def _send_init_connect_sync(self):
kargs = {
'client_ver': int(SysConfig.get_client_ver()),
'client_id': str(SysConfig.get_client_id()),
'recv_notify': True,
'is_encrypt': self.is_encrypt(),
'push_proto_fmt': SysConfig.get_proto_fmt()
}
ret, msg, req_str = InitConnect.pack_req(**kargs)
if ret == RET_OK:
_, send_result = self._net_mgr.send(self._conn_id, req_str, True)
else:
logger.error('Fail to pack InitConnect')
return ret
send_result.wait()
if send_result.err is PacketErr.Ok:
ret, msg, conn_info = self._handle_init_connect_rsp(
send_result.rsp)
if ret == RET_OK:
# logger.info('InitConnect ok: {}'.format(conn_info))
logger.info(
'InitConnect ok: conn_id={}, host={}, port={}, user_id={}'.
format(self._conn_id, self.__host, self.__port,
conn_info['login_user_id']))
return RET_OK
if msg == '':
msg = send_result.msg if send_result.msg != '' else str(
send_result.err)
logger.warning('InitConnect fail: {}'.format(msg))
return RET_ERROR
def on_connected(self, conn_id):
logger.info('Connected : conn_id={0}; '.format(conn_id))
kargs = {
'client_ver': int(SysConfig.get_client_ver()),
'client_id': str(SysConfig.get_client_id()),
'recv_notify': True,
}
ret, msg, req_str = InitConnect.pack_req(**kargs)
if ret == RET_OK:
ret, msg = self._net_mgr.send(conn_id, req_str)
else:
logger.warning(FTLog.make_log_msg('InitConnect.pack_req fail', msg=msg))
if ret != RET_OK:
with self._lock:
self._sync_req_ret = _SyncReqRet(ret, msg)
def on_connected(self, conn_id):
logger.info('Connected : conn_id={0}; '.format(conn_id))
kargs = {
'client_ver': int(SysConfig.get_client_ver()),
'client_id': str(SysConfig.get_client_id()),
'recv_notify': True,
'is_encrypt': self.is_encrypt(),
'push_proto_fmt': SysConfig.get_proto_fmt()
}
ret, msg, req_str = InitConnect.pack_req(**kargs)
if ret == RET_OK:
ret, msg = self._net_mgr.send(conn_id, req_str)
else:
logger.warning(FTLog.make_log_msg('InitConnect.pack_req fail', msg=msg))
if ret != RET_OK:
with self._lock:
self._sync_req_ret = _SyncReqRet(RET_ERROR, msg)
self._connect_err = Err.RsaErr
self.close()