def _lockResource(lockName, lockval, relockKey):
# TODO 处理重入锁定
lockkey = 'lock:' + lockName + ':' + str(lockval)
ftlock = _FTLOCKS.get(lockkey, None)
if ftlock == None:
ftlock = FTLock(lockkey, relockKey)
_FTLOCKS[lockkey] = ftlock
ftlog.debug('lock resource of', lockkey, 'wait !!', relockKey)
ftlock.lock(relockKey)
ftlog.debug('lock resource of', lockkey, 'locked !!', relockKey)
return ftlock
def _lockResource(lockName, lockval, relockKey):
# TODO 处理重入锁定
lockkey = 'lock:' + lockName + ':' + str(lockval)
ftlock = _FTLOCKS.get(lockkey, None)
if ftlock == None:
ftlock = FTLock(lockkey, relockKey)
_FTLOCKS[lockkey] = ftlock
ftlog.debug('lock resource of', lockkey, 'wait !!', relockKey)
ftlock.lock(relockKey)
ftlog.debug('lock resource of', lockkey, 'locked !!', relockKey)
return ftlock
def __init__(self, room):
self.room = room
self.locker = FTLock(self.__class__.__name__ + "_%d" % id(self))
self._state = self.STATE_IDLE # 玩家从队列分配到牌桌过程中，不允许玩家leave room，以免造成开局缺人问题。
# 初始化玩家和牌桌对列
self.users = OrderedDict()
self.sittingUsers = set() # 正在坐下的玩家，不允许离开
self.activeTableIds = set()
self._initIdleTableIds()
def _findOrCreateLocker(self, key):
"""
发现或者创建锁
:param key:
:return:
"""
locker = self._lockMap.get(key)
if not locker:
locker = FTLock('%s_%s' % (id(self), key))
self._lockMap[key] = locker
return locker
def getTcTemplates(moduleKey, funDecode):
'''
取得配置系统的一个游戏相关的键值的json对象值(list或dict类型)
'''
# 若有缓存，直接返回缓存内容， 其缓存内容为funAdjust的返回值，而非原始数据
datas = _templatesCache.get(moduleKey, None)
if datas:
return datas
else:
locker = _templatesLockers.get(moduleKey, None)
if not locker:
locker = FTLock(moduleKey)
_templatesLockers[moduleKey] = locker
with lock(locker):
return _getTcTemplates(moduleKey, funDecode)
def __init__(self, room, tableId, dealer):
super(TableBase, self).__init__()
# 房间
self._room = room
# 当前状态
self._state = dealer.sm.findStateByName('idle')
# 桌子ID
self._tableId = tableId
# 玩法
self._dealer = dealer
# 桌子定时器
self._timer = None
# 所有座位
self._seats = []
# 锁
self.locker = FTLock(self.__class__.__name__ + "_%d" % id(self))
def handlerCommand(msg):
"""
TCP消息命令处理总入口
"""
orgcmd = msg.getCmd()
if orgcmd == _runenv._CMD_RPC_:
return rpccore._handlerRpcCommand(msg)
orgaction = msg.getParam('action')
gameId = msg.getParam('gameId')
cmd, action = None, None
try:
if orgaction == None:
orgaction = ''
# ftlog.debug('handlerCommand->cmd, action->', cmd, action)
cmdpath, cmd, action = oldcmd.convertCmdPath(orgcmd, orgaction, msg)
# ftlog.debug('handlerCommand->cmd, action, cmdpath, ver, gameId ->', cmd, action, cmdpath, ver, gameId)
# 先以cmd#action#gameId去查找命令处理器
vercalls = None
if gameId:
vercalls = _runenv._cmd_path_methods.get(cmdpath + '#' + str(gameId), None)
# 再以cmd#action去查找命令处理器
if not vercalls:
vercalls = _runenv._cmd_path_methods.get(cmdpath, None)
# 再以cmd#*去查找名利处理器
if not vercalls:
vercalls = _runenv._cmd_path_methods.get(str(cmd) + '#*#' + str(gameId), None)
# 再以cmd#*去查找名利处理器
if not vercalls:
vercalls = _runenv._cmd_path_methods.get(str(cmd) + '#*', None)
# ftlog.debug('handlerCommand->vercalls->', vercalls)
# 再经过clietnId的版本号过滤
markParams = None
if vercalls:
if len(vercalls) > 1:
ver = getClientIdVer(msg)
for vercall in vercalls:
if ver >= vercall[0]:
markParams = vercall[1]
break
else:
markParams = vercalls[0][1]
else:
vercalls = []
# 若未找到对应的mark定义, 错误返回
if not markParams:
raise Exception('the cmd path method not found ! cmdpath=' + str(cmdpath) +
' clientIdVer=' + str(getClientIdVer(msg)) + ' vercalls len=' + str(len(vercalls)) +
' gameId=' + str(gameId) + ' msg=' + str(msg))
# 锁定当前mark定义的资源
lockParamName = markParams.get('lockParamName', None)
if lockParamName:
lockval = msg.getParam(lockParamName)
if lockParamName == 'userId' or lockParamName == 'tableId':
assert (isinstance(lockval, int))
lockkey = 'lock:' + lockParamName + ':' + str(lockval)
ftlock = _runenv._FTLOCKS.get(lockkey, None)
if ftlock == None:
ftlock = FTLock(lockkey)
_runenv._FTLOCKS[lockkey] = ftlock
ftlog.debug('lock resource of', lockkey, 'wait !!')
