def testWinsProcessor():
"""
测试多个和牌的状态更新
状态：
0号位出牌，1号位2号位两个人可和牌，不能一炮多响
操作：
2号位先和牌
1号位再和牌
预期：
2号位胡牌结果先不确认
1号位胡牌的和牌结果确认
"""
dp = MDropCardProcessor(4, MPlayMode.JIXI)
player3 = MPlayer('3', 1, 10003, 0)
player3.setSeatId(3)
player2 = MPlayer('2', 1, 10002, 0)
player2.setSeatId(2)
player1 = MPlayer('1', 1, 10001, 0)
player1.setSeatId(1)
player0 = MPlayer('0', 1, 10000, 0)
player0.setSeatId(0)
dp.players.append(player0)
dp.players.append(player1)
dp.players.append(player2)
dp.players.append(player3)
dp.setCurSeatId(0)
exInfoWin1 = MTableStateExtendInfo()
winInfo1 = {}
winInfo1['tile'] = 9
exInfoWin1.appendInfo(MTableState.TABLE_STATE_HU, winInfo1)
dp.initProcessor(19, 1, MTableState.TABLE_STATE_HU, exInfoWin1, 9)
exInfoWin2 = MTableStateExtendInfo()
winInfo2 = {}
winInfo2['tile'] = 9
exInfoWin2.appendInfo(MTableState.TABLE_STATE_HU, winInfo2)
dp.initProcessor(19, 2, MTableState.TABLE_STATE_HU, exInfoWin2, 9)
result2 = dp.updateProcessor(19, 2, MTableState.TABLE_STATE_HU, 9, None)
print 'result2:', result2
print dp.processors
result1 = dp.updateProcessor(19, 1, MTableState.TABLE_STATE_HU, 9, None)
print 'result1:', result1
print dp.processors
def testLouhuProcessor():
"""
测试漏和牌的状态更新
状态：
0号位出牌，1号位漏胡2号位和牌
操作：
1号位漏和牌
2号位和牌
预期：
1号位漏胡牌结果先不确认
2号位胡牌的和牌结果确认
"""
dp = MDropCardProcessor(4, MPlayMode.LUOSIHU)
player3 = MPlayer('3', 1, 10003, 0)
player3.setSeatId(3)
player2 = MPlayer('2', 1, 10002, 0)
player2.setSeatId(2)
player1 = MPlayer('1', 1, 10001, 0)
player1.setSeatId(1)
player0 = MPlayer('0', 1, 10000, 0)
player0.setSeatId(0)
dp.players.append(player0)
dp.players.append(player1)
dp.players.append(player2)
dp.players.append(player3)
dp.setCurSeatId(0)
exInfoWin1 = MTableStateExtendInfo()
winInfo1 = {}
exInfoWin1.appendInfo(MTableState.TABLE_STATE_PASS_HU, winInfo1)
dp.initProcessor(19, 1, MTableState.TABLE_STATE_PASS_HU, exInfoWin1, 9)
exInfoWin2 = MTableStateExtendInfo()
winInfo2 = {}
winInfo2['tile'] = 9
exInfoWin2.appendInfo(MTableState.TABLE_STATE_HU, winInfo2)
dp.initProcessor(19, 2, MTableState.TABLE_STATE_HU, exInfoWin2, 9)
result1 = dp.updateProcessor(19, 1, MTableState.TABLE_STATE_PASS_HU, 9,
None)
print 'result1:', result1
print dp.processors
result2 = dp.updateProcessor(19, 2, MTableState.TABLE_STATE_HU, 9, None)
print 'result2:', result2
print dp.processors
def testHighPriority():
dp = MDropCardProcessor(4)
exInfo = MTableStateExtendInfo()
#exInfo.setExtend( {'peng': [[18, 18, 18]], 'pengTing': [{'tile': 18, 'ting': [{'winNo des': [{'winTile': 17, 'pattern': [[17, 18, 19], [11, 11]], 'winTileCount': 3}], 'dropTile': 28}], 'pattern': [18, 18, 18]}], 'gang': [{'tile': 18, 'pattern': [18, 18, 18, 18], 'style': 1}], 'gangTing': [{'ti le': 18, 'ting': [{'winNodes': [{'winTile': 26, 'pattern': [[26, 27, 28], [11, 11]], 'winTileCount': 2}, {'winTile': 29, 'pattern': [[27, 28, 29], [11, 11]], 'winTileCount': 2}], 'dropTile': 19}], 'style': 1, 'pattern': [18, 18, 18, 18]}]})
