Contract con_poker_hand_controller_v3
| Creator | ae9cfa894495930b8d2f1707ab936325b5c848ace677bb8ba41dfe7dcdb3e3e6 |
| Creation Hash | e2822f4251210818cc11943545257522325a8e599fa9d94026c29b05609dca90 |
| Created On | 842 days ago - 12/29/2021, 8:51:47 PM UTC+0 |
Contract Code
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# con_poker_hand_controller_v3
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# owner: con_poker_card_games_v4
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import con_rsa_encryption as rsa
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import con_otp_v1 as otp
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import con_hand_evaluator_v1 as evaluator
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random.seed()
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ONE_CARD_POKER = 0
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BLIND_POKER = 1
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STUD_POKER = 2
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HOLDEM_POKER = 3
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OMAHA_POKER = 4
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MAX_RANDOM_NUMBER = 99999999
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NO_LIMIT = 0
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POT_LIMIT = 1
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FLOP = 1
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TURN = 2
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RIVER = 3
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def get_players_and_assert_exists(game_id: str, games: Any) -> dict:
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players = games[game_id, 'players']
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assert players is not None, f'Game {game_id} does not exist.'
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return players
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def active_player_sort(players: list) -> int:
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def sort(player):
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return players.index(player)
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return sort
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def create_hand_id(name: str) -> str:
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return hashlib.sha3(":".join([name, str(now)]))
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@export
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def start_hand(game_id: str, dealer: str, games: Any, hands: Any) -> str:
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players = get_players_and_assert_exists(game_id, games)
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assert dealer in players, 'You are not a part of this game.'
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assert len(players) > 1, 'You cannot start a hand by yourself.'
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previous_hand_id = games[game_id, 'current_hand']
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if previous_hand_id is not None:
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assert hands[previous_hand_id, 'payed_out'], 'The previous hand has not been payed out yet.'
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hand_id = create_hand_id(name=game_id)
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# Update game state
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games[game_id, 'current_hand'] = hand_id
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# Update hand state
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hands[hand_id, 'previous_hand_id'] = previous_hand_id
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hands[hand_id, 'game_id'] = game_id
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hands[hand_id, 'dealer'] = dealer
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hands[hand_id, 'folded'] = []
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hands[hand_id, 'completed'] = False
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hands[hand_id, 'payed_out'] = False
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hands[hand_id, 'reached_dealer'] = False
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hands[hand_id, 'active_players'] = []
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hands[hand_id, 'current_bet'] = 0
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hands[hand_id, 'pot'] = 0
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hands[hand_id, 'all_in'] = []
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return hand_id
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@export
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def ante_up(hand_id: str, player: str, games: Any, hands: Any):
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game_id = hands[hand_id, 'game_id']
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assert game_id is not None, 'This game does not exist.'
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players = get_players_and_assert_exists(game_id, games)
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assert player in players, 'You are not a part of this game.'
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ante = games[game_id, 'ante']
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chips = games[game_id, player]
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assert chips is not None and chips >= ante, 'You do not have enough chips.'
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active_players = hands[hand_id, 'active_players'] or []
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assert player not in active_players, 'You have already paid the ante.'
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game_type = games[game_id, 'game_type']
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if game_type == STUD_POKER:
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max_players = 52 // games[game_id, 'n_cards_total']
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elif game_type == HOLDEM_POKER:
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max_players = 10
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elif game_type == OMAHA_POKER:
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max_players = 10
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else:
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max_players = 50
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assert len(active_players) < max_players, f'A maximum of {max_players} is allowed for this game type.'
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# Pay ante
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hands[hand_id, player, 'bet'] = ante
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hands[hand_id, player, 'max_bet'] = chips
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games[game_id, player] -= ante
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# Update hand state
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active_players.append(player)
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active_players.sort(key=active_player_sort(players))
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hands[hand_id, 'active_players'] = active_players
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hands[hand_id, 'current_bet'] = ante
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hands[hand_id, 'pot'] += ante
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if chips == ante:
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# All in
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all_in = hands[hand_id, 'all_in']
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all_in.append(player)
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hands[hand_id, 'all_in'] = all_in
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@export
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def deal_cards(hand_id: str, dealer: str, games: Any, hands: Any, player_metadata: Any):
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active_players = hands[hand_id, 'active_players']
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assert dealer == hands[hand_id, 'dealer'], 'You are not the dealer.'
