Card Jitsu game handlers

houdini.sql

@@ -9835,7 +9835,7 @@ INSERT INTO room (id, name, member, max_users, required_item, game, blackhole, s
  (994, 'igloo_card', FALSE, 80, NULL, TRUE, FALSE, FALSE, NULL),
  (995, 'Water', FALSE, 80, NULL, TRUE, FALSE, FALSE, 34),
  (997, 'Fire', FALSE, 80, NULL, TRUE, FALSE, FALSE, 32),
- (998, 'Card Jitsu', FALSE, 0, NULL, TRUE, FALSE, FALSE, 38),
+ (998, 'Card Jitsu', FALSE, 80, NULL, TRUE, FALSE, FALSE, 38),
  (999, 'Sled Race', TRUE, 80, NULL, TRUE, FALSE, FALSE, NULL),
  (324, 'Dojo Exterior Solo', FALSE, 80, NULL, FALSE, FALSE, FALSE, NULL),
  (326, 'Dojo Snow', FALSE, 80, NULL, FALSE, FALSE, FALSE, NULL),

houdini/__init__.py

@@ -78,8 +78,8 @@ class IWaddle(ABC):
         self.penguins.remove(p)
         p.waddle = None
 
-    async def send_xt(self, *data):
+    async def send_xt(self, *data, f=None):
-        for penguin in self.penguins:
+        for penguin in filter(f, self.penguins):
             await penguin.send_xt(*data)
 
     def get_seat_id(self, p):

houdini/data/ninja.py

@@ -13,6 +13,9 @@ class Card(db.Model):
     value = db.Column(db.SmallInteger, nullable=False, server_default=db.text("2"))
     description = db.Column(db.String(255), nullable=False, server_default=db.text("''::character varying"))
 
+    def get_string(self):
+        return f'{self.id}|{self.element}|{self.value}|{self.color}|{self.power_id}'
+
 
 class CardStarterDeck(db.Model):
     __tablename__ = 'card_starter_deck'

houdini/handlers/games/match.py

@@ -5,9 +5,9 @@ from dataclasses import dataclass
 from houdini import handlers
 from houdini.data.room import RoomWaddle
 from houdini.handlers import XTPacket
-from houdini.handlers.games.ninja.card import CardJitsuLogic
+from houdini.handlers.games.ninja.card import SenseiLogic, CardJitsuLogic, CardJitsuMatLogic
-from houdini.handlers.games.ninja.fire import CardJitsuFireLogic
+from houdini.handlers.games.ninja.fire import FireSenseiLogic, CardJitsuFireLogic
-from houdini.handlers.games.ninja.water import CardJitsuWaterLogic
+from houdini.handlers.games.ninja.water import WaterSenseiLogic, CardJitsuWaterLogic
 from houdini.penguin import Penguin
 
 
@@ -89,13 +89,15 @@ async def card_color_tick(matched):
         await mm.penguin.send_xt('tmm', len(matched), mm.tick, *nicknames)
 
 
-def card_match(waddle_room_id, waddle_game):
+def card_match(waddle_game):
     async def match(matched):
         nicknames = [f'{mm.penguin.safe_name}|{mm.penguin.color}' for mm in matched]
         host = matched[0].penguin
 
-        waddle_room = host.server.rooms[waddle_room_id]
+        waddle_room = host.server.rooms[waddle_game.room_id]
         rw = RoomWaddle(id=host.id, room_id=waddle_room.id, seats=len(matched), game=waddle_game, temporary=True)
+        rw.room = waddle_room
+        rw.logic = waddle_game
         waddle_room.waddles[rw.id] = rw
 
         for mm in matched:
@@ -103,9 +105,9 @@ def card_match(waddle_room_id, waddle_game):
     return match
 
 
-card_matched = card_match(CardJitsuLogic.room_id, 'card')
+card_matched = card_match(CardJitsuLogic)
-card_fire_matched = card_match(CardJitsuFireLogic.room_id, 'fire')
+card_fire_matched = card_match(CardJitsuFireLogic)
-card_water_matched = card_match(CardJitsuWaterLogic.room_id, 'water')
+card_water_matched = card_match(CardJitsuWaterLogic)
 
 
 @handlers.boot
@@ -142,11 +144,23 @@ async def handle_join_water_match_making(p):
     await p.send_xt('jmm', p.safe_name)
 
