python腳本在azure上創建表格

Question

所以我試圖運行一個python腳本，它通過Rpi從R波傳感器讀取數據，並在pi上使用crontab我已經設置了這樣的python腳本將運行每分鐘和存儲它在一個文本文件中。然後我有另一個python腳本，以表格形式將數據發送到天藍色雲存儲。問題是這樣做會創建一個表，但是會出現錯誤「此XML文件似乎沒有任何與其關聯的樣式信息」。我一直在試圖弄清楚，但我看不出是錯的。

這是Python腳本，將數據發送到雲

from azure.storage import TableService, Entity 
from datetime import datetime 
import socket 

ac_name = 'account name' 
#you will have to use your own azure account 
primary_key = 'use your key' 
table_name = 'Readings' 

current_temperature = 0 

def get_connection_string_and_create_table(): 
    global table_service 
    table_service = TableService(account_name = ac_name,account_key=primary_key) 
    #table_service.delete_table(table_name = table_name) #TO BE USED IF THE TABLE NEEDS TO BE DELETED 
    table_service.create_table(table=table_name) 

def insert_data(): 
    reading = create_entity() 
    try: 
     if check_internet_available(): 
      table_service.insert_entity(table_name = table_name,entity = reading) 
      return True 
    except Exception, e: 
     return False 


def create_entity(): 

    """ 
    - Creates the data block that would be sent to the cloud, named as Entity 
    """ 

    time_now = datetime.strftime(datetime.now(),'%d-%m-%Y %H:%M:%S') 
    print('Date time is {0}'.format(time_now)) 
    reading = Entity() 
    reading.PartitionKey = 'Room1' 
    reading.RowKey = time_now 
    reading.Timestamp = datetime.now() 
    reading.Temperature = str(current_temperature) 
    return reading 

def initialize_azure(): 
    get_connection_string_and_create_table() 

def send_data_to_cloud(temperature): 
    global current_temperature 
    current_temperature = temperature 
    sent_success = insert_data() 
    print temperature 
    print sent_success 
    return sent_success 


def check_internet_available(): 

    """ 
    - Checks internet availability, the data will be sent to cloud 
     only if there is an active internet connection 

     remote_server = 'www.google.com' 
    try: 
     host = socket.gethostbyname(remote_server) 
     s = socket.create_connection((host,80),2) 
     return True 
    except: 
     pass 
    return False 


if __name__ == '__main__': 

    get_connection_string_and_create_table() 
    f = open('Meter.txt', 'r') 
    send_data_to_cloud(f.readline()) 

這是從一個API

import urllib2 
import json 
import requests 
import time 
import json 

class EnergyConsumptionControl: 

    # Class constructor 
    def __init__(self): 
     # Global Variables 
     self.energyMeterDeviceUrl = "http://IpaddressofyourRpi" 
     self.session = requests.Session() 
     # Logging in 
     self.Login() 


    def ActivateDevice(self, deviceID): 
     energyMeterDeviceSwitchOn = ":8083/ZWaveAPI/Run/devices[" + str(deviceID) + "].SwitchBinary.Set(255)" 
     response = self.SendGetCommand(energyMeterDeviceSwitchOn) # Command to turn device on 
     return [response] 


    def DeactivateDevice(self, deviceID): 
     energyMeterDeviceSwitchOff = ":8083/ZWaveAPI/Run/devices[" + str(deviceID) + "].SwitchBinary.Set(0)" 
     response = self.SendGetCommand(energyMeterDeviceSwitchOff) # Command to turn device off 
     return [response] 


    def GetDeviceState(self, deviceID): 
     # Call the Get() function to update the SwitchBinary data 
     energyMeterDeviceSwitchGet = ":8083/ZWaveAPI/Run/devices[" + str(deviceID) + "].SwitchBinary.Get()" 
     response = self.SendGetCommand(energyMeterDeviceSwitchGet) 
     # Call to return the SwitchBinary JSON object 
     energyMeterDeviceSwitchGet = ":8083/ZWaveAPI/Run/devices[" + str(deviceID) + "].SwitchBinary" 
     response = self.SendGetDeviceStateCommand(energyMeterDeviceSwitchGet) 
     return response 


