def next_state(self, owner):
owner.machine.trigger(DealState())
def rob_dealer(player, proto):
""" 经典抢地主
"""
rob_score = proto.rob_code
win_seat = rob_seat = -1
cancel = 0
if player.table.conf.play_type != 1:
return
# 当前没有轮到该玩家抢地主
if player.table.rob_seat != player.seat:
return
# 该玩家已经抢过了
if player.seat in player.table.rob_players:
return
# 每次抢地主的分数都要比上次大
if rob_score and rob_score <= player.table.rob_score:
return
# 玩家下的分正确再存
if rob_score:
player.table.rob_score = rob_score
# 用于控制抢地主结束
player.table.rob_players[player.seat] = rob_score
# 重连时用作记录
if rob_score >= 0:
player.rob_score = rob_score
if rob_score >= 3:
win_seat = player.seat
else:
if len(player.table.rob_players) >= player.table.chairs:
dic = player.table.rob_players
win_seat = sorted(dic, key=lambda x: dic[x])[-1]
if player.table.rob_players[win_seat] == 0:
win_seat = -1
cancel = 1
else:
player.table.rob_seat = rob_seat = player.next_seat
proto = game_pb2.RobLandLordReponse()
proto.uuid = player.uuid
proto.rob_score = rob_score
proto.win_seat = win_seat
proto.rob_seat = rob_seat
proto.base_score = player.table.get_base_core(player)
if win_seat != -1:
for c2 in player.table.cards_on_desk:
card = proto.cards_rest.add()
card.card = c2
player.table.reset_proto(ROB_DEALER)
for i in player.table.player_dict.values():
# player.machine.trigger(RobState())
# 给所有人发包括自己
# if i.uuid == player.uuid:
# continue
i.proto.p = copy(proto)
i.proto.send()
player.table.replay["procedure"].append(
{"rob_dealer": [player.uuid, rob_score]})
# 确定地主
if win_seat != -1:
player.table.dealer_seat = win_seat
player.table.seat_dict[player.table.dealer_seat].land_lord_times += 1
for card in player.table.cards_on_desk:
# 给地主加牌
player.table.seat_dict[win_seat].cards_in_hand.append(card)
for i in player.table.player_dict.values():
i.machine.cur_state.execute(i, "rob_skip")
player.table.replay["procedure"].append(
{"rob_confirm": [player.seat, rob_score]})
if cancel:
player.table.rob_all_cancel()
from state.table_state.deal import DealState
player.table.machine.trigger(DealState())
player.dumps()
def rob_dealer_happy(player, proto):
""" 欢乐抢地主
"""
rob_score = proto.rob_score
win_seat = rob_seat = -1
cancel = 0
if player.table.conf.play_type != 2:
return
# 当前没有轮到该玩家抢地主
if player.table.rob_seat != player.seat:
return
# 该玩家已经抢过了
if rob_score == player.rob_score:
return
# 放弃的不能在抢地主
if not player.rob_score:
return
# 首次不能抢地主
if player.table.rob_score == 0 and rob_score == 2:
return
# 地主只能被叫一次
if player.table.rob_score == 1 and rob_score == 1:
return
# 抢地主后不能在叫
if player.table.rob_score == 2 and rob_score == 1:
return
player.table.rob_score = rob_score if rob_score else 0
player.table.rob_players_happy.append([player.seat, rob_score])
player.rob_score = rob_score
def get_win_seat(player, max_score):
lis = player.table.rob_players_happy[::-1]
result = None
for item in lis:
if item[1] == max_score:
result = item[0]
break
return result
max_score = max([i[0] for i in player.table.rob_players_happy])
# 只有一个叫地主的
if max_score == 1 and len(
player.table.rob_players_happy) == player.table.chairs:
win_seat = get_win_seat(player, max_score)
else:
if len(player.table.rob_players) >= player.table.chairs + 1:
win_seat = get_win_seat(player, max_score)
else:
def set_next(player):
next_player = player.table.seat_dict[player.next_seat]
if next_player.rob_score == 0:
set_next(next_player)
return
if next_player.table.rob_seat == next_player.seat:
return
next_player.table.rob_seat = next_player.seat
global rob_seat
rob_seat = next_player.seat
set_next(player)
if player.table.rob_seat == player.seat and player.rob_score == 0:
# 全都pass 重新发牌
rob_seat = -1
cancel = 1
proto = game_pb2.RobLandLordReponse()
proto.seat = player.seat
proto.rob_score = rob_score
proto.win_seat = win_seat
proto.rob_seat = rob_seat
if win_seat != -1:
for c2 in player.table.cards_on_desk:
card = proto.cards_rest.add()
card.card = c2
player.table.reset_proto(ROB_DEALER_HAPPY)
for i in player.table.player_dict.values():
# player.machine.trigger(RobState())
if i.uuid == player.uuid:
continue
i.proto.p = copy(proto)
i.proto.send()
# 刷新面板分
for i in player.table.player_dict.values():
score_proto = game_pb2.PokerScoreResponse()
score_proto.multiple = i.table.get_multiple(i)
send(POKER_SCORE, score_proto, i.session)
player.table.replay["procedure"].append(
{"rob_dealer_happy": [player.uuid, rob_score]})
# 确定地主
if win_seat != -1:
player.table.dealer_seat = win_seat
player.table.seat_dict[player.table.dealer_seat].land_lord_times += 1
for i in player.table.player_dict.values():
i.machine.cur_state.execute(i, "rob_skip")
player.table.replay["procedure"].append(
{"rob_confirm": [player.seat, rob_score]})
if cancel:
player.table.rob_all_cancel()
from state.table_state.deal import DealState
player.table.machine.trigger(DealState())
player.dumps()
def after(self, owner):
if owner.conf.game_type == 5:
owner.machine.trigger(DealState())
elif owner.conf.game_type == 4 or owner.conf.game_type == 7:
owner.machine.trigger(DealState())