 
+@handlers.handler(XTPacket('gwcj', ext='z'))
+async def handle_get_card_jitsu_mat(p, waddle_id: int):
+    waddle_id = max(200, min(300, waddle_id))
+    if p.room.igloo and waddle_id not in p.room.waddles:
+        rw = RoomWaddle(id=waddle_id, room_id=p.room.id, seats=2, game='card', temporary=True)
+        rw.room = p.room
+        rw.logic = CardJitsuMatLogic
+        p.room.waddles[rw.id] = rw
+
+
 @handlers.handler(XTPacket('jsen', ext='z'))
 @handlers.player_in_room(MatchMaking.SenseiRoom)
 async def handle_join_sensei_match(p):
-    waddle_room = p.server.rooms[CardJitsuLogic.room_id]
+    waddle_room = p.server.rooms[SenseiLogic.room_id]
     rw = RoomWaddle(id=p.id, room_id=waddle_room.id, seats=1, game='sensei', temporary=True)
+    rw.room = waddle_room
+    rw.logic = SenseiLogic
     waddle_room.waddles[rw.id] = rw
 
     await p.send_xt('scard', waddle_room.id, rw.id, 1, 0, f'{p.safe_name}|{p.color}')
@@ -155,8 +169,10 @@ async def handle_join_sensei_match(p):
 @handlers.handler(XTPacket('jsen', ext='z'))
 @handlers.player_in_room(MatchMaking.SenseiFireRoom)
 async def handle_join_fire_sensei_match(p):
-    waddle_room = p.server.rooms[CardJitsuFireLogic.room_id]
+    waddle_room = p.server.rooms[FireSenseiLogic.room_id]
     rw = RoomWaddle(id=p.id, room_id=waddle_room.id, seats=1, game='firesensei', temporary=True)
+    rw.room = waddle_room
+    rw.logic = FireSenseiLogic
     waddle_room.waddles[rw.id] = rw
 
     await p.send_xt('scard', waddle_room.id, rw.id, 1, 0, f'{p.safe_name}|{p.color}')
@@ -165,8 +181,10 @@ async def handle_join_fire_sensei_match(p):
 @handlers.handler(XTPacket('jsen', ext='z'))
 @handlers.player_in_room(MatchMaking.SenseiWaterRoom)
 async def handle_join_water_sensei_match(p):
-    waddle_room = p.server.rooms[CardJitsuWaterLogic.room_id]
+    waddle_room = p.server.rooms[WaterSenseiLogic.room_id]
     rw = RoomWaddle(id=p.id, room_id=waddle_room.id, seats=1, game='watersensei', temporary=True)
+    rw.room = waddle_room
+    rw.logic = WaterSenseiLogic
     waddle_room.waddles[rw.id] = rw
 
     await p.send_xt('scard', waddle_room.id, rw.id, 1, 0, f'{p.safe_name}|{p.color}')

houdini/handlers/games/ninja/card.py

@@ -1,9 +1,13 @@
 import itertools
+import math
+import random
+from collections import Counter
 from dataclasses import dataclass
 from typing import Dict, List, Union
 
-from houdini import IWaddle
+from houdini import IWaddle, handlers
 from houdini.data.ninja import Card
+from houdini.handlers import XTPacket
 from houdini.penguin import Penguin
 
 
@@ -13,29 +17,42 @@ class Played:
     card: Card
     player: int
     opponent: int
+    value: int
+    element: str
 
 
 @dataclass
 class Ninja:
     penguin: Penguin
-    deck: Dict[int, Card]
+    deck: Dict[int, Played]
     bank: Dict[str, List[Played]]
     chosen: Union[Played, None]
 
