def onError(self,errcode,errmsg,timeout=None,extra={}):
# function index: idx_4
m_1 = tce.RpcMessageCall(self)
m_1.ifidx = 0
m_1.opidx = 2
m_1.extra.setStrDict(extra)
d_2 = ''
d_2 = tce.serial_string(errcode,d_2)
m_1.paramstream += d_2
d_2 = ''
d_2 = tce.serial_string(errmsg,d_2)
m_1.paramstream += d_2
m_1.prx = self
m_1.conn = m_1.prx.conn
m_1.call_id = tce.RpcCommunicator.instance().currentServer().getId()
r_4 = self.conn.sendMessage(m_1)
if not r_4:
raise tce.RpcException(tce.RpcConsts.RPCERROR_SENDFAILED)
if not timeout: timeout = tce.RpcCommunicator.instance().getRpcCallTimeout()
m_5 = None
try:
m_5 = m_1.mtx.get(timeout=timeout)
except:
raise tce.RpcException(tce.RpcConsts.RPCERROR_TIMEOUT)
if m_5.errcode != tce.RpcConsts.RPCERROR_SUCC:
raise tce.RpcException(m_5.errcode)
m_1 = m_5
def onUserOffline(self,user_id,gws_id,device,timeout=None,extra={}):
# function index: idx_4
m_1 = tce.RpcMessageCall(self)
m_1.ifidx = 1
m_1.opidx = 1
m_1.extra.setStrDict(extra)
d_2 = ''
d_2 = tce.serial_string(user_id,d_2)
m_1.paramstream += d_2
d_2 = ''
d_2 = tce.serial_string(gws_id,d_2)
m_1.paramstream += d_2
d_2 = ''
d_2 += tce.serial_int(device,d_2)
m_1.paramstream += d_2
m_1.prx = self
m_1.conn = m_1.prx.conn
m_1.call_id = tce.RpcCommunicator.instance().currentServer().getId()
r_4 = self.conn.sendMessage(m_1)
if not r_4:
raise tce.RpcException(tce.RpcConsts.RPCERROR_SENDFAILED)
if not timeout: timeout = tce.RpcCommunicator.instance().getRpcCallTimeout()
m_5 = None
try:
m_5 = m_1.mtx.get(timeout=timeout)
except:
raise tce.RpcException(tce.RpcConsts.RPCERROR_TIMEOUT)
if m_5.errcode != tce.RpcConsts.RPCERROR_SUCC:
raise tce.RpcException(m_5.errcode)
m_1 = m_5
def marshall(self): d ='' d = tce.serial_string(self.realm,d) d = tce.serial_string(self.seq,d) d = tce.serial_string(self.sender,d) d = tce.serial_string(self.stime,d) return d
def onUserOffline_oneway(self,user_id,gws_id,device,extra={}):
# function index: idx_4
try:
m_1 = tce.RpcMessageCall(self)
m_1.ifidx = 1
m_1.opidx = 1
m_1.calltype |= tce.RpcMessage.ONEWAY
m_1.prx = self
m_1.conn = m_1.prx.conn
m_1.call_id = tce.RpcCommunicator.instance().currentServer().getId()
m_1.extra.setStrDict(extra)
d_2 = ''
d_2 = tce.serial_string(user_id,d_2)
m_1.paramstream += d_2
d_2 = ''
d_2 = tce.serial_string(gws_id,d_2)
m_1.paramstream += d_2
d_2 = ''
d_2 += tce.serial_int(device,d_2)
m_1.paramstream += d_2
r_4 = self.conn.sendMessage(m_1)
if not r_4:
raise tce.RpcException(tce.RpcConsts.RPCERROR_SENDFAILED)
except:
traceback.print_exc()
raise tce.RpcException(tce.RpcConsts.RPCERROR_SENDFAILED)
def onUserOffline_oneway(self,userid,gws_id,device,extra={}):
# function index: idx_4
try:
m_1 = tce.RpcMessageCall(self)
m_1.ifidx = 1
m_1.opidx = 1
m_1.calltype |= tce.RpcMessage.ONEWAY
m_1.prx = self
m_1.conn = m_1.prx.conn
