user = User.get_user_by_email(email)
cursor.execute(database.GET_LATEST_GAME_TABLE_BY_EMAIL, (email,))
bulk = cursor.fetchone()
print (bulk)
if bulk:
(game_table_id, timestamp_created, computer_hand_id,
player_hand_id, deck_id, user_id, turn_indicator) = bulk
else:
return cls.new_game(user)
# Get Hands
cursor.execute(database.GET_HAND_BY_ID, (player_hand_id, ))
p_s1, p_v1, p_s2, p_v2, p_s3, p_v3, p_s4, p_v4, p_s5, p_v5,\
uid, mtime = cursor.fetchone()
player = User.get_user_by_id(uid)
player_hand = Hand(player, Card(p_s1, p_v1),
Card(p_s2, p_v2),
Card(p_s3, p_v3),
Card(p_s4, p_v4),
Card(p_s5, p_v5))
cursor.execute(database.GET_HAND_BY_ID, (computer_hand_id, ))
c_s1, c_v1, c_s2, c_v2, c_s3, c_v3, c_s4, c_v4, c_s5, c_v5,\
cuid, cmtime = cursor.fetchone()
computer = User.get_user_by_id(COMPUTER_UID)
computer_hand = Hand(computer, Card(c_s1, c_v1),
Card(c_s2, c_v2),
Card(c_s3, c_v3),
Card(c_s4, c_v4),
Card(c_s5, c_v5))
deck = Deck(deck_id)
return cls(deck, user, player_hand, computer_hand, game_table_id, turn_indicator)
def select(id):
deck = None
sql = "SELECT * FROM decks WHERE id = %s"
values = [id]
result = run_sql(sql, values)[0]
if result is not None:
deck = Deck(result['topic'], result['card_limit'], result['id'] )
return deck
def select_all():
decks = []
sql = "SELECT * FROM decks"
results = run_sql(sql)
for row in results:
deck = Deck(row['topic'], row['card_limit'], row['id'])
decks.append(deck)
return decks
def main():
deck = Deck()
active_view = PlayerView()
passive_views = (active_view, BroadcastView(), InternetStreamingView())
views = Views(active_view, passive_views)
checker = CheckerRankAndSuitIndex()
game = Controller(deck, views, checker)
game.run()
def new_game(cls, user: User):
deck = Deck()
player_hand = Hand(user)
computer_hand = Hand(User.get_user_by_id(1)) # 1 is the ID of the computer player.
timestamp = datetime.timestamp(datetime.now())
with connection:
with connection.cursor() as cursor:
# 1 here and at the return statement is turn_indicator. 1 Means player's turn.
cursor.execute(database.INSERT_NEW_GAME_TABLE, (timestamp, computer_hand.id, player_hand.id,
constants.PLAYER_TURN_INDICATOR, deck.id, user.id))
id_ = cursor.fetchone()[0]
return GameTable(deck, user, player_hand, computer_hand, id_, constants.PLAYER_TURN_INDICATOR)
async def engine(websocket, path):
deck = Deck()
score = 0
print("started web server")
card = deck.deal_card()
while not deck.is_empty():
print(card)
print("Cards Left: {}".format(deck.size()))
card_json = json.dumps({"card": str(card), "score": score})
await websocket.send(card_json)
decision = await websocket.recv()
prev_card = card
card = deck.deal_card()
if decision == 'HIGH':
score += 1 if card > prev_card else 0
elif decision == 'LOW':
score += 1 if card < prev_card else 0
card_json = json.dumps({
"card": "DONE",
"score": score
})
await websocket.send(card_json)
exit()
def __init__(self, game_name, turn_based):
super().__init__()
self.game_name = game_name
self.players = []
self.win_conditions = []
self.moves = []
self.events = []
self.collections = set()
self.deck = Deck()
self.turn_based = turn_based
if turn_based:
self.turn = 0
self.turn_direction = 1
def create_deck(owner, **overrides):
params = {
"name": "My Awesome Deck",
"owner": owner,
}
params.update(overrides)
deck = Deck(**params)
db.session.add(deck)