 
 class CardJitsuLogic(IWaddle):
     room_id = 998
-    rule_set = {'f': 's', 'w': 'f', 's': 'w'}
+
-    discard_elements = {4: 's', 5: 'w', 6: 'f'}
+    RuleSet = {'f': 's', 'w': 'f', 's': 'w'}
-    discard_colors = {7: 'r', 8: 'b', 9: 'g', 10: 'y', 11: 'o', 12: 'p'}
+    DiscardElements = {4: 's', 5: 'w', 6: 'f'}
-    replacements = {16: ['w', 'f'], 17: ['s', 'w'], 18: ['f', 's']}
+    DiscardColors = {7: 'r', 8: 'b', 9: 'g', 10: 'y', 11: 'o', 12: 'p'}
-    rank_speed = 1
+    Replacements = {16: ['w', 'f'], 17: ['s', 'w'], 18: ['f', 's']}
+    PowerLimiters = {13: 's', 14: 'f', 15: 'w'}
+
+    OnPlayed = {1, 16, 17, 18}
+    CurrentRound = {4, 5, 6, 7, 8, 9, 10, 11, 12, 16, 17, 18}
+    AffectsOwnPlayer = {2}
+
+    ItemAwards = [4025, 4026, 4027, 4028, 4029, 4030, 4031, 4032, 4033, 104]
+    PostcardAwards = {0: 177, 4: 178, 8: 179}
+    StampAwards = {0: 230, 4: 232, 8: 234, 9: 236}
+    StampGroupId = 38
+
+    RankSpeed = 1
 
     def __init__(self, waddle):
         super().__init__(waddle)
 
-        self.ninjas = [
+        self.ninjas = [Ninja(
-            Ninja(
             penguin=p,
             deck={},
             bank={'f': [], 'w': [], 's': []},
@@ -64,29 +81,28 @@ class CardJitsuLogic(IWaddle):
         return False, -1
 
     def has_cards_to_play(self, seat_id):
-        power_limiters = {13: 's', 14: 'f', 15: 'w'}
+        for power_id, element in CardJitsuLogic.PowerLimiters.items():
-        for power_id, element in power_limiters.items():
             if power_id in self.powers:
                 power_card = self.powers[power_id]
                 if power_card.opponent == seat_id:
                     opponent_deck = self.ninjas[power_card.opponent].deck
                     for card_id, card in opponent_deck.items():
-                        if card.element != element:
+                        if card.card.element != element:
                             return True
                     return False
         return True
 
     def discard_opponent_card(self, power_id, opponent_seat_id):
         opponent_cards = self.ninjas[opponent_seat_id].bank
-        if power_id in self.discard_elements:
+        if power_id in self.DiscardElements:
-            element_to_discard = self.discard_elements[power_id]
+            element_to_discard = self.DiscardElements[power_id]
             if len(opponent_cards[element_to_discard]) > 0:
                 card_to_discard = self.ninjas[opponent_seat_id].bank[element_to_discard][-1]
                 self.discards.append(card_to_discard.id)
                 del self.ninjas[opponent_seat_id].bank[element_to_discard][-1]
                 return True
-        if power_id in self.discard_colors:
+        if power_id in self.DiscardColors:
-            color_to_discard = self.discard_colors[power_id]
+            color_to_discard = self.DiscardColors[power_id]
             for element, cards in opponent_cards.items():
                 for index, card in enumerate(cards):
                     if card.card.color == color_to_discard:
@@ -98,76 +114,81 @@ class CardJitsuLogic(IWaddle):
 
     def adjust_card_values(self, first_card, second_card):
         for power_id, power_card in self.powers.items():
-            if power_card.card.power_id == 1 and first_card.card.element == second_card.card.element:
+            if power_card.card.power_id == 1 and first_card.element == second_card.element:
-                first_card.card.value = 1
+                swap_value = first_card.value
-                second_card.card.value = 1
+                first_card.value = second_card.value
+                second_card.value = swap_value
             if power_card.card.power_id == 2:
                 if power_card.player == 0:
-                    first_card.card.value += 2
+                    first_card.value += 2
                 else:
-                    second_card.card.value += 2
+                    second_card.value += 2
             if power_card.card.power_id == 3:
                 if power_card.player == 0:
-                    second_card.card.value -= 2
+                    second_card.value -= 2
                 else:
-                    first_card.card.value -= 2
+                    first_card.value -= 2
-
-    def get_round_winner(self):
-        first_card, second_card = self.ninjas[0].chosen, self.ninjas[1].chosen
-        winner_seat_id = self.get_winner_seat_id(first_card, second_card)
-        self.adjust_card_values(first_card, second_card)
 
