def send_plan():
Utils.log("send plan start")
# 获取设配配置
devices = Utils.readJsonFile('config/device_config_plan.json')
# 迭代设备
data = {}
# 时间
ts = Utils.getTS()
for name, device in devices.items():
for k, v in device.items():
if 'I' in k:
device[k] = v + random.randint(-100, 200) / 10
elif 'P' == k:
device[k] = v + random.randint(-300, 500) / 10
# 组装设备数据结构
data[name] = [{'ts': ts, 'devic': name, 'values': device}]
#status = device_connection
# 维护设备状态
#device_status(name, status)
if data:
# mqtt发送数据
tb_client.SendTelemetry(json.dumps(data), False)
data_mod = Utils.readFile('config/th_data.json')
data_mod = data_mod.replace("{time}", str(Utils.getTS()))
data_mod = data_mod.replace("{h}", str(234 / 10))
data_mod = data_mod.replace("{t}", str(178 / 10))
tb_client.SendTelemetry(data_mod, False)
Utils.log("send plan end")
def send2():
try:
data = master.execute(5, 4, 0, 6)
data2 = master.execute(5, 1, 0, 6)
Utils.log('')
Utils.log('send2 data {data}'.format(data = data))
Utils.log('')
data_mod = Utils.readJsonFile('config/wd_data.json')
data_mod = data_mod.replace("{time}", str(Utils.getTS()))
data_mod = data_mod.replace("{1A}", str(data[0]))
data_mod = data_mod.replace("{1B}", str(data[1]))
data_mod = data_mod.replace("{1C}", str(data[2]))
data_mod = data_mod.replace("{2A}", str(data[3]))
data_mod = data_mod.replace("{2B}", str(data[4]))
data_mod = data_mod.replace("{2C}", str(data[5]))
data_mod = data_mod.replace("{1A_p}", str(data2[0]))
data_mod = data_mod.replace("{1B_p}", str(data2[1]))
data_mod = data_mod.replace("{1C_p}", str(data2[2]))
data_mod = data_mod.replace("{2A_p}", str(data2[3]))
data_mod = data_mod.replace("{2B_p}", str(data2[4]))
data_mod = data_mod.replace("{2C_p}", str(data2[5]))
#Utils.log('data2 JSON: {data}'.format(data = data_mod))
if data:
tb_client.SendTelemetry(data_mod, False)
Utils.log('send success')
except BaseException as e:
Utils.log('get error','error')
Utils.log('except:{s}'.format(s = str(e)))
Utils.log('traceback.print_exc():{s}'.format(s = str(traceback.print_exc())))
def send():
Utils.log("send test start")
ts = Utils.getTS()
data_mod = Utils.readFile('config/test_data.json')
data_mod = data_mod.replace("{time}", str(ts))
tb_client.SendTelemetry(data_mod, False)
Utils.log("send test end")
def send():
Utils.log("send start")
send_data = defaultdict(init_dict)
for master in masters:
ts = Utils.getTS()
# 获取此master 对应串口的设备s
devices = device_info_map[master.port]
for device in devices:
device_name = device['device_name']
address = device['address']
# 采集
data = device['collect_func'](master)
# 组装设备数据结构
if data:
send_data[device_name][0]['ts'] = ts
send_data[device_name][0]['values'] = data
status = device_connection
else:
# 异常常处理
error_handler(master.port, address, device_name)
status = device_disconnection
# 维护设备状态
device_status_handler(master.port, address, device_name, status)
if send_data.keys():
# mqtt发送数据
tb_client.SendTelemetry(data, True)
Utils.log("send end")
def send():