exInfo.setExtend({
'peng': [[18, 18, 18]],
'pengTing': [{
'tile':
18,
'ting': [{
'winNodes': [{
'winTile': 17,
'pattern': [[17, 18, 19], [11, 11]],
'winTileCount': 3
}],
'dropTile':
28
}],
'pattern': [18, 18, 18]
}]
})
dp.initProcessor(10, 0, 28, exInfo, 9)
dp.getMyselfHighPriority(0, -1)
def testNormalUpdateProcessor():
"""
测试吃碰杠的状态更新
状态：
同时可吃可碰
操作：
吃先同意
碰后取消
预期结果：
自动响应吃
"""
dp = MDropCardProcessor(4)
player3 = MPlayer('3', 1, 10003, 0)
player3.setSeatId(3)
player2 = MPlayer('2', 1, 10002, 0)
player2.setSeatId(2)
player1 = MPlayer('1', 1, 10001, 0)
player1.setSeatId(1)
player0 = MPlayer('0', 1, 10000, 0)
player0.setSeatId(0)
dp.players.append(player0)
dp.players.append(player1)
dp.players.append(player2)
dp.players.append(player3)
dp.setCurSeatId(1)
exInfoChi = MTableStateExtendInfo()
exInfoChi.setExtend({"chi": [[1, 2, 3]]})
dp.initProcessor(19, 2, MTableState.TABLE_STATE_CHI, exInfoChi, 9)
exInfoPeng = MTableStateExtendInfo()
exInfoPeng.setExtend({"peng": [[3, 3, 3]]})
dp.initProcessor(19, 3, MTableState.TABLE_STATE_PENG, exInfoPeng, 9)
dp.updateProcessor(19, 2, MTableState.TABLE_STATE_CHI, 3, [1, 2, 3])
print dp.processors
dp.resetSeatId(3)
print dp.hasAutoDecideAction(1, -1)
def testDuoWinsProcessor():
"""
测试一炮多响时，多个和牌的状态更新
状态：
0号位出牌，1号位2号位两个人可和牌，能一炮多响
操作：
2号位先和牌
1号位再和牌
预期：
2号位胡牌结果先不确认
1号位胡牌的和牌结果确认
1/2号位同时胡牌
"""
from majiang2.player.player import MPlayer
from majiang2.table_tile.table_tile_factory import MTableTileFactory
from majiang2.ai.play_mode import MPlayMode
from majiang2.table.run_mode import MRunMode
dp = MQiangGangHuProcessor(4)
player3 = MPlayer('3', 1, 10003, 0)
player3.setSeatId(3)
player2 = MPlayer('2', 1, 10002, 0)
player2.setSeatId(2)
player1 = MPlayer('1', 1, 10001, 0)
player1.setSeatId(1)
player0 = MPlayer('0', 1, 10000, 0)
player0.setSeatId(0)
dp.players.append(player0)
dp.players.append(player1)
dp.players.append(player2)
dp.players.append(player3)
tableTileMgr = MTableTileFactory.getTableTileMgr(4, MPlayMode.PINGDU258,
MRunMode.CONSOLE)
dp.setTableTileMgr(tableTileMgr)
exInfoWin1 = MTableStateExtendInfo()
winInfo1 = {'tile': 9, 'qiangGang': 1, 'gangSeatId': 0}
exInfoWin1.appendInfo(MTableState.TABLE_STATE_QIANGGANG, winInfo1)
dp.initProcessor(19, 1, MTableState.TABLE_STATE_QIANGGANG, exInfoWin1, 9)
exInfoWin2 = MTableStateExtendInfo()
winInfo2 = {'tile': 9, 'qiangGang': 1, 'gangSeatId': 0}
exInfoWin2.appendInfo(MTableState.TABLE_STATE_QIANGGANG, winInfo2)