+    def on_played_effects(self, first_card, second_card):
         for ninja_seat_id, ninja in enumerate(self.ninjas):
             played_card = ninja.chosen
             power_id = played_card.card.power_id
             if not power_id:
                 continue
-
+            on_played = power_id in CardJitsuLogic.OnPlayed
-            opponent_seat_id = 1 if ninja_seat_id == 0 else 0
+            current_round = power_id in CardJitsuLogic.CurrentRound
-
-            on_played = power_id in {1, 16, 17, 18}
-            on_scored = not on_played
-            current_round = power_id in {4, 5, 6, 7, 8, 9, 10, 11, 12, 16, 17, 18}
             next_round = not current_round
-
+            if on_played:
-            if on_played and next_round:
-                self.powers[power_id] = played_card
-            if on_scored and ninja_seat_id == winner_seat_id:
                 if next_round:
                     self.powers[power_id] = played_card
                 if current_round:
-                    self.discard_opponent_card(power_id, opponent_seat_id)
+                    self.replace_cards(power_id, first_card, second_card)
-            if on_played and current_round:
-                self.replace_opponent_card(power_id, first_card, second_card, played_card.player)
-        winner_seat_id = self.get_winner_seat_id(first_card, second_card)
 
-        self.ninjas[0].chosen = None
+    def on_scored_effects(self, first_card, second_card):
-        self.ninjas[1].chosen = None
+        winner_seat_id = self.get_winner_seat_id(first_card, second_card)
+        for ninja_seat_id, ninja in enumerate(self.ninjas):
+            power_id = ninja.chosen.card.power_id
+            if power_id:
+                opponent_seat_id = (ninja_seat_id + 1) % 2
+                on_scored = power_id not in CardJitsuLogic.OnPlayed
+                current_round = power_id in CardJitsuLogic.CurrentRound
+                next_round = not current_round
+                if on_scored and ninja_seat_id == winner_seat_id:
+                    if next_round:
+                        self.powers[power_id] = ninja.chosen
+                    if current_round:
+                        self.discard_opponent_card(power_id, opponent_seat_id)
+
+    def get_round_winner(self):
+        first_card, second_card = self.ninjas[0].chosen, self.ninjas[1].chosen
+        self.adjust_card_values(first_card, second_card)
+        self.powers = {}
+        self.on_played_effects(first_card, second_card)
+        self.on_scored_effects(first_card, second_card)
+        winner_seat_id = self.get_winner_seat_id(first_card, second_card)
         return winner_seat_id
 
     @classmethod
-    def replace_opponent_card(cls, power_id, first_card, second_card, seat_id):
+    def replace_cards(cls, power_id, first_card, second_card):
-        for replace_power_id, replacement in cls.replacements.items():
+        original, replace = cls.Replacements[power_id]
-            if power_id == replace_power_id:
+        if first_card.element == original:
-                original, replace = replacement
+            first_card.element = replace
-                if seat_id == 1 and first_card.card.element == original:
+        if second_card.element == original:
-                    first_card.card.element = replace
+            second_card.element = replace
-                if seat_id == 0 and second_card.card.element == original:
-                    second_card.card.element = replace
 
     @classmethod
     def get_winner_seat_id(cls, first_card, second_card):
-        if first_card.card.element != second_card.card.element:
+        if first_card.element != second_card.element:
-            return 0 if cls.rule_set[first_card.card.element] == second_card.card.element else 1
+            return 0 if cls.RuleSet[first_card.element] == second_card.element else 1
-        elif first_card.card.value > second_card.card.value:
+        elif first_card.value > second_card.value:
             return 0
-        elif second_card.card.value > first_card.card.value:
+        elif second_card.value > first_card.value:
             return 1
         return -1
 
 
 class CardJitsuMatLogic(CardJitsuLogic):
-    rank_speed = 0.5
+    RankSpeed = 0.5
 
 
 class SenseiLogic(CardJitsuLogic):
@@ -175,27 +196,341 @@ class SenseiLogic(CardJitsuLogic):
     def __init__(self, waddle):
         super().__init__(waddle)
 
-        self.ninja = Ninja(
+        self.ninjas.insert(0, Ninja(
             penguin=waddle.penguins[0],
             deck={},
             bank={'f': [], 'w': [], 's': []},
             chosen=None
-        )
+        ))
 
         self.sensei_move = {}
         self.colors = []
 
     def get_win_card(self, card):
         self.colors = [] if len(self.colors) >= 6 else self.colors
-        for card_check in self.ninja.penguin.server.cards.values():
+        for card_check in self.penguins[0].server.cards.values():
-            if self.beats_card(card_check, card) and card_check.color not in self.colors:
+            if card_check.color not in self.colors and self.beats_card(card_check, card):
                 self.colors.append(card_check.color)
                 return card_check
 