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assert len(active_players) > 1, f'Not enough active players: {len(active_players)} <= 1'
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assert dealer in active_players, 'You are not actively part of this hand.'
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game_id = hands[hand_id, 'game_id']
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game_type = games[game_id, 'game_type']
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cards = evaluator.get_deck()
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n_cards_total = games[game_id, 'n_cards_total']
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n_hole_cards = games[game_id, 'n_hole_cards']
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if game_type == HOLDEM_POKER or game_type == OMAHA_POKER:
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community_cards = [",".join(cards[0:3]), cards[3], cards[4]]
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else:
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community_cards = None
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for i in range(len(active_players)):
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player = active_players[i]
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player_key = player_metadata[player, 'public_rsa_key']
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assert player_key is not None, f'Player {player} has not setup their encryption keys.'
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keys = player_key.split('|')
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assert len(keys) == 2, 'Invalid keys'
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if game_type == ONE_CARD_POKER:
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player_hand = cards[i: i+1]
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elif game_type == BLIND_POKER:
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# Player's hand is actually everyone elses hand
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player_hand = cards[0:i] + cards[i+1:len(active_players)]
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assert len(player_hand) == len(active_players)-1, f'Something went wrong. {len(player_hand)} != {len(active_players)-1}'
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elif game_type == STUD_POKER:
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player_hand = cards[n_cards_total*i:n_cards_total*i+n_cards_total]
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assert len(player_hand) == n_cards_total, 'Something went wrong.'
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elif game_type == HOLDEM_POKER:
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player_hand = cards[5+2*i:5+2*i+2]
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elif game_type == OMAHA_POKER:
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player_hand = cards[5+4*i:5+4*i+4]
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else:
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assert False, 'Invalid game type.'
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player_hand_str = ",".join(player_hand)
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if n_hole_cards is not None and n_hole_cards < n_cards_total:
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public_hand_str = ",".join(player_hand[n_hole_cards:])
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else:
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public_hand_str = None
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salt = str(random.randint(0, MAX_RANDOM_NUMBER))
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if community_cards is not None:
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# TODO make this more efficient
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pad1 = otp.generate_otp(80)
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pad2 = otp.generate_otp(20)
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pad3 = otp.generate_otp(20)
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salt1 = str(random.randint(0, MAX_RANDOM_NUMBER))
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salt2 = str(random.randint(0, MAX_RANDOM_NUMBER))
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salt3 = str(random.randint(0, MAX_RANDOM_NUMBER))
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if i == 0:
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community_cards[0] = otp.encrypt(community_cards[0], pad1, safe=False)
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community_cards[1] = otp.encrypt(community_cards[1], pad2, safe=False)
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community_cards[2] = otp.encrypt(community_cards[2], pad3, safe=False)
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else:
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community_cards[0] = otp.encrypt_hex(community_cards[0], pad1, safe=False)
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community_cards[1] = otp.encrypt_hex(community_cards[1], pad2, safe=False)
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community_cards[2] = otp.encrypt_hex(community_cards[2], pad3, safe=False)
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pad1_with_salt = f'{pad1}:{salt1}'
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pad2_with_salt = f'{pad2}:{salt2}'
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pad3_with_salt = f'{pad3}:{salt3}'
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encrypted_pad1 = rsa.encrypt(
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message_str=pad1_with_salt,
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n=int(keys[0]),
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e=int(keys[1])
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)
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encrypted_pad2 = rsa.encrypt(
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message_str=pad2_with_salt,
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n=int(keys[0]),
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e=int(keys[1])
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)
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encrypted_pad3 = rsa.encrypt(
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message_str=pad3_with_salt,
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n=int(keys[0]),
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e=int(keys[1])
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)
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hands[hand_id, player, 'player_encrypted_pad1'] = encrypted_pad1
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hands[hand_id, player, 'player_encrypted_pad2'] = encrypted_pad2
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hands[hand_id, player, 'player_encrypted_pad3'] = encrypted_pad3
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hands[hand_id, player, 'house_encrypted_pad1'] = hashlib.sha3(pad1_with_salt)
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hands[hand_id, player, 'house_encrypted_pad2'] = hashlib.sha3(pad2_with_salt)
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hands[hand_id, player, 'house_encrypted_pad3'] = hashlib.sha3(pad3_with_salt)