dp.initProcessor(19, 2, MTableState.TABLE_STATE_QIANGGANG, exInfoWin2, 9)
result2 = dp.updateProcessor(19, 2, MTableState.TABLE_STATE_QIANGGANG, 9,
None)
print 'result2:', result2
print dp.processors
autoSeatId = dp.hasAutoDecideAction(0, -1)
print 'autoSeatId2:', autoSeatId
result1 = dp.updateProcessor(19, 1, MTableState.TABLE_STATE_QIANGGANG, 9,
None)
print 'result1:', result1
autoSeatId = dp.hasAutoDecideAction(0, -1)
print 'autoSeatId1:', autoSeatId
wins = [1, 2]
result3 = dp.updateDuoHu(19, wins, MTableState.TABLE_STATE_QIANGGANG)
print 'result3:', result3
print dp.processors
def testChiTingWinsProcessor():
"""
测试多个和牌的状态更新
状态：
0号位出牌，1号位2号位两个人可和牌，不能一炮多响
操作：
2号位先和牌
1号位再和牌
预期：
2号位胡牌结果先不确认
1号位胡牌的和牌结果确认
"""
dp = MDropCardProcessor(4)
player3 = MPlayer('3', 1, 10003, 0)
player3.setSeatId(3)
player2 = MPlayer('2', 1, 10002, 0)
player2.setSeatId(2)
player1 = MPlayer('1', 1, 10001, 0)
player1.setSeatId(1)
player0 = MPlayer('0', 1, 10000, 0)
player0.setSeatId(0)
dp.players.append(player0)
dp.players.append(player1)
dp.players.append(player2)
dp.players.append(player3)
dp.setCurSeatId(1)
exInfoWin0 = MTableStateExtendInfo()
exInfoWin0.appendInfo(
MTableState.TABLE_STATE_CHI & MTableState.TABLE_STATE_GRABTING, {
"tile": 14,
"pattern": [12, 13, 14],
"ting": {}
})
dp.initProcessor(
19, 0, MTableState.TABLE_STATE_CHI & MTableState.TABLE_STATE_GRABTING,
exInfoWin0, 9)
exInfoWin2 = MTableStateExtendInfo()
exInfoWin2.appendInfo(MTableState.TABLE_STATE_HU, {"tile": 14})
dp.initProcessor(19, 2, MTableState.TABLE_STATE_HU, exInfoWin2, 9)
exInfoChi3 = MTableStateExtendInfo()
exInfoChi3.appendInfo(MTableState.TABLE_STATE_CHI, {
"tile": 14,
" pattern": [12, 13, 14]
})
dp.initProcessor(19, 3, MTableState.TABLE_STATE_CHI, exInfoChi3, 9)
result3 = dp.updateProcessor(19, 2, MTableState.TABLE_STATE_CHI, 9,
[12, 13, 14])
print 'result3:', result3
print dp.processors
result0 = dp.updateProcessor(
19, 0, MTableState.TABLE_STATE_CHI & MTableState.TABLE_STATE_GRABTING,
9, [12, 13, 14])
print 'result0:', result0
dp.resetSeatId(2)
print dp.processors
print dp.hasAutoDecideAction(1, -1)
def testDuoWinsProcessor():
"""
测试一炮多响时，多个和牌的状态更新
状态：
0号位出牌，1号位2号位两个人可和牌，能一炮多响
操作：
2号位先和牌
1号位再和牌
预期：
2号位胡牌结果先不确认
1号位胡牌的和牌结果确认
1/2号位同时胡牌
"""
dp = MDropCardProcessor(4, MPlayMode.LUOSIHU)
player3 = MPlayer('3', 1, 10003, 0)
player3.setSeatId(3)
player2 = MPlayer('2', 1, 10002, 0)
player2.setSeatId(2)
player1 = MPlayer('1', 1, 10001, 0)
player1.setSeatId(1)
player0 = MPlayer('0', 1, 10000, 0)
player0.setSeatId(0)
dp.players.append(player0)
dp.players.append(player1)
dp.players.append(player2)
dp.players.append(player3)
dp.setCurSeatId(0)