     @classmethod
     def beats_card(cls, card_check, card_play):
-        if card_check.card.element != card_play.card.element:
+        if card_check.element != card_play.element:
-            return True if cls.rule_set[card_check.card.element] == card_play.card.element else False
+            return True if cls.RuleSet[card_check.element] == card_play.element else False
-        elif card_check.card.value > card_play.card.value:
+        elif card_check.value > card_play.value:
             return True
         return False
+
+
+async def ninja_rank_up(p, ranks=1):
+    if p.ninja_rank + ranks > len(CardJitsuLogic.ItemAwards):
+        return False
+    for rank in range(p.ninja_rank, p.ninja_rank+ranks):
+        await p.add_inventory(p.server.items[CardJitsuLogic.ItemAwards[rank]], notify=False)
+        if rank in CardJitsuLogic.PostcardAwards:
+            await p.add_inbox(p.server.postcards[CardJitsuLogic.PostcardAwards[rank]])
+        if rank in CardJitsuLogic.StampAwards:
+            await p.add_stamp(p.server.stamps[CardJitsuLogic.StampAwards[rank]])
+    await p.update(ninja_rank=p.ninja_rank + ranks, ninja_progress=0).apply()
+    return True
+
+
+async def ninja_progress(p, won=False):
+    if p.ninja_rank == 0:
+        await p.update(ninja_progress=100).apply()
+    elif p.ninja_rank < 9:
+        speed = type(p.waddle).RankSpeed
+        if not won:
+            speed *= 0.5
+        points = math.floor((100 / p.ninja_rank) * speed)
+        await p.update(ninja_progress=p.ninja_progress+points).apply()
+    if p.ninja_progress >= 100:
+        await ninja_rank_up(p)
+        await p.send_xt('cza', p.ninja_rank)
+
+
+async def ninja_stamps_earned(p):
+    game_stamps = [stamp for stamp in p.server.stamps.values() if stamp.group_id == p.room.stamp_group]
+    collected_stamps = [stamp for stamp in game_stamps if stamp.id in p.stamps]
+    total_collected_stamps = len(collected_stamps)
+    total_game_stamps = len(game_stamps)
+    collected_stamps_string = '|'.join(str(stamp.id) for stamp in collected_stamps)
+    await p.send_xt('cjsi', collected_stamps_string, total_collected_stamps, total_game_stamps)
+
+
+async def ninja_win(winner, loser):
+    await ninja_progress(winner.penguin, won=True)
+    await ninja_progress(loser.penguin, won=False)
+    await ninja_stamps_earned(winner.penguin)
+    await ninja_stamps_earned(loser.penguin)
+    await winner.penguin.waddle.remove_penguin(winner.penguin)
+    await loser.penguin.waddle.remove_penguin(loser.penguin)
+
+
+@handlers.handler(XTPacket('gz', ext='z'))
+@handlers.waddle(CardJitsuLogic, CardJitsuMatLogic)
+async def handle_get_game(p):
+    seat_id = p.waddle.get_seat_id(p)
+    await p.send_xt('gz', p.waddle.seats, len(p.waddle.penguins))
+    await p.send_xt('jz', seat_id, p.safe_name, p.color, p.ninja_rank)
+
+
+@handlers.handler(XTPacket('uz', ext='z'))
+@handlers.waddle(CardJitsuLogic, CardJitsuMatLogic)
+async def handle_update_game(p):
+    players = [f'{seat_id}|{player.safe_name}|{player.color}|{player.ninja_rank}'
+               for seat_id, player in enumerate(p.waddle.penguins)]
+    await p.send_xt('uz', *players)
+    await p.send_xt('sz')
+
+
+@handlers.handler(XTPacket('lz', ext='z'))
+@handlers.waddle(CardJitsuLogic, CardJitsuMatLogic, SenseiLogic)
+async def handle_leave_game(p):
+    seat_id = p.waddle.get_seat_id(p)
+    await p.waddle.send_xt('cz', p.safe_name, f=lambda penguin: penguin is not p)
+    await p.waddle.send_xt('lz', seat_id, f=lambda penguin: penguin is not p)
+    await p.waddle.remove_penguin(p)
+
+
+@handlers.handler(XTPacket('zm', ext='z'), match=['deal'])
+@handlers.waddle(CardJitsuLogic, CardJitsuMatLogic)
+async def handle_send_deal(p, action: str):
+    seat_id = p.waddle.get_seat_id(p)
+    opponent_seat_id = (seat_id + 1) % 2
+    me = p.waddle.ninjas[seat_id]