    # def GetDeviceMeter(self, deviceID): 
    #  # Refreshing server-side information on the Meter through device interrogation 
    #  energyMeterDeviceMeterGetVals = ":8083/ZWaveAPI/Run/devices[" + str(deviceID) + "].Meter.Get()" 
    #  response = self.SendGetCommand(energyMeterDeviceMeterGetVals) 
    #  # Retrieving the JSON of all Meter related data 
    #  energyMeterDeviceMeterGet = ":8083/ZWaveAPI/Run/devices[" + str(deviceID) + "].Meter" 
    #  response = self.GetMeterWattage(energyMeterDeviceMeterGet) 
    #  return [response] 

    def GetDeviceEnergyConsumption(self, deviceID): 
     # Refreshing server-side information on the Meter through device interrogation 
     energyMeterDeviceMeterRefreshVals = ":8083/ZWaveAPI/Run/devices[" + str(deviceID) + "].Meter" 
     response = self.SendGetCommand(energyMeterDeviceMeterRefreshVals) 

     # Retrieving the JSON of all Meter related data 
     energyMeterDeviceMeterGetVals = ":8083/ZWaveAPI/Run/devices[" + str(deviceID) + "].Meter" 
     energyConsumption = self.GetMeterConsumption(energyMeterDeviceMeterGetVals) 

     response = self.ResetDeviceMeter(deviceID) 
     return energyConsumption 
def GetDeviceEnergyWattage(self, deviceID): 
     # Refreshing server-side information on the Meter through device interrogation 
     energyMeterDeviceMeterRefreshVals = ":8083/ZWaveAPI/Run/devices[" + str(deviceID) + "].Meter.Get()" 
     response = self.SendGetCommand(energyMeterDeviceMeterRefreshVals) 

     # Retrieving the JSON of all Meter related data 
     energyMeterDeviceMeterGetVals = ":8083/ZWaveAPI/Run/devices[" + str(deviceID) + "].Meter" 
     energyWattage = self.GetMeterWattage(energyMeterDeviceMeterGetVals) 
     print energyWattage 
     return energyWattage 


    def ResetDeviceMeter(self, deviceID): 
     energyMeterDeviceMeterReset = ":8083/ZWaveAPI/Run/devices[" + str(deviceID) + "].Meter.Reset(255)" 
     response = self.SendPostCommand(energyMeterDeviceMeterReset) # Command to reset device meter value 
     return [response] 


    def Login(self): 
     data = { 
      "form": True, 
      "login": "admin", 
      "password": "#password", 
      "keepme": False, 
      "default_ui": 1 
     } 

     # Authenticating 
     headers = {'Content-Type': 'application/json'} 
     response = self.session.post(self.energyMeterDeviceUrl + ':8083/ZAutomation/api/v1/login', headers=headers, 
           data=json.dumps(data)) 

    # Generic function to send GET commands to individual Z-Wave devices 
    def SendGetCommand(self, command): 
     status = self.session.get(self.energyMeterDeviceUrl + command) 
     print status 
     print status.text 
     return [status] 

    # Generic function to send POST commands to individual Z-Wave devices 
    def SendPostCommand(self, command): 
     status = self.session.post(self.energyMeterDeviceUrl + command) 
     print status 
     print status.text 
     return [status] 

    def GetMeterWattage(self, command): 
     status = self.session.get(self.energyMeterDeviceUrl + command) 
     json_data = json.loads(status.text) 
     # Parsing the JSON data to get just the energy wattage (W) 
     return json_data['data']['2']['val']['value'] 


    def GetMeterConsumption(self, command): 
     status = self.session.get(self.energyMeterDeviceUrl + command) 
     json_data = json.loads(status.text) 
     # Parsing the JSON data to get just the energy consumption (kWh) 
     return json_data['data']['0']['val']['value'] 
def SendGetDeviceStateCommand(self, command): 
     status = self.session.get(self.energyMeterDeviceUrl + command) 
     json_data = json.loads(status.text) 
     # Parsing the JSON data to get just the 'level' 
     return int(json_data['data']['level']['value']) 


control = EnergyConsumptionControl() 
response = control.GetDeviceEnergyConsumption(8) 
print response 


control = EnergyConsumptionControl() 
response = control.ActivateDevice(8) 
print response 

讀通過HTTP請求數據的腳本是有辦法要麼將兩者結合起來，以便它調用數據並將其發送到雲端？ 如何修復錯誤消息

Answer 1

當沒有演示文稿/樣式信息呈現時，會出現此錯誤，在這種情況下，它是用於通信的Xml，因此可能不需要。這是另一個相關的線程 - 這可能有幫助。

This XML file does not appear to have any style information associated with it