ftlock.lock()
ftlog.debug('lock resource of', lockkey, 'locked !!')
try:
if markParams['isRpc']:
# RPC CALL
_handlerRpcCommand(markParams, msg)
else:
# CLIENT MSG CALL
_handlerMsgCommand(markParams, msg)
finally:
# 释放当前mark定义的资源
if lockParamName:
ftlog.debug('lock resource of', lockkey, 'released !!')
if ftlock.unlock() == 0:
del _runenv._FTLOCKS[lockkey]
pass
except Exception, e:
ftlog.error('cmd=' + str(cmd) + ' action=' + str(action) + ' gameId=' + str(gameId),
'orgcmdpath=' + str(orgcmd) + '#' + str(orgaction))
if router.isQuery():
targs = ftsvr.getTaskRunArg()
if not targs.get('responsed') and targs.get('userheader1') == 'CQ':
response = newErrorMsgPack(1, str(e))
router.responseQurery(response)
def handlerCommand(msg):
"""
TCP消息命令处理总入口
"""
orgcmd = msg.getCmd()
if orgcmd == _runenv._CMD_RPC_:
return rpccore._handlerRpcCommand(msg)
orgaction = msg.getParam('action')
gameId = msg.getParam('gameId')
cmd, action = None, None
try:
if orgaction == None:
orgaction = ''
# ftlog.debug('handlerCommand->cmd, action->', cmd, action)
cmdpath, cmd, action = oldcmd.convertCmdPath(orgcmd, orgaction, msg)
# ftlog.debug('handlerCommand->cmd, action, cmdpath, ver, gameId ->', cmd, action, cmdpath, ver, gameId)
# 先以cmd#action#gameId去查找命令处理器
vercalls = None
if gameId:
vercalls = _runenv._cmd_path_methods.get(
cmdpath + '#' + str(gameId), None)
# 再以cmd#action去查找命令处理器
if not vercalls:
vercalls = _runenv._cmd_path_methods.get(cmdpath, None)
# 再以cmd#*去查找名利处理器
if not vercalls:
vercalls = _runenv._cmd_path_methods.get(
str(cmd) + '#*#' + str(gameId), None)
# 再以cmd#*去查找名利处理器
if not vercalls:
vercalls = _runenv._cmd_path_methods.get(str(cmd) + '#*', None)
# ftlog.debug('handlerCommand->vercalls->', vercalls)
# 再经过clietnId的版本号过滤
markParams = None
if vercalls:
if len(vercalls) > 1:
ver = getClientIdVer(msg)
for vercall in vercalls:
if ver >= vercall[0]:
markParams = vercall[1]
break
else:
markParams = vercalls[0][1]
else:
vercalls = []
# 若未找到对应的mark定义, 错误返回
if not markParams:
raise Exception('the cmd path method not found ! cmdpath=' +
str(cmdpath) + ' clientIdVer=' +
str(getClientIdVer(msg)) + ' vercalls len=' +
str(len(vercalls)) + ' gameId=' + str(gameId) +
' msg=' + str(msg))
# 锁定当前mark定义的资源
lockParamName = markParams.get('lockParamName', None)
if lockParamName:
lockval = msg.getParam(lockParamName)
if lockParamName == 'userId' or lockParamName == 'tableId':
assert (isinstance(lockval, int))
lockkey = 'lock:' + lockParamName + ':' + str(lockval)
ftlock = _runenv._FTLOCKS.get(lockkey, None)
if ftlock == None:
ftlock = FTLock(lockkey)
_runenv._FTLOCKS[lockkey] = ftlock
ftlog.debug('lock resource of', lockkey, 'wait !!')
