def get_bases_info(self, address):
send_data = BasesProtocal.packGetBasesInfo(address)
rep_data = self.send_cmd(send_data)
if rep_data is not None:
rep_map = BasesProtocal.parseBasesInfo(rep_data)
if rep_map is False:
BasesLog.mlogger.warn('parseBasesInfo return false')
return None
bases_property = message_pb2.BaseStationProperty()
bases_property.group = rep_map['group']
bases_property.address = rep_map['address']
bases_property.chip_id = rep_map['chip_id']
bases_property.host_name = rep_map['name']
bases_property.frequency = 22000
bases_property.led_status = rep_map['led']
bases_property.motor_speed = rep_map['motor']
return bases_property
else:
BasesLog.mlogger.warn(
'get_bases_info rep_data is None:{}'.format(address))
return None
def handle_new_bases_connect(self, addres):
# 根据地址获取新基站的详细信息
# BasesLog.mlogger.warn('handle_new_bases_connect addres:%d', addres)
send_data = BasesProtocal.packGetBasesInfo(addres)
rep_data = self.send_cmd(send_data)
if rep_data is not None:
rep_map = BasesProtocal.parseBasesInfo(rep_data)
if rep_map is False:
BasesLog.mlogger.warn('parseBasesInfo return false')
return None
bases_property = message_pb2.BaseStationProperty()
bases_property.group = rep_map['group']
bases_property.address = rep_map['address']
bases_property.chip_id = rep_map['chip_id']
bases_property.host_name = rep_map['name']
bases_property.frequency = 22000
bases_property.led_status = rep_map['led']
bases_property.motor_speed = rep_map['motor']
bases_property.connect_status = True
BasesLog.mlogger.warn(
'handle_new_bases_connect bases_property: {}'.format(
bases_property))
# 发送新基站连接事件
event = LTEventType.EVENT_A_NEW_BASE_STATION_CONNECT
event_content = bases_property.SerializeToString()
self.publish_loc_event(event, event_content)
self.bases_addr_chip_id_map[addres] = bases_property.chip_id
else:
BasesLog.mlogger.warn(
'BasesDevice handle_new_bases_connect rep_data is None')
return False
self.bases_addr_count_map[addres] = 0
return True