def set_display_1(self, x, y, cpum, memm, ipadd, netm):
self.x = x
self.y = y
self.cpum = "Cpu(s):%s Up:%s" \
% (str(cpum[0])+'%', str(cpum[1]).split('.')[0])
self.memm = "Mem: %s %.0f%% %s free" \
% (BasicDef.bytes2human(memm[0]), memm[1], BasicDef.bytes2human(memm[2]))
self.ipadd = "Wlan0: " + ipadd
self.netm = "Tx %s, Rx %s" % \
(BasicDef.bytes2human(netm[0]), BasicDef.bytes2human(netm[1]))
def __init__(self):
# 设备ID
self.DEVICEID = BasicDef.get_device_id()
# APIKEY
self.APIKEY = BasicDef.get_apikey()
self.num = 0
self.dict = {"datastreams": []}
self.SENSORID = []
self.payload = {}
def run(self):
while self.__running.isSet():
time.sleep(self.cputimesleep)
self.cpum = self.cpu_usage()
if self.post2OneNet:
self.onenet.num += 1
if self.onenet.num >= 10:
if BasicDef.get_network_status():
self.onenet.set_post_data_flow("CPU", self.cpum[0])
r = self.onenet.post_data_flow()
self.onenet.num = 0
def main(argv):
m = argv[1:]
#检查是否有参数传入
if m == []:
print("Parameters Not exsit! You can't use OneNet API")
#检查配置文件是否存在
elif (os.path.isfile(argv[1]) == False):
print("file: " + argv[1] + " not exist! You can't use OneNet API")
else:
#捕获异常，检查是否对应配置文件中的参数
try:
_deviceid = BasicDef.get_pares_info(argv, 'deviceid')
# print('_deviceid: ', _deviceid)
_apikey = BasicDef.get_pares_info(argv, 'apikey')
# print('_apikey: ', _apikey)
except KeyError as e:
print("--device=%s is not exsit!" % e)
return
#检查没有问题，将配置文件中的_deviceid，_apikey 设置为全局可获取
BasicDef.set_device_id(_deviceid)
BasicDef.set_apikey(_apikey)
#初始化onenet对象
rPi = OneNetApi()
#上传10个数据点到数据流Test1/Test2
# test_repost(rPi, 'Test1')
#读取最新上传数据流的数据点
# test_get_dataflow(rPi, 'Test1')
#读取某个数据流中最近的10个数据点
test_get_datapoints(rPi, 'Test1', 10)
def run(self):
while self.__running.isSet():
time.sleep(self.timesleep)
is_T_H = self.getTH()
if is_T_H != False:
self.T_H = is_T_H
if self.post2OneNet:
self.onenet.num += 1
if self.onenet.num >= 1:
if BasicDef.get_network_status():
self.onenet.set_post_data_flow("T", self.T_H[0])
self.onenet.set_post_data_flow("H", self.T_H[1])
r = self.onenet.post_data_flow()
self.onenet.num = 0
def run(self):
self.is_device = self.connect_s80053()
while self.__running.isSet():
time.sleep(self.timesleep)
if self.is_device:
self.co2 = self.read_CO2()
if self.post2OneNet:
self.onenet.num += 1
if self.onenet.num >= 5:
if BasicDef.get_network_status():
self.onenet.set_post_data_flow("co2", self.co2)
r = self.onenet.post_data_flow()
self.onenet.num = 0
def run(self):
#初始化pm传感器失败时
try:
self.open_pm_port()
except OSError as e:
self.is_device = False
print("Unable to connect to %s", self.device)
return self.is_device
while self.__running.isSet():
time.sleep(self.timesleep)
self.pm_res = self.get_pm_data()
if self.pm_res == False:
continue
self.timestamp = self.pm_res['timestamp']
self.apm10 = self.pm_res['apm10']
self.apm25 = self.pm_res['apm25']
self.apm100 = self.pm_res['apm100']
self.pm25 = self.pm_res['pm25']
self.pm10 = self.pm_res['pm10']
self.pm100 = self.pm_res['pm100']
self.gt03um = self.pm_res['gt03um']
self.gt05um = self.pm_res['gt05um']
self.gt10um = self.pm_res['gt10um']
self.gt25um = self.pm_res['gt25um']
self.gt50um = self.pm_res['gt50um']
self.gt100um = self.pm_res['gt100um']
self.all_PMS = [
self.apm10, self.apm25, self.apm100, self.pm10, self.pm25,
self.pm100, self.gt03um, self.gt05um, self.gt10um, self.gt25um,
self.gt50um, self.gt100um
]
if self.post2OneNet:
self.onenet.num += 1
if self.onenet.num >= 10:
if BasicDef.get_network_status():
self.onenet.set_post_data_flow("apm10", self.apm10)
self.onenet.set_post_data_flow("apm25", self.apm25)
self.onenet.set_post_data_flow("pm10", self.pm10)
self.onenet.set_post_data_flow("pm25", self.pm25)
# self.onenet.set_post_data_flow("gt03um", self.gt03um)
# self.onenet.set_post_data_flow("gt05um", self.gt05um)
r = self.onenet.post_data_flow()
self.onenet.num = 0