db.session.commit()
return deck
def createImageFromList(self, name="default", card_ids=[], width=5):
full_list = []
for i in range(len(card_ids)):
full_list.extend(card_ids[i])
deck = Deck(name=name)
deck.addListOfIds(full_list)
deck.updateDeckFromXML()
filepath = deck.createLargeDeckImage(name, width=width)
return deck, filepath
def findCombos(self, chars, threshold, search="ITEMS"):
if search == "ITEMS":
card1, card2, check, against = 'card1', 'card2', "items", "characters"
else: # search characters based on items
card1, card2, check, against = 'card2', 'card1', "characters", "items"
combos = self.api.getCombos()
cards = self.api.getCards()
mix_tot = 0
items = []
# use first character to create list of items
for combo in combos.findall('combo'):
the_card = combo.find('cards')
if the_card.get(card2) == "" or the_card.get(card1) == "":
continue
item = int(the_card.get(card2))
if int(the_card.get(card1)) == chars[0].id:
items.append(the_card.get(card2))
# print("Items to test")
# print(items)
# check if list of items is compatible with other characters, if no, delete
for i in range(1, len(chars)):
# print('Looking for {0} that mix with your {1}... {2}%'.format(check, against, float(
# int(float(i) / float(len(chars)) * 10000)) / 100))
j = 0
while j < len(items):
success = 0
for combo in combos.findall('combo'):
the_card = combo.find('cards')
if the_card.get(card2) == "" or the_card.get(card1) == "":
continue
if int(
the_card.get(card1)
) == chars[i].id and the_card.get(card2) == items[j]:
success = 1
break
if not success:
del items[j]
else:
j += 1
if len(items):
item_deck = Deck()
item_deck.addListOfIds(items)
item_deck.updateDeckFromXML()
else:
item_deck = None
return item_deck
async def hindu_shuffle(times: int = 1, history: bool = False):
deck = Deck()
deck.shuffle_hindu(times)
if (times >= 25 and history):
raise HTTPException(
status_code=403,
detail=
"Preventing too many shuffles, for your own safety. You can shuffle this many times but please turn of history"
)
if (history):
return {
"deck": deck.getMappedDeck(),
"shuffleHistory": deck.get_shuffle_history()
}
else:
return {"deck": deck.getMappedDeck()}
def generate_deck(self, n, m):
event = self.generate_event()
main_deck_input = []
for x in range(0, n):
main_deck_input.append({
"name": "card" + str(x),
"quantity": x + 1
})
sideboard_input = []
for x in range(0, m):
sideboard_input.append({
"name": "card" + str(x),
"quantity": x + 1
})
new_deck = Deck.create_deck(deck_id=567,
name="test" + str(x),
event_placing=x,
event=event,
main_deck=main_deck_input,
sideboard=sideboard_input)
return new_deck
def start():
deck = Deck()
dealer = Dealer(deck)
dealer.deal()
dealer_cards = dealer.cards
player_cards = dealer.player.cards
print "Dealer: %s" % str(dealer_cards[0])
print "Player: %s" % str(player_cards)
player_sum = sum([p[0] for p in player_cards])
while player_sum < 21:
choice = raw_input("H)it or S)tay:")
if choice.upper() == 'H':
dealer.hit_player()
player_sum = sum([p[0] for p in player_cards])
elif choice.upper() == 'S':
break
print "Player: %s" % str(player_cards)
dealer.hit_until()
dealer_sum = sum([d[0] for d in dealer_cards])
print "Dealer: %s" % str(dealer_cards)
print "Player: %s" % str(player_cards)
if player_sum > 21 or dealer_sum > player_sum:
print "You Lose! :("
elif player_sum == dealer_sum:
print "You Tie..."