tableTileMgr = MTableTileFactory.getTableTileMgr(4, MPlayMode.LUOSIHU,
MRunMode.CONSOLE)
dp.setTableTileMgr(tableTileMgr)
exInfoWin1 = MTableStateExtendInfo()
winInfo1 = {}
winInfo1['tile'] = 9
exInfoWin1.appendInfo(MTableState.TABLE_STATE_HU, winInfo1)
dp.initProcessor(19, 1, MTableState.TABLE_STATE_HU, exInfoWin1, 9)
exInfoWin2 = MTableStateExtendInfo()
winInfo2 = {}
winInfo2['tile'] = 9
exInfoWin2.appendInfo(MTableState.TABLE_STATE_HU, winInfo2)
dp.initProcessor(19, 2, MTableState.TABLE_STATE_HU, exInfoWin2, 9)
result2 = dp.updateProcessor(19, 2, MTableState.TABLE_STATE_HU, 9, None)
print 'result2:', result2
print dp.processors
autoSeatId = dp.hasAutoDecideAction(0, -1)
print 'autoSeatId2:', autoSeatId
result1 = dp.updateProcessor(19, 1, MTableState.TABLE_STATE_HU, 9, None)
print 'result1:', result1
autoSeatId = dp.hasAutoDecideAction(0, -1)
print 'autoSeatId1:', autoSeatId
wins = [1, 2]
result3 = dp.updateDuoHu(19, wins, MTableState.TABLE_STATE_HU)
print 'result3:', result3
print dp.processors
if actionSeatId in seatIds:
huCurIndex = seatIds.index(actionSeatId)
for seatindex in range(huCurIndex):
realSeat = seatIds[seatindex]
if self.__processors[realSeat][
'state'] == MTableState.TABLE_STATE_QIANG_EXMAO_HU:
return False
return True
return False
if __name__ == "__main__":
dp = MQiangExmaoHuProcessor(4)
exInfo = MTableStateExtendInfo()
#exInfo.setExtend( {'peng': [[18, 18, 18]], 'pengTing': [{'tile': 18, 'ting': [{'winNo des': [{'winTile': 17, 'pattern': [[17, 18, 19], [11, 11]], 'winTileCount': 3}], 'dropTile': 28}], 'pattern': [18, 18, 18]}], 'gang': [{'tile': 18, 'pattern': [18, 18, 18, 18], 'style': 1}], 'gangTing': [{'ti le': 18, 'ting': [{'winNodes': [{'winTile': 26, 'pattern': [[26, 27, 28], [11, 11]], 'winTileCount': 2}, {'winTile': 29, 'pattern': [[27, 28, 29], [11, 11]], 'winTileCount': 2}], 'dropTile': 19}], 'style': 1, 'pattern': [18, 18, 18, 18]}]})
exInfo.setExtend({
'peng': [[18, 18, 18]],
'pengTing': [{
'tile':
18,
'ting': [{
'winNodes': [{
'winTile': 17,
'pattern': [[17, 18, 19], [11, 11]],
'winTileCount': 3
}],
'dropTile':
28
}],
self.setMaoState(0)
def updateProcessor(self, actionID, seatId, state, tile, pattern = None):
"""
用户做出了选择，state为0，表示放弃
用户的选择集合明确
"""
if actionID != self.actionID:
# 不是本轮处理的牌
ftlog.debug('not this round actionId...' )
return False
if seatId != self.exmaoSeatId:
ftlog.debug('Not this round qiangPeng/Gang user... right seatId:', self.exmaoSeatId
, ' wrong seatId:', seatId)
return False
if not (state & self.maoState):
ftlog.debug('Right user, but wrong action. state:', self.maoState
, ' now action:', state)
return False
self.setMaoState(0)
return True
if __name__ == "__main__":