m_1.call_id = tce.RpcCommunicator.instance().currentServer().getId()
m_1.extra.setStrDict(extra)
d_2 = ''
d_2 = tce.serial_string(userid,d_2)
m_1.paramstream += d_2
d_2 = ''
d_2 = tce.serial_string(gws_id,d_2)
m_1.paramstream += d_2
d_2 = ''
d_2 += tce.serial_int(device,d_2)
m_1.paramstream += d_2
r_4 = self.conn.sendMessage(m_1)
if not r_4:
raise tce.RpcException(tce.RpcConsts.RPCERROR_SENDFAILED)
except:
traceback.print_exc()
raise tce.RpcException(tce.RpcConsts.RPCERROR_SENDFAILED)
def marshall(self):
d = ''
d += struct.pack('!I',len(self.ds.keys()))
for k,v in self.ds.items():
d = tce.serial_string(k,d)
d = tce.serial_string(v,d)
return d
def marshall(self): d ='' d = tce.serial_string(self.type_,d) d = tce.serial_string(self.title,d) d = tce.serial_string(self.content,d) d = tce.serial_string(self.p1,d) d = tce.serial_string(self.p2,d) return d
def marshall(self): d ='' d = tce.serial_string(self.seq,d) d = tce.serial_string(self.sender_id,d) d = tce.serial_string(self.send_time,d) d = tce.serial_string(self.title,d) d = tce.serial_string(self.content,d) return d
def marshall(self): d ='' d += self.meta.marshall() d = tce.serial_string(self.title,d) d = tce.serial_string(self.content,d) container = Properties_t(self.props) d += container.marshall() return d
def marshall(self): d ='' d = tce.serial_string(self.user_id,d) d = tce.serial_string(self.user_name,d) d = tce.serial_long(self.login_time,d) d = tce.serial_long(self.expire_time,d) d += tce.serial_int(self.platform_type,d) d = tce.serial_string(self.device_id,d) return d
def marshall(self): d ='' d = tce.serial_string(self.user_id,d) d = tce.serial_string(self.user_name,d) d = tce.serial_long(self.login_time,d) d = tce.serial_long(self.expire_time,d) d += tce.serial_int(self.platform_type,d) d = tce.serial_string(self.device_id,d) return d
def marshall(self): d ='' d += tce.serial_int(self.act_type,d) d = tce.serial_string(self.url,d) d += tce.serial_int(self.conform_on_url,d) d = tce.serial_string(self.activity,d) d = tce.serial_string(self.intent,d) d += tce.serial_int(self.intent_flag,d) d += tce.serial_int(self.pending_flag,d) d = tce.serial_string(self.package_name,d) d = tce.serial_string(self.package_download_url,d) d += tce.serial_int(self.confirm_on_package,d) return d
def datetime(self, ctx):
tce.log_debug("callin (datetime)")
d = ctx.msg.paramstream
idx = 0
cr = None
cr = self.inst.datetime(ctx)
if not cr: return True
d = ''
m = tce.RpcMessageReturn(self.inst)
m.sequence = ctx.msg.sequence
m.callmsg = ctx.msg
m.ifidx = ctx.msg.ifidx
m.call_id = ctx.msg.call_id
m.conn = ctx.msg.conn
m.extra = ctx.msg.extra
d = tce.serial_string(cr, d)
if d: m.paramstream += d
ctx.conn.sendMessage(m)
return True
def datetime(self,ctx):
tce.log_debug("callin (datetime)")
d = ctx.msg.paramstream
idx = 0
cr = None
cr = self.inst.datetime(ctx)