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player_hand_str_with_salt = f'{player_hand_str}:{salt}'
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# Encrypt players hand with their personal keys
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player_encrypted_hand = rsa.encrypt(
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message_str=player_hand_str_with_salt,
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n=int(keys[0]),
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e=int(keys[1])
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)
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# For verification purposes
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house_encrypted_hand = hashlib.sha3(player_hand_str_with_salt)
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if public_hand_str is not None:
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hands[hand_id, player, 'public_hand'] = public_hand_str
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hands[hand_id, player, 'player_encrypted_hand'] = player_encrypted_hand
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hands[hand_id, player, 'house_encrypted_hand'] = house_encrypted_hand
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# Update hand state
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all_in = hands[hand_id, 'all_in']
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dealer_index = active_players.index(dealer)
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split = (dealer_index+1)%len(active_players)
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ordered_players = active_players[split:] + active_players[:split]
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next_better = get_next_better(active_players, [], all_in, dealer)
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hands[hand_id, 'next_better'] = next_better
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hands[hand_id, 'active_players'] = ordered_players
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if community_cards is not None:
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hands[hand_id, 'community_encrypted'] = community_cards
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hands[hand_id, 'community'] = [None, None, None]
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def find_winners(ranks: dict, players: list) -> list:
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sorted_rank_values = sorted(ranks.keys(), reverse=True)
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player_set = set(players)
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for rank in sorted_rank_values:
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players_with_rank = ranks[rank]
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intersection = player_set.intersection(set(players_with_rank))
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if len(intersection) > 0:
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# Found players
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winners = list(intersection)
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break
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return winners
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def get_next_better(players: list, folded: list, all_in: list, current_better: str) -> str:
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if len(folded) >= len(players) - 1:
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return None # No one needs to bet, only one player left in the hand
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if len(players) == len(all_in):
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return None # No one needs to bet, everyone is all in
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non_folded_players = [p for p in players if p not in folded and p not in all_in]
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if len(non_folded_players) == 1:
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# No need to bet in this case
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return None
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current_index = non_folded_players.index(current_better)
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#assert current_index >= 0, 'Current better has folded, which does not make sense.'
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return non_folded_players[(current_index + 1) % len(non_folded_players)]
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def handle_done_betting(hand_id: str, game_type: int, next_better: str, active_players: list, folded: list, all_in: list, dealer: str, hands: Any) -> str:
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if game_type == HOLDEM_POKER or game_type == OMAHA_POKER:
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# multi rounds
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round = hands[hand_id, 'round'] or 0
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round += 1
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hands[hand_id, 'round'] = round
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if round == 4:
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hands[hand_id, 'completed'] = True
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else:
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# Find first available person left of dealer
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dealer_index = active_players.index(dealer)
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for i in range(len(active_players) - 1):
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player = active_players[(dealer_index+i+1)%len(active_players)]
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if player not in folded and player not in all_in:
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next_better = player
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break
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hands[hand_id, f'needs_reveal{round}'] = True
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else:
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hands[hand_id, 'completed'] = True
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return next_better
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def assertRevealedOtps(player: str, hand_id: str, hands: Any) -> bool:
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return (hands[hand_id, player, 'pad1'] is not None
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and hands[hand_id, player, 'pad2'] is not None
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and hands[hand_id, player, 'pad3'] is not None)
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@export
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def bet_check_or_fold(hand_id: str, bet: float, player: str, games: Any, hands: Any):
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assert hands[hand_id, player, 'player_encrypted_hand'] is not None, 'Hand does not exist'
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assert not hands[hand_id, 'completed'], 'This hand has already completed.'