dp = MQiangExmaoPengProcessor(4)
exInfo = MTableStateExtendInfo()
#exInfo.setExtend( {'peng': [[18, 18, 18]], 'pengTing': [{'tile': 18, 'ting': [{'winNo des': [{'winTile': 17, 'pattern': [[17, 18, 19], [11, 11]], 'winTileCount': 3}], 'dropTile': 28}], 'pattern': [18, 18, 18]}], 'gang': [{'tile': 18, 'pattern': [18, 18, 18, 18], 'style': 1}], 'gangTing': [{'ti le': 18, 'ting': [{'winNodes': [{'winTile': 26, 'pattern': [[26, 27, 28], [11, 11]], 'winTileCount': 2}, {'winTile': 29, 'pattern': [[27, 28, 29], [11, 11]], 'winTileCount': 2}], 'dropTile': 19}], 'style': 1, 'pattern': [18, 18, 18, 18]}]})
exInfo.setExtend( {'peng': [[18, 18, 18]], 'pengTing': [{'tile': 18, 'ting': [{'winNodes': [{'winTile': 17, 'pattern': [[17, 18, 19], [11, 11]], 'winTileCount': 3}], 'dropTile': 28}], 'pattern': [18, 18, 18]}]})
dp.initProcessor(10, 0, 28, exInfo, 9)
def testDuoWinsProcessor():
"""
测试一炮多响时，多个和牌的状态更新
状态：
0号位出牌，1号位2号位两个人可和牌，能一炮多响
操作：
2号位先和牌
1号位再和牌
预期：
2号位胡牌结果先不确认
1号位胡牌的和牌结果确认
1/2号位同时胡牌
"""
from majiang2.player.player import MPlayer
from majiang2.table_tile.table_tile_factory import MTableTileFactory
from majiang2.ai.play_mode import MPlayMode
from majiang2.table.run_mode import MRunMode
dp = MQiangGangHuProcessor(4)
player3 = MPlayer('3', 1, 10003, 0)
player3.setSeatId(3)
player2 = MPlayer('2', 1, 10002, 0)
player2.setSeatId(2)
player1 = MPlayer('1', 1, 10001, 0)
player1.setSeatId(1)
player0 = MPlayer('0', 1, 10000, 0)
player0.setSeatId(0)
dp.players.append(player0)
dp.players.append(player1)
dp.players.append(player2)
dp.players.append(player3)
tableTileMgr = MTableTileFactory.getTableTileMgr(4, MPlayMode.LUOSIHU, MRunMode.CONSOLE)
dp.setTableTileMgr(tableTileMgr)
exInfoWin1 = MTableStateExtendInfo()
winInfo1 = {'tile': 9, 'qiangGang': 1, 'gangSeatId': 0}
exInfoWin1.appendInfo(MTableState.TABLE_STATE_QIANGGANG, winInfo1)
dp.initProcessor(19, 1, MTableState.TABLE_STATE_QIANGGANG, exInfoWin1, 9)
exInfoWin2 = MTableStateExtendInfo()
winInfo2 = {'tile': 9, 'qiangGang': 1, 'gangSeatId': 0}
exInfoWin2.appendInfo(MTableState.TABLE_STATE_QIANGGANG, winInfo2)
dp.initProcessor(19, 2, MTableState.TABLE_STATE_QIANGGANG, exInfoWin2, 9)
result2 = dp.updateProcessor(19, 2, MTableState.TABLE_STATE_QIANGGANG, 9, None)
print 'result2:', result2
print dp.processors
autoSeatId = dp.hasAutoDecideAction(0, -1)
print 'autoSeatId2:', autoSeatId
result1 = dp.updateProcessor(19, 1, MTableState.TABLE_STATE_QIANGGANG, 9, None)
print 'result1:', result1
autoSeatId = dp.hasAutoDecideAction(0, -1)
print 'autoSeatId1:', autoSeatId
wins = [1, 2]
result3 = dp.updateDuoHu(19, wins, MTableState.TABLE_STATE_QIANGGANG)
print 'result3:', result3
print dp.processors