+
+    deck = Counter((card.card_id for card in p.cards.values() for _ in range(card.quantity + card.member_quantity)))
+    dealt = Counter((played.card.id for played in me.deck.values()))
+    undealt = random.sample(list((deck - dealt).elements()), 5 - len(me.deck))
+
+    strings = []
+    for card_id in undealt:
+        card = p.server.cards[card_id]
+        me.deck[p.waddle.card_id] = Played(
+            id=p.waddle.card_id,
+            card=card,
+            player=seat_id,
+            opponent=opponent_seat_id,
+            value=card.value,
+            element=card.element
+        )
+        strings.append(f'{p.waddle.card_id}|{card.get_string()}')
+        p.waddle.card_id += 1
+
+    await p.waddle.send_xt('zm', action, seat_id, *strings)
+
+
+@handlers.handler(XTPacket('zm', ext='z'), match=['pick'])
+@handlers.waddle(CardJitsuLogic, CardJitsuMatLogic)
+async def handle_send_pick(p, action: str, card_id: int):
+    seat_id = p.waddle.get_seat_id(p)
+    opponent_seat_id = (seat_id + 1) % 2
+    me = p.waddle.ninjas[seat_id]
+    opponent = p.waddle.ninjas[opponent_seat_id]
+
+    if card_id not in me.deck or me.chosen is not None:
+        return
+
+    me.chosen = me.deck[card_id]
+    del me.deck[card_id]
+    await p.waddle.send_xt('zm', action, seat_id, card_id)
+
+    if me.chosen and opponent.chosen:
+        winner_seat_id = p.waddle.get_round_winner()
+
+        if me.chosen.card.id == 256 or opponent.chosen.card.id == 256:
+            stamp = p.server.stamps[246]
+            await me.penguin.add_stamp(stamp, notify=True)
+            await opponent.penguin.add_stamp(stamp, notify=True)
+
+        if me.chosen.card.power_id and me.chosen.card.power_id in CardJitsuLogic.OnPlayed:
+            await p.waddle.send_xt('zm', 'power', seat_id, opponent_seat_id, me.chosen.card.power_id)
+        if opponent.chosen.card.power_id and opponent.chosen.card.power_id in CardJitsuLogic.OnPlayed:
+            await p.waddle.send_xt('zm', 'power', opponent_seat_id, seat_id, opponent.chosen.card.power_id)
+
+        if winner_seat_id != -1:
+            loser_seat_id = (winner_seat_id + 1) % 2
+            winner = p.waddle.ninjas[winner_seat_id]
+            loser = p.waddle.ninjas[loser_seat_id]
+            winning_card = winner.chosen
+            winner.bank[winning_card.card.element].append(winning_card)
+
+            if winning_card.card.power_id and winning_card.card.power_id not in CardJitsuLogic.OnPlayed:
+                affects_own_player = winning_card.card.power_id in CardJitsuLogic.AffectsOwnPlayer
+                sender, recipient = (winner_seat_id, winner_seat_id) if affects_own_player else (winner_seat_id, loser_seat_id)
+                await p.waddle.send_xt('zm', 'power', sender, recipient, winning_card.card.power_id, *p.waddle.discards)
+                p.waddle.discards = []
+
+            winning_cards, win_method = p.waddle.get_winning_cards(winner_seat_id)
+            if winning_cards:
+                await p.waddle.send_xt('czo', 0, winner_seat_id, *(card.id for card in winning_cards))
+
+                stamp = p.server.stamps[[244, 242][win_method]]
+                await winner.penguin.add_stamp(stamp, notify=True)
+                if all(not cards for cards in loser.bank.values()):
+                    stamp = p.server.stamps[238]
+                    await winner.penguin.add_stamp(stamp, notify=True)
+                if sum(1 for cards in winner.bank.values() for _ in cards) >= 9:
+                    stamp = p.server.stamps[248]
+                    await winner.penguin.add_stamp(stamp, notify=True)
+
+                await winner.penguin.update(ninja_matches_won=winner.penguin.ninja_matches_won+1).apply()
+                if winner.penguin.ninja_matches_won == 25:
+                    stamp = p.server.stamps[240]