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assert hands[hand_id, 'next_better'] == player, 'It is not your turn to bet.'
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active_players = hands[hand_id, 'active_players']
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folded = hands[hand_id, 'folded']
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all_in = hands[hand_id, 'all_in']
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call_bet = hands[hand_id, 'current_bet'] or 0
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player_previous_bet = hands[hand_id, player, 'bet'] or 0
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dealer = hands[hand_id, 'dealer']
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next_better = get_next_better(active_players, folded, all_in, player)
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if next_better is None:
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# No need to bet, this is the end of the hand
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hands[hand_id, 'completed'] = True
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else:
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next_index = active_players.index(next_better)
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current_index = active_players.index(player)
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possible_round_end = next_index < current_index
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game_id = hands[hand_id, 'game_id']
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game_type = games[game_id, 'game_type']
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if game_type == OMAHA_POKER or game_type == HOLDEM_POKER:
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# Make sure community cards are revealed
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round = hands[hand_id, 'round']
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if round is not None and round in (TURN, FLOP, RIVER):
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assert not hands[hand_id, f'needs_reveal{round}'], 'Required community cards have not been revealed.'
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next_players_bet = hands[hand_id, next_better, 'bet']
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if bet < 0:
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# Folding
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if game_type == OMAHA_POKER or game_type == HOLDEM_POKER:
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# Make sure they revealed
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assert assertRevealedOtps(player, hand_id, hands), 'Please reveal your portion of the community cards.'
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folded.append(player)
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hands[hand_id, 'folded'] = folded
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if player in all_in:
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all_in.remove(player)
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hands[hand_id, 'all_in'] = all_in
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if len(folded) == len(active_players) - 1:
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hands[hand_id, 'completed'] = True
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current_bet = call_bet
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else:
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if bet == 0:
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# Checking
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max_bet = hands[hand_id, player, 'max_bet']
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if max_bet == player_previous_bet and player not in all_in:
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all_in.append(player)
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hands[hand_id, 'all_in'] = all_in
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current_bet = player_previous_bet
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else:
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# Betting
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assert games[game_id, player] >= bet, 'You do not have enough chips to make this bet'
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bet_type = games[game_id, 'bet_type']
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if bet_type == POT_LIMIT:
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pot = hands[hand_id, 'pot']
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assert bet <= pot, f'Cannot overbet the pot in pot-limit mode.'
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current_bet = player_previous_bet + bet
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max_bet = hands[hand_id, player, 'max_bet']
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if max_bet == current_bet and player not in all_in:
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all_in.append(player)
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hands[hand_id, 'all_in'] = all_in
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hands[hand_id, player, 'bet'] = current_bet
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hands[hand_id, 'current_bet'] = current_bet
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hands[hand_id, 'pot'] += bet
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games[game_id, player] -= bet
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assert max_bet == current_bet or current_bet >= call_bet, 'Current bet is above your bet and you did not go all in.'
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if possible_round_end and next_players_bet is not None and next_players_bet == current_bet:
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next_better = handle_done_betting(hand_id, game_type, next_better, active_players, folded, all_in, dealer, hands)
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hands[hand_id, 'next_better'] = next_better
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@export
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def reveal_otp(hand_id: str, pad: int, salt: int, index: int, player: str, hands: Any):
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assert index in (FLOP, TURN, RIVER), 'Invalid index.'
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active_players = hands[hand_id, 'active_players']
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assert active_players is not None, 'This hand does not exist.'
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player_index = active_players.index(player)
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assert player_index >= 0, 'You are not in this hand.'
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# verify authenticity of key
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assert hashlib.sha3(f'{pad}:{salt}') == hands[hand_id, player, f'house_encrypted_pad{index}'], 'Invalid key or salt.'
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hands[hand_id, player, f'pad{index}'] = pad
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@export
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def reveal(hand_id: str, index: int, hands: Any) -> str:
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assert index in (FLOP, TURN, RIVER), 'Invalid index.'