# my_data = Utils.readJsonFile('config/test_data.json')
values = {}
try:
data = master.execute(1, cst.READ_HOLDING_REGISTERS, 23, 58)
if data:
data = data.__iter__()
for key in parms[:-3]:
try:
values[key] = fc.pars(next(data), next(data))
except ValueError:
values[key] = 0
# 最后4个寄存器值
last_data = list(data)
try:
values[parms[-3]] = fc.pars(last_data[0], last_data[1])
values[parms[-2]] = fc.pars(last_data[1], last_data[2])
values[parms[-1]] = fc.pars(last_data[2], last_data[3])
except:
pass
except Exception as e:
Utils.log('获取数据失败' + e.__str__(), 'error')
if values:
my_data['test'][0]['ts'] = Utils.getTS()
my_data['test'][0]['values'] = values
tb_client.SendTelemetry(my_data, True)
Utils.log("数据推送")
def send():
data = ()
try:
#data2 = master.execute(2, cst.READ_HOLDING_REGISTERS, 0, 2)
data = master.execute(1, cst.WRITE_SINGLE_COIL, 0, 2)
Utils.log('')
Utils.log('获取温湿度数据 data1 {data}'.format(data = data))
#Utils.log('获取温湿度数据 data2 {data}'.format(data=data2))
Utils.log('')
data_mod = Utils.readJsonFileFile('config/th_data.json')
data_mod = data_mod.replace("{time}",str(Utils.getTS()))
data_mod = data_mod.replace("{h}", str(data[0]/10))
data_mod = data_mod.replace("{t}", str(data[1]/10))
except BaseException:
Utils.log('温湿度获取失败','error')
if data:
tb_client.SendTelemetry(data_mod,False)
Utils.log("数据推送 '湿度'：{humidity}，‘温度’:{temperature} ".format(humidity = data[0]/10, temperature = data[1]/10))
def send():
"""
发送遥测数据
:return: None
"""
Utils.log("send start")
# 获取设配配置
devices = Utils.readJsonFile('config/device_config.json')
# 获取设备数据
devices_data = modbus_data.get_devices_data()
# 迭代设备
data = {}
# 时间
ts = Utils.getTS()
for name, device in devices.items():
devices_param = {}
# 匹配设备参数
for k, v in device.items():
if isinstance(v, str):
continue
if v in devices_data:
devices_param[k] = devices_data[v]
if name == '1D1' or name == '3D1':
if '-' not in k and len(k) < 4:
Utils.log(
'*********** *********** *********** *********** {name} {k}={v}'
.format(name=name, k=k, v=devices_data[v]), 'info')
if devices_param:
# 组装设备数据结构
data[name] = [{'ts': ts, 'devic': name, 'values': devices_param}]
status = device_connection
else:
status = device_disconnection
# 维护设备状态
device_status(name, status)
if data:
# mqtt发送数据
tb_client.SendTelemetry(json.dumps(data), False)
Utils.log("send end")
def send():
Utils.log("send test start")
ts = Utils.getTS()
try:
data_mod = Utils.readFile('/root/tb-gateway/config/test_data.json')
data = master.execute(1, cst.READ_HOLDING_REGISTERS, 3, 3)
Utils.log("data[] : {d}".format(d=data))
Utils.log("data: w: {data} w1:{data1}".format(data=data[0] / 10,
data1=data[1] / 10))
data_mod = data_mod.replace("{time}", str(ts))
data_mod = data_mod.replace("{ATC400}", str(data[0] / 10))
if data[1] == 65036:
data_mod = data_mod.replace("{ATE300}", str(0))
else:
data_mod = data_mod.replace("{ATE300}", str(data[1] / 10))
tb_client.SendTelemetry(data_mod, False)
Utils.log("send test end")
except Exception:
logging.exception(" w send exception :")