if not cr : return True
d = ''
m = tce.RpcMessageReturn(self.inst)
m.sequence = ctx.msg.sequence
m.callmsg = ctx.msg
m.ifidx = ctx.msg.ifidx
m.call_id = ctx.msg.call_id
m.conn = ctx.msg.conn
m.extra = ctx.msg.extra
d = tce.serial_string(cr,d)
if d: m.paramstream += d
ctx.conn.sendMessage(m)
return True
def echo(self,ctx):
tce.log_debug("callin (echo)")
d = ctx.msg.paramstream
idx = 0
_p_text,idx = tce.unserial_string(d,idx)
cr = None
cr = self.inst.echo(_p_text,ctx)
if not cr : return True
d = ''
m = tce.RpcMessageReturn(self.inst)
m.sequence = ctx.msg.sequence
m.callmsg = ctx.msg
m.ifidx = ctx.msg.ifidx
m.call_id = ctx.msg.call_id
m.conn = ctx.msg.conn
m.extra = ctx.msg.extra
d = tce.serial_string(cr,d)
if d: m.paramstream += d
ctx.conn.sendMessage(m)
return True
def echo(self, ctx):
tce.log_debug("callin (echo)")
d = ctx.msg.paramstream
idx = 0
_p_text, idx = tce.unserial_string(d, idx)
cr = None
cr = self.inst.echo(_p_text, ctx)
if not cr: return True
d = ''
m = tce.RpcMessageReturn(self.inst)
m.sequence = ctx.msg.sequence
m.callmsg = ctx.msg
m.ifidx = ctx.msg.ifidx
m.call_id = ctx.msg.call_id
m.conn = ctx.msg.conn
m.extra = ctx.msg.extra
d = tce.serial_string(cr, d)
if d: m.paramstream += d
ctx.conn.sendMessage(m)
return True
def heartbeat_oneway(self, hello, extra={}):
# function index: idx_4
try:
m_1 = tce.RpcMessageCall(self)
m_1.ifidx = 2
m_1.opidx = 2
m_1.calltype |= tce.RpcMessage.ONEWAY
m_1.prx = self
m_1.conn = m_1.prx.conn
m_1.call_id = tce.RpcCommunicator.instance().currentServer().getId()
m_1.extra.setStrDict(extra)
d_2 = ""
d_2 = tce.serial_string(hello, d_2)
m_1.paramstream += d_2
r_4 = self.conn.sendMessage(m_1)
if not r_4:
raise tce.RpcException(tce.RpcConsts.RPCERROR_SENDFAILED)
except:
traceback.print_exc()
raise tce.RpcException(tce.RpcConsts.RPCERROR_SENDFAILED)
def echo(self, text, timeout=None, extra={}):
# function index: 2
m_1 = tce.RpcMessageCall(self)
m_1.ifidx = 2
m_1.opidx = 0
m_1.extra.setStrDict(extra)
d_2 = ""
d_2 = tce.serial_string(text, d_2)
m_1.paramstream += d_2
m_1.prx = self
m_1.conn = m_1.prx.conn
m_1.call_id = tce.RpcCommunicator.instance().currentServer().getId()
r_4 = self.conn.sendMessage(m_1)
if not r_4:
raise tce.RpcException(tce.RpcConsts.RPCERROR_SENDFAILED)
if not timeout:
timeout = tce.RpcCommunicator.instance().getRpcCallTimeout()
m_5 = None
try:
m_5 = m_1.mtx.get(timeout=timeout)
except:
raise tce.RpcException(tce.RpcConsts.RPCERROR_TIMEOUT)
if m_5.errcode != tce.RpcConsts.RPCERROR_SUCC:
raise tce.RpcException(m_5.errcode)
m_1 = m_5
idx_6 = 0
d_9 = m_1.paramstream
p_7 = None
r_8 = False
try:
p_7 = None
p_7, idx_6 = tce.unserial_string(d_9, idx_6)
except:
traceback.print_exc()
raise tce.RpcException(tce.RpcConsts.RPCERROR_UNSERIALIZE_FAILED)
return p_7
def echo(self, text, timeout=None, extra={}):