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active_players = hands[hand_id, 'active_players']
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community = hands[hand_id, 'community']
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enc = hands[hand_id, 'community_encrypted'][index-1]
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n_players = len(active_players)
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for i in range(n_players):
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player = active_players[-1-i]
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pad = hands[hand_id, player, f'pad{index}']
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assert pad is not None, f'Player {player} has not revealed their pad.'
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if i != n_players - 1:
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enc = otp.decrypt_hex(
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encrypted_str=enc,
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otp=int(pad),
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safe=False
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)
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else:
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enc = otp.decrypt(
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encrypted_str=enc,
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otp=int(pad),
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safe=False
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)
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community[index-1] = enc
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hands[hand_id, 'community'] = community
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hands[hand_id, f'needs_reveal{index}'] = False
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return enc
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@export
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def verify_hand(hand_id: str, player_hand_str: str, player: str, games: Any, hands: Any) -> str:
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assert hands[hand_id, 'completed'], 'This hand has not completed yet.'
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folded = hands[hand_id, 'folded']
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assert player not in folded, 'No need to verify your hand because you folded.'
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active_players = hands[hand_id, 'active_players']
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assert player in active_players, 'You are not an active player in this hand.'
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# Check if player has bet enough
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bet_should_equal = hands[hand_id, 'current_bet']
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assert bet_should_equal is not None, 'There is no current bet.'
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player_bet = hands[hand_id, player, 'bet']
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assert player_bet is not None, 'You have not bet yet.'
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assert bet_should_equal == player_bet or player in hands[hand_id, 'all_in'], 'Bets have not stabilized.'
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# For verification purposes
419
house_encrypted_hand = hashlib.sha3(player_hand_str)
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previous_house_encrypted_hand = hands[hand_id, player, 'house_encrypted_hand']
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verified = previous_house_encrypted_hand is not None and \
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previous_house_encrypted_hand == house_encrypted_hand
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if not verified:
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# BAD ACTOR NEEDS TO BE PUNISHED
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folded.append(player)
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hands[hand_id, 'folded'] = folded
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return 'Verification failed. Your hand has been forfeited.'
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else:
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cards = player_hand_str.split(':')[0].split(',')
435
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game_id = hands[hand_id, 'game_id']
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game_type = games[game_id, 'game_type']
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if game_type == BLIND_POKER:
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j = 0
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for p in active_players:
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if p != player:
443
if p not in folded:
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card = cards[j]
445
rank = evaluator.evaluate([card])
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if hands[hand_id, p, 'rank'] is None:
447
hands[hand_id, p, 'rank'] = rank
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hands[hand_id, p, 'hand'] = card
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j += 1
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else:
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if game_type == HOLDEM_POKER or game_type == OMAHA_POKER:
452
# Add community cards
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community = hands[hand_id, 'community']
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assert community is not None, 'Please reveal the community cards first.'
455
assert community[0] is not None and community[1] is not None and community[2] is not None, 'Please reveal all community cards.'
456
cards.extend(community[0].split(','))
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cards.extend(community[1:])
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rank = evaluator.evaluate(cards)
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hands[hand_id, player, 'rank'] = rank
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hands[hand_id, player, 'hand'] = cards
461
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return 'Verification succeeded.'
463
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def calculate_ranks(hand_id: str, players: list, hands: Any) -> dict:
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ranks = {}
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for p in players:
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rank = hands[hand_id, p, 'rank']
469
assert rank is not None, f'Player {p} has not verified their hand yet.'
470
if rank not in ranks:
471
ranks[rank] = []
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ranks[rank].append(p)
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return ranks
474
475
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@export
477
def payout_hand(hand_id: str, games: Any, hands: Any):
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pot = hands[hand_id, 'pot']
479
assert pot > 0, 'There is no pot to claim!'
480
assert not hands[hand_id, 'payed_out'], 'This hand has already been payed out.'
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folded = hands[hand_id, 'folded']
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all_in = hands[hand_id, 'all_in']
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active_players = hands[hand_id, 'active_players']
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remaining = [p for p in active_players if p not in folded]
487
assert len(remaining) > 0, 'There are no remaining players.'