ftlock.lock()
ftlog.debug('lock resource of', lockkey, 'locked !!')
try:
if markParams['isRpc']:
# RPC CALL
_handlerRpcCommand(markParams, msg)
else:
# CLIENT MSG CALL
_handlerMsgCommand(markParams, msg)
finally:
# 释放当前mark定义的资源
if lockParamName:
ftlog.debug('lock resource of', lockkey, 'released !!')
if ftlock.unlock() == 0:
del _runenv._FTLOCKS[lockkey]
pass
except Exception, e:
ftlog.error(
'cmd=' + str(cmd) + ' action=' + str(action) + ' gameId=' +
str(gameId), 'orgcmdpath=' + str(orgcmd) + '#' + str(orgaction))
if router.isQuery():
targs = ftsvr.getTaskRunArg()
if not targs.get('responsed') and targs.get('userheader1') == 'CQ':
response = newErrorMsgPack(1, str(e))
router.responseQurery(response)
def __init__(self):
self.locker = FTLock(self.__class__.__name__ + '_%d' % id(self))
class LedUtils2(object):
locker = FTLock("LedUtils")
@classmethod
def _mkRichTextBody(cls, content):
return [{'color': color, 'text': text} for color, text in content]
@classmethod
def _mkRichTextLedBody(cls, content, _type='led', roomId=0, tableId=0):
""" _type:
led 纯LED消息，带颜色
watch LED消息，带颜色，观战按钮
vip LED消息，带颜色，进入（坐下）按钮
mtt
"""
richText = {
'text': cls._mkRichTextBody(content),
'type': _type,
'roomId': roomId,
'tableId': tableId
}
return RICH_TEXT_LED_MSG_HEADER + json.dumps({'richText': richText})
@classmethod
def sendToAllCoServer(cls, mo):
''' 发送消息到所有TCP管理服务器'''
msgpack = mo.pack()
coSrvIds = gdata.serverTypeMap()[gdata.SRV_TYPE_CONN]
for coSrvId in coSrvIds:
wrapper.send(coSrvId, msgpack, "S1", "")
@classmethod
def sendRealTimeLed(cls, gameId, plain_text, receivers=[]):
""" 发送一条实时LED消息
receivers: 接收者USERID列表。如果为[]，发给所有在线玩家 """
content = [['FFFFFF', plain_text]]
cls.sendRealTimeColorfulLed(gameId, content, receivers)
@classmethod
def sendRealTimeColorfulLed(cls, gameId, content, receivers=[]):
""" 发送一条实时LED消息
receivers: 接收者USERID列表。如果为[]，发给所有在线玩家 """
mo = MsgPack()
mo.setCmd('game_public_led')
mo.setParam('gameId', gameId)
mo.setParam('receivers', receivers)
mo.setParam('msg', cls._mkRichTextLedBody(content))
mo.setParam('ledWithTodoTask', {'text': cls._mkRichTextBody(content)})
cls.sendToAllCoServer(mo)
@classmethod
def sendled(cls, gameId, plain_text):
""" 发送一条实时GDSS那样的LED消息。玩家会在心跳协议中陆续收到该消息"""
mo = MsgPack()
mo.setCmd('send_led')
mo.setParam('msg', plain_text)
mo.setParam('gameId', gameId)
mo.setParam('ismgr', 1)
router.sendUtilServer(mo)
@classmethod
@locked
def _doGamePublicLed(cls, mi):
'''
这个方法在CO进程中由game_public_led的消息handler进行调用,
不允许在其它进程中调用
'''
assert (gdata.serverType() == gdata.SRV_TYPE_CONN)
ftlog.debug("<< |msgPackIn:", mi, caller=cls)
# 如果从 result 中获取不到数据，从 param 中获取，还取不到，用默认值
gameId = mi.getResult('gameId', 0) or mi.getParam('gameId') or 0
receivers = mi.getResult('receivers') or mi.getParam('receivers') or []
excludeUsers = mi.getResult('excludeUsers') or mi.getParam(
'excludeUsers') or set()
msg = mi.getResult('msg') or mi.getParam('msg')
timelimit = mi.getResult('timelimit') or mi.getResult(
'timelimit') or {}
force = mi.getResult('force') or mi.getParam('force') or [
] # 这里指定的用户不能过滤，必须收
intervals = timelimit.get('timeLimitIntervals') # 这个时间内收过led的不再收
limitName = timelimit.get('timeLimitName') # 时间间隔的种类，反射机制设置到 user 对象中去
msg = cls._tryParseRichTextLed(msg)