# function index: 2
m_1 = tce.RpcMessageCall(self)
m_1.ifidx = 2
m_1.opidx = 0
m_1.extra.setStrDict(extra)
d_2 = ''
d_2 = tce.serial_string(text, d_2)
m_1.paramstream += d_2
m_1.prx = self
m_1.conn = m_1.prx.conn
m_1.call_id = tce.RpcCommunicator.instance().currentServer().getId()
r_4 = self.conn.sendMessage(m_1)
if not r_4:
raise tce.RpcException(tce.RpcConsts.RPCERROR_SENDFAILED)
if not timeout:
timeout = tce.RpcCommunicator.instance().getRpcCallTimeout()
m_5 = None
try:
m_5 = m_1.mtx.get(timeout=timeout)
except:
raise tce.RpcException(tce.RpcConsts.RPCERROR_TIMEOUT)
if m_5.errcode != tce.RpcConsts.RPCERROR_SUCC:
raise tce.RpcException(m_5.errcode)
m_1 = m_5
idx_6 = 0
d_9 = m_1.paramstream
p_7 = None
r_8 = False
try:
p_7 = None
p_7, idx_6 = tce.unserial_string(d_9, idx_6)
except:
traceback.print_exc()
raise tce.RpcException(tce.RpcConsts.RPCERROR_UNSERIALIZE_FAILED)
return p_7
except:
traceback.print_exc()
raise tce.RpcException(tce.RpcConsts.RPCERROR_UNSERIALIZE_FAILED)
return p_7
def echo_async(self,text,async,cookie=None,extra={}):
# function index: idx_6
ecode_2 = tce.RpcConsts.RPCERROR_SUCC
m_1 = tce.RpcMessageCall(self)
m_1.cookie = cookie
m_1.ifidx = 2
m_1.opidx = 0
m_1.extra.setStrDict(extra)
d_3 = ''
d_3 = tce.serial_string(text,d_3)
m_1.paramstream += d_3
m_1.prx = self
m_1.conn = m_1.prx.conn
m_1.call_id = tce.RpcCommunicator.instance().currentServer().getId()
m_1.async = async
m_1.asyncparser = ServerPrx.echo_asyncparser
r_5 = self.conn.sendMessage(m_1)
if not r_5:
raise tce.RpcException(tce.RpcConsts.RPCERROR_SENDFAILED)
@staticmethod
def echo_asyncparser(m,m2):
# function index: idx_6 , m2 - callreturn msg.
stream_1 = m2.paramstream
raise tce.RpcException(tce.RpcConsts.RPCERROR_TIMEOUT)
if m_5.errcode != tce.RpcConsts.RPCERROR_SUCC:
raise tce.RpcException(m_5.errcode)
m_1 = m_5
def onError_async(self,errcode,errmsg,async,cookie=None,extra={}):
# function index: idx_4
ecode_2 = tce.RpcConsts.RPCERROR_SUCC
m_1 = tce.RpcMessageCall(self)
m_1.cookie = cookie
m_1.ifidx = 0
m_1.opidx = 2
m_1.extra.setStrDict(extra)
d_3 = ''
d_3 = tce.serial_string(errcode,d_3)
m_1.paramstream += d_3
d_3 = ''
d_3 = tce.serial_string(errmsg,d_3)
m_1.paramstream += d_3
m_1.prx = self
m_1.conn = m_1.prx.conn
m_1.call_id = tce.RpcCommunicator.instance().currentServer().getId()
m_1.async = async
m_1.asyncparser = ITerminalPrx.onError_asyncparser
r_5 = self.conn.sendMessage(m_1)
if not r_5:
raise tce.RpcException(tce.RpcConsts.RPCERROR_SENDFAILED)
@staticmethod
def onError_asyncparser(m,m2):
def marshall(self):
d = ''
d += struct.pack('!I',len(self.ds))
for o in self.ds:
d = tce.serial_string(o,d)
return d
def marshall(self):
d = ''
d += struct.pack('!I',len(self.ds))
for o in self.ds:
d = tce.serial_string(o,d)
return d