488
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payouts = {}
490
491
if len(remaining) == 1:
492
# Just pay out, everyone else folded
493
payouts[remaining[0]] = pot
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else:
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ranks = calculate_ranks(hand_id, remaining, hands)
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if len(all_in) > 0:
497
# Need to calculate split pots
498
all_in_map = {}
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for player in all_in:
500
# Check all in amount
501
amount = hands[hand_id, player, 'max_bet']
502
all_in_map[player] = amount
503
all_pots = sorted(all_in_map.values())
504
unique_pots = []
505
for bet in all_pots:
506
if bet not in unique_pots:
507
unique_pots.append(bet)
508
total_payed_out = 0
509
previous_pot_payout = 0
510
for bet in unique_pots:
511
players_in_pot = []
512
for player in remaining:
513
if player not in all_in_map or all_in_map[player] >= bet:
514
players_in_pot.append(player)
515
pot_winners = find_winners(ranks, players_in_pot)
516
pot_payout = (bet * len(players_in_pot)) - previous_pot_payout
517
total_payed_out += pot_payout
518
payout = pot_payout / len(pot_winners)
519
for winner in pot_winners:
520
if winner not in payouts:
521
payouts[winner] = 0
522
payouts[winner] += payout
523
previous_pot_payout += pot_payout
524
525
remaining_to_payout = pot - total_payed_out
526
not_all_in = set(remaining).difference(set(all_in))
527
assert remaining_to_payout >= 0, 'Invalid remaining to payout.'
528
assert remaining_to_payout == 0 or len(not_all_in) > 0, 'Invalid state when calculating side pots.'
529
if remaining_to_payout > 0:
530
if len(not_all_in) == 1:
531
winners = not_all_in
532
else:
533
winners = find_winners(ranks, not_all_in)
534
payout = remaining_to_payout / len(winners)
535
for winner in winners:
536
if winner not in payouts:
537
payouts[winner] = 0
538
payouts[winner] += payout
539
else:
540
winners = find_winners(ranks, remaining)
541
payout = pot / len(winners)
542
for winner in winners:
543
payouts[winner] = payout
544
545
game_id = hands[hand_id, 'game_id']
546
for player, payout in payouts.items():
547
games[game_id, player] += payout
548
549
hands[hand_id, 'winners'] = list(payouts.keys())
550
hands[hand_id, 'payouts'] = payouts
551
hands[hand_id, 'payed_out'] = True
552
553
554
@export
555
def leave_hand(game_id: str, hand_id: str, player: str, force: bool, hands: Any, games: Any):
556
active_players = hands[hand_id, 'active_players'] or []
557
if player in active_players:
558
if not force:
559
dealer = hands[hand_id, 'dealer']
560
assert player != dealer, 'Dealer cannot leave hand.'
561
folded = hands[hand_id, 'folded']
562
all_in = hands[hand_id, 'all_in']
563
next_better = hands[hand_id, 'next_better']
564
# Check game type
565
game_type = games[game_id, 'game_type']
566
if game_type == OMAHA_POKER or game_type == HOLDEM_POKER:
567
has_revealed = assertRevealedOtps(player, hand_id, hands)
568
if force and not has_revealed:
569
# Have to undo the hand :(
570
force_undo_hand(game_id, hand_id, hands, games)
571
else:
572
assert has_revealed, 'Please reveal your portion of the community cards.'
573
if next_better == player:
574
next_better = get_next_better(active_players, folded, all_in, player)
575
hands[hand_id, 'next_better'] = next_better
576
if player not in folded:
577
folded.append(player)
578
hands[hand_id, 'folded'] = folded
579
if player in all_in:
580
all_in.remove(player)
581
hands[hand_id, 'all_in'] = all_in
582
583
584
def force_undo_hand(game_id: str, hand_id: str, hands: Any, games: Any):
585
active_players = hands[hand_id, 'active_players'] or []
586
hands[hand_id, 'force_undo'] = True
587
hands[hand_id, 'completed'] = True
588
hands[hand_id, 'payed_out'] = True
589
for player in active_players:
590
bet = hands[hand_id, player, 'bet'] or 0
591
if bet > 0:
592
games[game_id, player] += bet
Byte Code
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