+                    await winner.penguin.add_stamp(stamp, notify=True)
+
+                await ninja_win(winner, loser)
+            else:
+                for seat_id, ninja in enumerate(p.waddle.ninjas):
+                    if not p.waddle.has_cards_to_play(seat_id):
+                        winner_seat_id = (seat_id + 1) % 2
+                        winner = p.waddle.ninjas[winner_seat_id]
+                        loser = p.waddle.ninjas[seat_id]
+
+                        await p.waddle.send_xt('czo', 0, winner_seat_id)
+                        await ninja_win(winner, loser)
+        await me.penguin.send_xt('zm', 'judge', winner_seat_id)
+        await opponent.penguin.send_xt('zm', 'judge', winner_seat_id)
+        me.chosen = None
+        opponent.chosen = None
+
+
+@handlers.handler(XTPacket('gz', ext='z'))
+@handlers.waddle(SenseiLogic)
+async def handle_get_sensei_game(p):
+    await p.send_xt('gz', 2, 2)
+    await p.send_xt('jz', 1, p.safe_name, p.color, p.ninja_rank)
+
+
+@handlers.handler(XTPacket('uz', ext='z'))
+@handlers.waddle(SenseiLogic)
+async def handle_update_sensei_game(p):
+    await p.send_xt('uz', '0|Sensei|14|10', f'1|{p.safe_name}|{p.color}|{p.ninja_rank}')
+    await p.send_xt('sz')
+
+
+@handlers.handler(XTPacket('zm', ext='z'), match=['deal'])
+@handlers.waddle(SenseiLogic)
+async def handle_send_sensei_deal(p, action: str):
+    can_beat_sensei = p.ninja_rank > len(CardJitsuLogic.ItemAwards) - 1
+    sensei, me = p.waddle.ninjas
+    deck = Counter((card.card_id for card in p.cards.values() if
+                    can_beat_sensei or p.server.cards[card.card_id].power_id == 0
+                    for _ in range(card.quantity + card.member_quantity)))
+    dealt = Counter((played.card.id for played in me.deck.values()))
+    undealt = random.sample(list((deck - dealt).elements()), 5 - len(me.deck))
+
+    strings = []
+    sensei_strings = []
+    for card_id in undealt:
+        card = p.server.cards[card_id]
+        me.deck[p.waddle.card_id] = Played(
+            id=p.waddle.card_id,
+            card=card,
+            player=1,
+            opponent=0,
+            value=card.value,
+            element=card.element
+        )
+        strings.append(f'{p.waddle.card_id}|{card.get_string()}')
+        p.waddle.card_id += 1
+
+        sensei_card = random.choice(list(p.server.cards.values())) if can_beat_sensei else p.waddle.get_win_card(card)
+
+        sensei.deck[p.waddle.card_id] = Played(
+            id=p.waddle.card_id,
+            card=sensei_card,
+            player=0,
+            opponent=1,
+            value=sensei_card.value,
+            element=sensei_card.element
+        )
+
+        sensei_strings.append(f'{p.waddle.card_id}|{sensei_card.get_string()}')
+        p.waddle.sensei_move[p.waddle.card_id - 1] = p.waddle.card_id
+        p.waddle.card_id += 1
+
+    await p.waddle.send_xt('zm', action, 0, *sensei_strings)
+    await p.waddle.send_xt('zm', action, 1, *strings)
+
+
+@handlers.handler(XTPacket('zm', ext='z'), match=['pick'])
+@handlers.waddle(SenseiLogic)
+async def handle_send_sensei_pick(p, action: str, card_id: int):
+    sensei, me = p.waddle.ninjas
+
+    if card_id not in me.deck or me.chosen is not None:
+        return
+
+    me.chosen = me.deck[card_id]
+    sensei.chosen = sensei.deck[p.waddle.sensei_move[card_id]]
+
+    del me.deck[card_id]
+    del sensei.deck[p.waddle.sensei_move[card_id]]
+    del p.waddle.sensei_move[card_id]
+
+    await p.send_xt('zm', action, 0, sensei.chosen.id)
+    await p.send_xt('zm', action, 1, me.chosen.id)
+
+    winner_seat_id = p.waddle.get_round_winner()
+
+    if me.chosen.card.id == 256 or sensei.chosen.card.id == 256:
+        stamp = p.server.stamps[246]
+        await p.add_stamp(stamp, notify=True)
+
