def create_maintenance_alarm(self, abnormal=False):
import random
return TlvHelper.create_data(118, '0100', 0, random.randint(0,5), 0, False)
# import paho.mqtt.publish as publish
# Config.BROKER = '182.61.25.208'
# m = WaterMeter()
# print(m.create_maintenance_alarm())
# data = TlvData.TlvData.create_tlv_data(1,Config.MESSAGE_PUMP_HOUSE,506,m.create_base_data())
# print(data)
# publish.single("dtu/up/phouse/0.0.1.250/deivces", bytearray(TlvData.TlvData.create_tlv_data(1,Config.MESSAGE_PUMP_HOUSE,506,m.create_base_data())), hostname=Config.BROKER, auth = {'username':"******", 'password':"******"})
def publish_data(self, ip, datas, event):
if datas:
id = TlvHelper.int_2_ip(ip)
client_id = str(id)+'-'+str(time.time())
client = mqtt.Client(client_id=client_id)
user = Config.USER
password = Config.PWD
client.username_pw_set(user, password)
try:
client.connect(Config.BROKER)
except:
self.msgQueue.put(id + '未能成功连接服务器：' + Config.BROKER)
return
client.loop_start()
while self.isStart:
if self.get_dtu_stable():
for data in datas:
payload = data[0]
if self.topic:
topic = self.topic %(id)
else:
topic = data[1]+id+'/devices'
print(topic)
print(Config.BROKER)
client.publish(topic,bytearray(payload))
time.sleep(0.01)
if self.isStart:
self.msgQueue.put(id + '['+topic + ']发送消息成功'+str(data[0]))
else:
self.msgQueue.put(id + '不稳定，未能成功发送数据')
# i = 0
# for data in datas:
# try:
# # Config.BROKER = '182.61.25.208'
# id = TlvHelper.int_2_ip(ip)
# publish.single("dtu/up/phouse/0.0.1.250/deivces", bytearray(data), hostname=Config.BROKER, client_id = id+'-'+str(i))
# if self.isStart:
# self.msgQueue.put(id + '发送消息成功['+str(data)+']')
# i += 0
# time.sleep(0.1)
# except:
# if self.isStart:
# self.msgQueue.put(id+':消息发送失败'+str(data))
print('awitt----------------------')
if self.isStart:
event.wait(60)
print('allive................')
client.loop_stop()
client.disconnect()
print('over................')
def create_base_meternum(self, num=0):
return TlvHelper.create_data(102, '0110', 0, num, num, False)
def create_waterpooladd_press(self, abnormal=False):
return TlvHelper.create_data(77, '0100', 3, 2, 100, abnormal)
def create_base_suppler(self, suppler=0):
return TlvHelper.create_data(101, '0100', 0, suppler, suppler, False)
def create_core_collected_time(self):
return TlvHelper.create_date_data(112)
def create_core_total_flows(self, abnormal=False):
return TlvHelper.create_data(114, '0110', 3, 123456, 0, abnormal)
def create_base_imei(self, imei='345001234567890'):
return TlvHelper.create_bcd_data(106, 8, imei)
def create_waterpooladd_door(self, abnormal=False):
return TlvHelper.create_data(79, '0010', 0, 1, 0, abnormal)
def create_waterpool_waterlevel(self, abnormal=False):
return TlvHelper.create_data(26, '0100', 2, 2, 0, abnormal)
def create_waterpool_outpress(self, abnormal=False):
return TlvHelper.create_data(28, '0100', 3, 1, 10, abnormal)
def create_waterpool_turbidity(self, abnormal=False):
return TlvHelper.create_data(24, '0100', 3, 0, 10, abnormal)
def create_waterpool_chlorine(self, abnormal=False):
return TlvHelper.create_data(25, '0100', 3, 0, 6, abnormal)
def create_waterpool_ph(self, abnormal=False):
return TlvHelper.create_data(23, '0100', 2, 7, 4, abnormal)
def create_pump_amplitude(self, abnormal=False):
return TlvHelper.create_data(59, '0100', 2, 2, 20, abnormal)
def create_pump_temp(self, abnormal=False):
return TlvHelper.create_data(58, '0100', 2, 25, 70, abnormal)
def create_base_sim(self, sim = '13438879512'):
return TlvHelper.create_bcd_data(104, 6, sim)
def create_base_protocal(self, abnormal=False):
import random
return TlvHelper.create_data(108, '0010', 0, random.randint(0, 3), 1, False)
def create_base_imsi(self, imsi='460001234567890'):
return TlvHelper.create_bcd_data(105, 8, imsi)
def create_base_powersupply(self, abnormal=False):
import random
return TlvHelper.create_data(110, '0010', 0, random.randint(0, 1), 1, False)
def create_base_operator(self, abnormal=False):
import random
return TlvHelper.create_data(107, '0010', 0, random.randint(1, 3), 1, False)
def create_waterpooladd_temp(self, abnormal=False):
return TlvHelper.create_data(78, '0100', 2, 20, 100, abnormal)
def create_base_derection(self, abnormal=False):
return TlvHelper.create_data(109, '0000', 0, 0, 1, False)
def create_core_reverse_tflows(self, abnormal=False):
return TlvHelper.create_data(116, '0110', 3, 10, 0, abnormal)
def create_base_safevoltage(self, abnormal=False):
return TlvHelper.create_data(111, '0100', 2, 4, 1, False)
def create_core_press(self, abnormal=False):
return TlvHelper.create_data(117, '0100', 3, 2, 100, abnormal)
def create_core_upload_time(self):
return TlvHelper.create_date_data(113)
def create_maintenance_vlotage(self, abnormal=False):
return TlvHelper.create_data(118, '0100', 2, 5, 1000, abnormal)
def create_core_forward_tflows(self, abnormal=False):
return TlvHelper.create_data(115, '0110', 3, 123466, 0, abnormal)
def create_waterpooladd_conductivity(self, abnormal=False):
return TlvHelper.create_data(76, '0100', 2, 3, 0, abnormal)