def send_frt():
try:
CT_Var_AH10 = 30
PT_Var_AH10 = 100
CT_Var_1D5_8 = 80
PT_Var_1D5_8 = 1
CT_Var_5D3_2 = 30
PT_Var_5D3_2 = 1
time = Utils.getTS()
#AH10
data = master.execute(4, 3, 0, 15)
Utils.log('data_frt_AH10 {data}'.format(data=data))
#1D5-8
data1 = master.execute(2, 3, 0, 15)
Utils.log('data_frt_1D5-8 {data}'.format(data=data1))
#HZ-GZDW
data2 = master1.execute(1, 3, 0, 7)
Utils.log('data_frt_HZ-GZDW {data}'.format(data=data2))
#W1 C
data3 = master2.execute(5, 4, 0, 6)
Utils.log('data_frt_W1 C {data}'.format(data=data3))
#W1 D
data4 = master2.execute(5, 1, 0, 6)
Utils.log('data_frt_W1 D {data}'.format(data=data4))
# 5D3-2
data5 = master.execute(3, 3, 0, 15)
Utils.log('data_frt_5D3-2 {data}'.format(data=data5))
data_mod = Utils.readFile('config/frt_data.json')
data_mod = data_mod.replace("{AH10_time}", str(time))
data_mod = data_mod.replace("{AH10_Ua}", str(data[0]/10 * PT_Var_AH10))
data_mod = data_mod.replace("{AH10_Ub}", str(data[1]/10 * PT_Var_AH10))
data_mod = data_mod.replace("{AH10_Uc}", str(data[2]/10 * PT_Var_AH10))
data_mod = data_mod.replace("{AH10_Ia}", str( '%.3f' % (data[3]/1000 * CT_Var_AH10) ))
data_mod = data_mod.replace("{AH10_Ib}", str( '%.3f' % (data[4]/1000 * CT_Var_AH10) ))
data_mod = data_mod.replace("{AH10_Ic}", str( '%.3f' % (data[5]/1000 * CT_Var_AH10) ))
data_mod = data_mod.replace("{AH10_P}", str( '%.3f' % (data[6]/1000 * PT_Var_AH10 * CT_Var_AH10) ))
data_mod = data_mod.replace("{AH10_Q}", str( '%.3f' % (data[7]/1000 * PT_Var_AH10 * CT_Var_AH10) ))
data_mod = data_mod.replace("{AH10_S}", str( '%.3f' % (data[8]/1000 * PT_Var_AH10 * CT_Var_AH10) ))
data_mod = data_mod.replace("{AH10_F}", str(data[9]/100))
data_mod = data_mod.replace("{AH10_Pf}", str(data[10]/10))
data_mod = data_mod.replace("{AH10_Wh}", str( '%.3f' % ( wvar(data[11],data[12]) /1000 * PT_Var_AH10 * CT_Var_AH10) ))
data_mod = data_mod.replace("{AH10_Varh}", str( '%.3f' % ( wvar(data[13],data[14]) /1000 * PT_Var_AH10 * CT_Var_AH10) ))
data_mod = data_mod.replace("{1D5-8_time}", str(time))
data_mod = data_mod.replace("{1D5-8_Ua}", str(data1[0] / 10 * PT_Var_1D5_8))
data_mod = data_mod.replace("{1D5-8_Ub}", str(data1[1] / 10 * PT_Var_1D5_8))
data_mod = data_mod.replace("{1D5-8_Uc}", str(data1[2] / 10 * PT_Var_1D5_8))
data_mod = data_mod.replace("{1D5-8_Ia}", str( '%.3f' % (data1[3] / 1000 * CT_Var_1D5_8) ))
data_mod = data_mod.replace("{1D5-8_Ib}", str( '%.3f' % (data1[4] / 1000 * CT_Var_1D5_8) ))
data_mod = data_mod.replace("{1D5-8_Ic}", str( '%.3f' % (data1[5] / 1000 * CT_Var_1D5_8) ))
data_mod = data_mod.replace("{1D5-8_P}", str( '%.3f' % (data1[6] / 1000 * PT_Var_1D5_8 * CT_Var_1D5_8) ))
data_mod = data_mod.replace("{1D5-8_Q}", str( '%.3f' % (data1[7] / 1000 * PT_Var_1D5_8 * CT_Var_1D5_8) ))
data_mod = data_mod.replace("{1D5-8_S}", str( '%.3f' % (data1[8] / 1000 * PT_Var_1D5_8 * CT_Var_1D5_8) ))
data_mod = data_mod.replace("{1D5-8_F}", str(data1[9] / 100))
data_mod = data_mod.replace("{1D5-8_Pf}", str(data1[10] / 10))