else:
print "You Win! :)"
def __init__(self, *, table: Table, croupier: Croupier, game_players: list,
money_min_to_connect: float):
self.deck = Deck()
self.table = table
self.croupier = croupier
self.croupier.actual_table = self.table
self.game_players = game_players
self.money_min_to_connect = money_min_to_connect
self.cards_on_table = []
self.rate_of_the_game = 0
self.step = 0
self.amount_cards_on_table = 5
self.hierarchy = {
'Royal flush': 1,
'Straight flush': 2,
'Quads': 3,
'Full': 4,
'Flush': 5,
'Straight': 6,
'Three': 7,
'Two Pairs': 8,
'A Pair': 9,
'None': 20
}
def testPlayerCards(self):
deck = Deck()
dealer = Dealer(deck)
dealer.deal()
self.assertEqual(len(dealer.player.cards), 2)
def update_deck(id):
topic = request.form['topic']
card_limit = request.form['card_limit']
deck = Deck(topic, card_limit, id)
deck_repository.update(deck)
return redirect('/decks')
async def performance_check(times: int = 1):
""" The closer to -1 indcates the "maximum" difference, +1 is exactly the same """
fresh_deck = Deck()
riffle_deck = Deck()
overhand_deck = Deck()
hindu_deck = Deck()
riffle_deck.shuffle_riffle(times)
overhand_deck.shuffle_overhand(times)
hindu_deck.shuffle_hindu(times)
return {
"riffle_shuffle":
riffle_deck.calculate_difference(fresh_deck.getUnMappedDeck()),
"over_hand_shuffle":
overhand_deck.calculate_difference(fresh_deck.getUnMappedDeck()),
"hindu_shufle":
hindu_deck.calculate_difference(fresh_deck.getUnMappedDeck()),
"fresh_deck_sanity_check":
fresh_deck.calculate_difference(fresh_deck.getUnMappedDeck())
}
def testDealCardsInDeck(self):
deck = Deck()
dealer = Dealer(deck)
dealer.deal()
self.assertEqual(len(deck), 32)
def test52Cards(self):
deck = Deck()
self.assertEqual(len(deck), 36)
def testDealerHitUntil17(self):
deck = Deck()
dealer = Dealer(deck)
dealer.hit_until()
sum_dealer = sum([d[0] for d in dealer.cards])
self.assertGreaterEqual(sum_dealer, 17)
def testDealerHitForHim(self):
deck = Deck()
dealer = Dealer(deck)
dealer.hit()
self.assertEqual(len(dealer.cards), 1)
def testDeallerHitPlayer(self):
deck = Deck()
dealer = Dealer(deck)
dealer.hit_player()
self.assertEqual(len(dealer.player.cards), 1)
import pdb
from models.deck import Deck
from models.flashcard import Flashcard
import repositories.deck_repository as deck_repository
import repositories.flashcard_repository as flashcard_repository
flashcard_repository.delete_all()
deck_repository.delete_all()
deck_1 = Deck("Capitals", 8)
deck_repository.save(deck_1)
card_1 = Flashcard("Paris", "What is the capital of France?", deck_1)
flashcard_repository.save(card_1)
card_2 = Flashcard("Rome", "what is the capital of Italy?", deck_1)
flashcard_repository.save(card_2)
card_3 = Flashcard("London", "What is the capital of England?", deck_1)
flashcard_repository.save(card_3)
card_4 = Flashcard("Athens", "what is the capital of Greece?", deck_1)
flashcard_repository.save(card_4)
card_5 = Flashcard("Dublin", "What is the capital of Ireland?", deck_1)
flashcard_repository.save(card_5)
card_6 = Flashcard("Berlin", "what is the capital of Germany?", deck_1)
flashcard_repository.save(card_6)
card_7 = Flashcard("Cairo", "What is the capital of Egypt?", deck_1)
flashcard_repository.save(card_7)
card_8 = Flashcard("Marakesh", "what is the capital of Moroco?", deck_1)
flashcard_repository.save(card_8)
import tensorflow as tf
from models.cards import Card
from models.data_transformer import DataTransformer
from models.deck import Deck
from models.game import Game
from models.neural_network import KerasNetwork
from models.ranks import Rank
from models.simulator import KerasSimulator
from models.suits import Suit
from models.agent import *
HEARTSDECK = Deck.gen_default()
QUEENOFSPADES = Card(Suit.SPADES, Rank.QUEEN)
TWOOFCLUBS = Card(Suit.CLUBS, Rank.TWO)
HEARTSDATATRANSFORMER = DataTransformer(number_of_suits=4,
number_of_cards=52,
deck=HEARTSDECK)
class Hearts(Game):
def __init__(self):
super(Hearts, self).__init__()
if __name__ == "__main__":
load_previously_saved_models = True
with tf.Session() as tensorflow_session:
if not load_previously_saved_models:
hearts_networks = [
def testDeallerWith2Cards(self):
deck = Deck()
dealer = Dealer(deck)
dealer.deal()
self.assertEqual(len(dealer.cards), 2)