leds = [[0, gameId, msg]]
ftlog.debug("|leds:", leds, caller=cls)
popWinInfo = mi.getResult('popWin')
ledWithTodoTask = mi.getResult('ledWithTodoTask') or mi.getParam(
'ledWithTodoTask')
# if not ledWithTodoTask:
# ledWithTodoTask = Message._richText2Todotask(mi, msg) #TODO:
if gameId <= 0:
ftlog.error(
"doGamePublicLed: error: game not found or gameid is 0",
gameId)
return
mo_cache = {} # 缓存不同版本的 led消息，避免每次生成，浪费CPU
def mo_cache_key(gameId, clientVer, clientId):
if gameId == 8 and clientVer == 3.37 and 'hall8' in clientId:
return gameId, clientVer, 'hall8'
return gameId, clientVer
def make_led_mo(newleds, clientVer, clientId):
mo = MsgPack()
mo.setCmd('led')
if clientVer >= 3.6:
if ledWithTodoTask:
mo.setKey('result', ledWithTodoTask)
return mo.pack()
return None
if newleds['origLeds']:
mo.setKey('result', newleds['origLeds'])
if newleds['richLeds']:
mo.setKey('result', newleds['richLeds'])
mo.setKey('richText', newleds['richLeds'])
mo.setResult('gameId', gameId)
if gameId == 8:
if clientVer < 3.0:
# 德州老单包有问题，所有格式都转为没有按钮的LED (也就是type='led')
newleds['richLeds']['type'] = 'led'
elif newleds['richLeds'][
'type'] == 'vip' and clientVer == 3.37 and 'hall8' in clientId:
# 德州大厅3.37版本BUG: 如果消息中有 richText，则收不到消息
mo.rmKey('richText')
if popWinInfo and clientId.startswith('Winpc'):
mo.setResult('popWin', popWinInfo)
return mo.pack()
def sendled():
newleds = cls._getLedMsgLists(leds, gameId, userId)
clientVer = sessiondata.getClientIdVer(userId)
clientId = sessiondata.getClientId(userId)
if newleds['richLeds'] or newleds['origLeds']:
key = mo_cache_key(gameId, clientVer, clientId)
if key not in mo_cache:
mo_cache[key] = make_led_mo(newleds, clientVer, clientId)
mo = mo_cache[key]
if mo:
protocols.sendCarryMessage(mo, [userId])
if receivers:
receivers = receivers + force
else:
receivers = protocols._ONLINE_USERS.keys()
#需求：两次同类型led之间需要相隔intervals
now = time.time()
sc = 0
for userId in receivers:
sc += 1
if sc % 20 == 0:
FTTasklet.getCurrentFTTasklet().sleepNb(0.1)
if userId in force:
if limitName:
# setattr(user, limitName, now)
userdata.setAttr(userId, limitName, now)
sendled()
continue
if userId not in excludeUsers:
if limitName and intervals: # 时间限制
# lastSendTime = getattr(user, limitName, 0)
lastSendTime = userdata.getAttr(userId, limitName)
if not lastSendTime:
lastSendTime = 0
ftlog.debug('|userId, limitName, intervals, lastSendTime:',
userId,
limitName,
intervals,
lastSendTime,
caller=cls)
if lastSendTime + intervals <= now:
userdata.setAttr(userId, limitName, now)
sendled()
else:
sendled()
@classmethod
def _getLedMsgLists(cls, leds, gameId, userId):
if not leds:
return
newleds = {
'richLeds': [], # 带格式的 led 消息
'origLeds': [], # 纯文本的 led 消息
}
clientVer = sessiondata.getClientIdVer(userId)
# 过滤 led 消息。过滤器把通过过滤器的消息加入到 richLeds 或者 origLeds 里
for led in leds:
if cls._ledMsgFilterRich(gameId, userId, clientVer, led, newleds):
continue
if cls._ledMsgFilterOrig(gameId, userId, clientVer, led, newleds):
continue
return newleds
@classmethod
def _ledMsgFilterOrig(cls, gameId, userId, clientVer, led, newleds):
""" 这是以前的过滤方法 """
_id, _gid, ledmsg = led
if isinstance(ledmsg, str) and ledmsg[0] == '#':
# cutVer = TyContext.Configure.get_game_item_float(gameId, 'version.2.2', 2.15)
cutVer = 2.15 # TODO:
if clientVer and clientVer < cutVer:
ledmsg = ledmsg[7:]
newleds['origLeds'].append([_id, _gid, ledmsg])
return True
@classmethod
def _ledMsgFilterRich(cls, gameId, userId, clientVer, led, newleds):
""" 过滤富文本 led 消息 """
_id, _gid, ledmsg = led
isRichTextLed = isinstance(ledmsg, dict) and ledmsg.has_key('richText')
if not isRichTextLed:
# 德州1.67版本LED有bug,这是bug处理，3.37解决bug，不对3.37以上的版本做处理，但是3.37的插件又存在这个bug
if gameId == 8:
# 可以接收富文本格式的LED消息的客户端最低版本
versionCanReceiveRichTextLed = 1.67
versionHaveLedBug = 1.67
versionLedBugFixed = 3.37
clientId = sessiondata.getClientId(userId)
if versionLedBugFixed > clientVer >= versionHaveLedBug or 'hall8' not in clientId:
ledmsg = {
"richText": {
"text": [{
"color": "FFFFFF",
"text": ledmsg
}],
"type": "led",
"gameId": 8
},
"excludeUsers": set()
}
ftlog.debug("convert orig led to richtext led", ledmsg)
else:
return False
else:
return False
# 加入 exclude 机制：业务需求要求一部分LED实时发送给用户，其余用户
# 保留现有心跳时接收 LED 方式。为了让收过LED的用户不再重复接收，
# 凡是在 excludeUsers 中的用户就不再接收 LED 了。
if userId in ledmsg['excludeUsers']:
return False
if gameId == 8:
# 可以接收富文本格式的LED消息的客户端最低版本
versionCanReceiveRichTextLed = 1.67
versionHaveLedBug = 1.67
versionLedBugFixed = 3.37
# 德州 1.67 版本加入富文本消息
if clientVer < versionCanReceiveRichTextLed:
newleds['origLeds'].append([_id, _gid, ledmsg['plainText']])
# 1.67版本LED有bug,这是bug处理
elif clientVer >= versionHaveLedBug:
newleds['richLeds'] = ledmsg['richText']
newleds['origLeds'] = ledmsg['richText']
else:
newleds['richLeds'].append(ledmsg['richText'])
return True
elif gameId == 1:
newleds['richLeds'] = ledmsg['richText']
newleds['origLeds'] = ledmsg['richText']
return True
return False
@classmethod
def _tryParseRichTextLed(cls, msg):
"""检查led消息是否富文本格式。
如果是，解析格式并返回；如否，原样返回；如果出错，返回None
msg json 格式示例:
{
'richText': {
'text': [{
"color": "RRGGBB",
"text": "aaa"
},{
"color": "RRGGBB",
"text": "bbbccc"
}],
},
'excludeUsers': [123456, 32134534]
}
"""
header = 'richTextLedMsg'
if not msg.startswith(header):
return msg
try:
ledmsg = json.loads(msg[len(header):])
ledmsg['excludeUsers'] = set(ledmsg.get('excludeUsers', []))
ledmsg['plainText'] = u''.join(
(unicode(seg['text']) for seg in ledmsg['richText']['text']))
return ledmsg
except:
ftlog.error("load led json error", msg)
@classmethod
@catchedmethod
def _richText2Todotask(cls, gamePublicLedMsg, ledMsg):
'''richTextLed 消息转换为 game_enter todotask 格式消息
因为 decodeMsgV2 用的 todotask 不是 enter_game，且不知道有没有游戏已经用了那个，所以才写了这个
在实时LED里用(conn.py: doGamePublicLed)
'''
text = ledMsg.get('richText', {}).get('text', [])
gameId = gamePublicLedMsg.getResult('gameId')
roomId = ledMsg.get('roomId')
tableId = ledMsg.get('tableId')
ledType = ledMsg.get('type')
gameMark = {
1: 't3card',
3: 'chess',
6: 'ddz',
7: 'majiang',
8: 'texas',
10: 'douniu'
}.get(gameId)
lbl = {'vip': u'进入', 'watch': u'观战'}.get(ledType)
if not (text and gameId and roomId and tableId and ledType and gameMark
and lbl):
return
gameType = ledMsg.get('gameType', 1)
todotaskParams = {
'gameId': gameId,
'roomId': roomId,
'tableId': tableId,
'type': ledType
}
tasks = [
TodoTaskEnterGame(gameMark, gameType, **todotaskParams).toDict()
]
ledresult = {'text': text, 'lbl': lbl, 'tasks': tasks}
return ledresult