data_mod = data_mod.replace("{1D5-8_Wh}", str( '%.3f' % ( wvar(data[11],data[12]) / 1000 * PT_Var_1D5_8 * CT_Var_1D5_8) ))
data_mod = data_mod.replace("{1D5-8_Varh}", str( '%.3f' % ( wvar(data[13],data[14]) / 1000 * PT_Var_1D5_8 * CT_Var_1D5_8) ))
data_mod = data_mod.replace("{HZ-GZDW_time}", str(time))
data_mod = data_mod.replace("{HZ-GZDW_Ua}", str(data2[0] / 10))
data_mod = data_mod.replace("{HZ-GZDW_Ub}", str(data2[1] / 10))
data_mod = data_mod.replace("{HZ-GZDW_Uc}", str(data2[2] / 10))
data_mod = data_mod.replace("{HZ-GZDW_Uhm}", str(data2[3] / 10))
data_mod = data_mod.replace("{HZ-GZDW_Ukm}", str(data2[4] / 10))
data_mod = data_mod.replace("{HZ-GZDW_Idc}", str(data2[5] / 10))
data_mod = data_mod.replace("{HZ-GZDW_Ikm}", str(data2[6] / 10))
data_mod = data_mod.replace("{W1_time}", str(time))
data_mod = data_mod.replace("{1A}", str(data3[0]))
data_mod = data_mod.replace("{1B}", str(data3[1]))
data_mod = data_mod.replace("{1C}", str(data3[2]))
data_mod = data_mod.replace("{2A}", str(data3[3]))
data_mod = data_mod.replace("{2B}", str(data3[4]))
data_mod = data_mod.replace("{2C}", str(data3[5]))
data_mod = data_mod.replace("{1A_p}", str(data4[0]))
data_mod = data_mod.replace("{1B_p}", str(data4[1]))
data_mod = data_mod.replace("{1C_p}", str(data4[2]))
data_mod = data_mod.replace("{2A_p}", str(data4[3]))
data_mod = data_mod.replace("{2B_p}", str(data4[4]))
data_mod = data_mod.replace("{2C_p}", str(data4[5]))
data_mod = data_mod.replace("{5D3-2_time}", str(time))
data_mod = data_mod.replace("{5D3-2_Ua}", str(data5[0] / 10 * PT_Var_5D3_2))
data_mod = data_mod.replace("{5D3-2_Ub}", str(data5[1] / 10 * PT_Var_5D3_2))
data_mod = data_mod.replace("{5D3-2_Uc}", str(data5[2] / 10 * PT_Var_5D3_2))
data_mod = data_mod.replace("{5D3-2_Ia}", str( '%.3f' % (data5[3] / 1000 * CT_Var_5D3_2) ))
data_mod = data_mod.replace("{5D3-2_Ib}", str( '%.3f' % (data5[4] / 1000 * CT_Var_5D3_2) ))
data_mod = data_mod.replace("{5D3-2_Ic}", str( '%.3f' % (data5[5] / 1000 * CT_Var_5D3_2) ))
data_mod = data_mod.replace("{5D3-2_P}", str( '%.3f' % (data5[6] / 1000 * PT_Var_5D3_2 * CT_Var_5D3_2) ))
data_mod = data_mod.replace("{5D3-2_Q}", str( '%.3f' % (data5[7] / 1000 * PT_Var_5D3_2 * CT_Var_5D3_2) ))
data_mod = data_mod.replace("{5D3-2_S}", str( '%.3f' % (data5[8] / 1000 * PT_Var_5D3_2 * CT_Var_5D3_2) ))
data_mod = data_mod.replace("{5D3-2_F}", str(data5[9] / 100))
data_mod = data_mod.replace("{5D3-2_Pf}", str(data5[10] / 10))
data_mod = data_mod.replace("{5D3-2_Wh}", str( '%.3f' % ( wvar(data[11],data[12]) / 1000 * PT_Var_5D3_2 * CT_Var_5D3_2) ))
data_mod = data_mod.replace("{5D3-2_Varh}", str( '%.3f' % ( wvar(data[13],data[14]) / 1000 * PT_Var_5D3_2 * CT_Var_5D3_2) ))
Utils.log(data_mod)
if data_mod:
tb_client.SendTelemetry(data_mod, False)
Utils.log('send success')
except BaseException as e:
Utils.log('get error','error')
Utils.log('except:{s}'.format(s=str(e)))
Utils.log('traceback.print_exc():{s}'.format(s=str(traceback.print_exc())))