+    if me.chosen.card.power_id and me.chosen.card.power_id in CardJitsuLogic.OnPlayed:
+        await p.send_xt('zm', 'power', 1, 0, me.chosen.card.power_id)
+    if sensei.chosen.card.power_id and sensei.chosen.card.power_id in CardJitsuLogic.OnPlayed:
+        await p.send_xt('zm', 'power', 0, 1, sensei.chosen.card.power_id)
+
+    if winner_seat_id != -1:
+        loser_seat_id = (winner_seat_id + 1) % 2
+        winner = sensei if winner_seat_id == 0 else me
+        winning_card = sensei.chosen if winner_seat_id == 0 else me.chosen
+        winner.bank[winning_card.card.element].append(winning_card)
+
+        if winning_card.card.power_id and winning_card.card.power_id not in CardJitsuLogic.OnPlayed:
+            affects_own_player = winning_card.card.power_id in CardJitsuLogic.AffectsOwnPlayer
+            sender, recipient = (winner_seat_id, winner_seat_id) if affects_own_player else (winner_seat_id, loser_seat_id)
+            await p.send_xt('zm', 'power', sender, recipient, winning_card.card.power_id, *p.waddle.discards)
+            p.waddle.discards = []
+
+        winning_cards, win_method = p.waddle.get_winning_cards(winner_seat_id)
+        if winning_cards:
+            await p.waddle.send_xt('czo', 0, winner_seat_id, *(card.id for card in winning_cards))
+
+            if winner == me:
+                stamp = p.server.stamps[[244, 242][win_method]]
+                await p.add_stamp(stamp, notify=True)
+                if all(not cards for cards in sensei.bank.values()):
+                    stamp = p.server.stamps[238]
+                    await p.add_stamp(stamp, notify=True)
+                if sum(1 for cards in me.bank.values() for _ in cards) >= 9:
+                    stamp = p.server.stamps[248]
+                    await p.add_stamp(stamp, notify=True)
+
+                await p.update(ninja_matches_won=p.ninja_matches_won + 1).apply()
+                if p.ninja_matches_won == 25:
+                    stamp = p.server.stamps[240]
+                    await p.add_stamp(stamp, notify=True)
+
+                await ninja_stamps_earned(p)
+                can_rank_up = await ninja_rank_up(p)
+                if can_rank_up:
+                    await p.send_xt('cza', p.ninja_rank)
+        else:
+            for seat_id, ninja in enumerate(p.waddle.ninjas):
+                if not p.waddle.has_cards_to_play(seat_id):
+                    winner_seat_id = (seat_id + 1) % 2
+                    winner = p.waddle.ninjas[winner_seat_id]
+                    if winner == me:
+                        can_rank_up = await ninja_rank_up(p)
+                        if can_rank_up:
+                            await p.send_xt('cza', p.ninja_rank)
+                    await p.waddle.send_xt('czo', 0, winner_seat_id)
+                    await ninja_stamps_earned(p)
+
+    await p.send_xt('zm', 'judge', winner_seat_id)
+    me.chosen = None
+    sensei.chosen = None

houdini/handlers/play/navigation.py

@@ -13,7 +13,7 @@ from houdini.data.room import PenguinBackyardRoom, PenguinIglooRoom, Room, RoomC
 from houdini.handlers import XTPacket
 from houdini.handlers.games.four import ConnectFourLogic
 from houdini.handlers.games.mancala import MancalaLogic
-from houdini.handlers.games.ninja.card import CardJitsuLogic, SenseiLogic
+from houdini.handlers.games.ninja.card import CardJitsuLogic, CardJitsuMatLogic, SenseiLogic
 from houdini.handlers.games.ninja.fire import CardJitsuFireLogic, FireSenseiLogic
 from houdini.handlers.games.ninja.water import CardJitsuWaterLogic, WaterSenseiLogic
 from houdini.handlers.games.sled import SledRacingLogic
@@ -29,7 +29,8 @@ TableLogicMapping = {
 WaddleLogicMapping = {
     'sled': SledRacingLogic,
 
-    'card': CardJitsuLogic,
+    'card': CardJitsuMatLogic,
+    'match': CardJitsuLogic,
     'sensei': SenseiLogic,
 
     'water': CardJitsuWaterLogic,