def marshall(self): d ='' d = tce.serial_string(self.seq,d) d = tce.serial_string(self.sender_id,d) d = tce.serial_string(self.sent_time,d) d = tce.serial_string(self.title,d) d = tce.serial_string(self.content,d) d = tce.serial_string(self.expire_time,d) d = tce.serial_string(self.send_time,d) d = tce.serial_string(self.accept_time,d) d += tce.serial_int(self.type_,d) d += self.style.marshall() d += self.action.marshall() d = tce.serial_string(self.custom,d) d += tce.serial_int(self.loop_times,d) d += tce.serial_int(self.loop_inerval,d) d = tce.serial_string(self.alert,d) d += tce.serial_int(self.badge,d) d = tce.serial_string(self.sound,d) d = tce.serial_string(self.category,d) d = tce.serial_string(self.raw,d) return d
def marshall(self): d ='' d = tce.serial_bool(self.succ,d) d += tce.serial_int(self.code,d) d = tce.serial_string(self.msg,d) return d
def marshall(self): d ='' d += self.error.marshall() d = tce.serial_string(self.value,d) d = tce.serial_string(self.delta,d) return d
raise tce.RpcException(tce.RpcConsts.RPCERROR_TIMEOUT)
if m_5.errcode != tce.RpcConsts.RPCERROR_SUCC:
raise tce.RpcException(m_5.errcode)
m_1 = m_5
def onError_async(self,errcode,errmsg,async,cookie=None,extra={}):
# function index: idx_4
ecode_2 = tce.RpcConsts.RPCERROR_SUCC
m_1 = tce.RpcMessageCall(self)
m_1.cookie = cookie
m_1.ifidx = 0
m_1.opidx = 1
m_1.extra.setStrDict(extra)
d_3 = ''
d_3 = tce.serial_string(errcode,d_3)
m_1.paramstream += d_3
d_3 = ''
d_3 = tce.serial_string(errmsg,d_3)
m_1.paramstream += d_3
m_1.prx = self
m_1.conn = m_1.prx.conn
m_1.call_id = tce.RpcCommunicator.instance().currentServer().getId()
m_1.async = async
m_1.asyncparser = ITerminalPrx.onError_asyncparser
r_5 = self.conn.sendMessage(m_1)
if not r_5:
raise tce.RpcException(tce.RpcConsts.RPCERROR_SENDFAILED)
@staticmethod
def onError_asyncparser(m,m2):
except:
traceback.print_exc()
raise tce.RpcException(tce.RpcConsts.RPCERROR_UNSERIALIZE_FAILED)
return p_7
def echo_async(self, text, async, cookie=None, extra={}):
# function index: idx_6
ecode_2 = tce.RpcConsts.RPCERROR_SUCC
m_1 = tce.RpcMessageCall(self)
m_1.cookie = cookie
m_1.ifidx = 2
m_1.opidx = 0
m_1.extra.setStrDict(extra)
d_3 = ''
d_3 = tce.serial_string(text, d_3)
m_1.paramstream += d_3
m_1.prx = self
m_1.conn = m_1.prx.conn
m_1.call_id = tce.RpcCommunicator.instance().currentServer().getId()
m_1. async = async
m_1.asyncparser = ServerPrx.echo_asyncparser
r_5 = self.conn.sendMessage(m_1)
if not r_5:
raise tce.RpcException(tce.RpcConsts.RPCERROR_SENDFAILED)
@staticmethod
def echo_asyncparser(m, m2):
# function index: idx_6 , m2 - callreturn msg.
stream_1 = m2.paramstream
def marshall(self): d ='' d = tce.serial_bool(self.succ,d) d += tce.serial_int(self.code,d) d = tce.serial_string(self.msg,d) return d
def marshall(self): d ='' d += self.error.marshall() d = tce.serial_string(self.value,d) d = tce.serial_string(self.delta,d) return d
