def __init__(self):
"""Initialises the Client token and obtains the raw_data
of the devices
"""
lifx_cred = Setting("lifx")
self.getclienttoken = lifx_cred.setting["client_auth"]["_CLIENT_TOKEN"]
self.rawData = self.get_request(lifx_cred.get("url")["_DEVICELIST_REQ"])
def __init__(self):
"""
Initialises the Client Id and Client key and obtains the Access
token of the netatmo device
Args as Data:
clientid: #netatmo id of the user
clientsecret: #netatmo secret key of the user
username: #username used in netatmo login
password: #password used in netatmo login
"""
netatmo_cred = Setting("netatmo")
self.clientId = netatmo_cred.setting['client_auth']['_CLIENT_ID']
self.clientSecret = netatmo_cred.setting['client_auth'][
'_CLIENT_SECRET']
self.username = netatmo_cred.setting['client_auth']['_USERNAME']
self.password = netatmo_cred.setting['client_auth']['_PASSWORD']
postparams = {
"grant_type": "password",
"client_id": self.clientId,
"client_secret": self.clientSecret,
"username": self.username,
"password": self.password,
"scope": "read_station"
}
self._AUTH_REQ = netatmo_cred.get("url")["_AUTH_REQ"]
response = get_request(self._AUTH_REQ, postparams)
self._clientId = self.clientId
self._clientSecret = self.clientSecret
self._accessToken = response['access_token']
self.refreshToken = response['refresh_token']
self._scope = response['scope']
self.expiration = int(response['expire_in'] + time.time())
def __init__(self):
"""
Initialize using zwave.json config file defined in CONFIG variable
"""
# check will not be changed once it is initialized
global listen
global MAX_THREAD
multisensor_cred = Setting(CONFIG)
self.device = str(multisensor_cred.setting["device"])
self.log = str(multisensor_cred.setting["log"])
self.log_file = str(multisensor_cred.setting["log_file"])
self.write_file = bool(multisensor_cred.setting["write_log_file"])
self.output_console = bool(multisensor_cred.setting["write_console"])
self.config = {}
# format config dict
for config_k, config_v in multisensor_cred.setting["config"].items():
item = {}
for k, v in config_v.iteritems():
item[int(k)] = int(v)
self.config[int(config_k)] = item
# format listen item
for k, v in multisensor_cred.setting["listen"].items():
item = []
for node in v:
item.append(str(node))
listen[int(k)] = item
MAX_THREAD = int(multisensor_cred.setting["MAX_THREAD"])
def setup(self):
'''
Obtains the access token if present and calls the access_token()
function if the access_token is not present, using the Product Id,
Product Secret, and PIN.
Args as Data:
Product_id: #product id of the registered product
Product_secret: #product secret of the registered product
PIN: #generated by clicking on the authorization url,
must be updated after every use
access_token: #needed for access. If it is not present, the
other three args are used to generate it.
'''
credentials = Setting(self.credentials_file)
self.urls = credentials.setting["url"]
self._accessToken = credentials.setting["credentials"]["access_token"]
# get the access token
if (self._accessToken == ""):
# generate access token if it is not present
self.code, self.client_id, self.client_secret = (
credentials.setting["credentials"]["PIN"],
credentials.setting["credentials"]["Product_id"],
credentials.setting["credentials"]["Product_secret"])
self.access_token()
self.devices = dict() # generate an empty dictionary for all NEST
def __init__(self):
mother_cred = Setting("mother")
self.username = mother_cred.setting['client_auth']['_USERNAME']
self.password = mother_cred.setting['client_auth']['_PASSWORD']
self.mac_id = mother_cred.setting['mac_id']
params = {
'username': str(self.username),
'password': str(self.password)
}
self._AUTH_REQ = mother_cred.get("url")["_AUTH_REQ"]
self._NODE_REQ = mother_cred.get("url")["_NODE_REQ"]
response = requests.post(self._AUTH_REQ, params).json()
if 'token' in response:
self.api_token = response["token"]
else:
print self.api_token, "Error"
exit(1)
def __init__(self, data):
"""Initialises the sensor data and client data of the sensors"""
bdcredentials = Setting("bd_setting")
self.data = bdcredentials.setting
self.sensor_data = json.loads(data)['sensor_data']
self.data["mac_id"] = self.sensor_data["mac_id"]
self.sensor_data.pop("mac_id")
self.url = bdcredentials.setting["url"]
self.metadata = []
self.common_data = []
def __init__(self):
"""
Initialize using zwave.json config file defined in CONFIG variable
"""
multisensor_cred = Setting(CONFIG)
self.device = str(multisensor_cred.setting["device"])
self.log = str(multisensor_cred.setting["log"])
self.log_file = str(multisensor_cred.setting["log_file"])
self.write_file = bool(multisensor_cred.setting["write_log_file"])
self.output_console = bool(multisensor_cred.setting["write_console"])
def __init__(self, network):
"""
the zwave sensor is able to be launched in contextual of instance
of ZwaveNetwork
Args: network the instance of ZwaveNetwork
Return: None
"""
multisensor_cred = Setting(CONFIG)
self.network = network.network # nethwork instance
def get_device_data(self):
"""Get the device data information uncomment any of these to make
work if device is connected retrieve device information in the
format"status=switch.energyinfo()"
"""
wemo_cred = Setting("wemo")
mac_id = wemo_cred.setting["mac_id"]
edata = self.energy_info()
data = {'sensor_data': {}}
data['sensor_data'].update(edata)
data['sensor_data'].update({"mac_id": mac_id})
def __init__(self, authdata):
"""
Initilize the auth token and obtain the device modules data
of Netatmo
Args as data:
"authdata": class object of ClientAuth provides
access token.
"""
self.getAuthToken = authdata.access_token
postparams = {
"access_token": self.getAuthToken,
"app_type": "app_station"
}
url_cred = Setting("netatmo")
_DEVICELIST_REQ = url_cred.get("url")["_DEVICELIST_REQ"]
response = get_request(_DEVICELIST_REQ, postparams)
# print "\nDeviceList: ",resp
self.rawData = response['body']
self.stations = {d['_id']: d for d in self.rawData['devices']}
# print "\nStations: ",self.stations
self.modules = {m['_id']: m for m in self.rawData['modules']}
# print "\nModules: ",self.modules
self.default_station = list(self.stations.values())[0]['station_name']
def socket_init():
"""
Socket initialization
Note: only the localhost process can be connected to this engine.
Return: created socket
"""
try:
s = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
host = socket.gethostname()
port = int(Setting(CONFIG).setting["port"])
s.connect((host, port))
return s
except Exception as e:
sys.exit("Socket Creation Failed\n" + str(e))
import pytest
import time
from util.command import Command
from util.Base import Base
from config.setting import Setting #文件路径类
from util.log import logger, insert_log
#https://coding.net/u/tsbc/p/PySelenium_PO
import sys
set = Setting()
cmd = Command()
log = logger("TestIndexWeb")
class TestIndexWeb(Base): #大量用到所以用继承
"""
pageobject 首个页面
"""
flag = 3 #状态机
base_url = "https://www.ctrip.com/"
def setup_class(self):
if not self.excel_close():
log.info("Excel数据未关闭")
raise Exception("Excel数据未关闭")
try:
self.driver = cmd.start_brower(self.base_url)
except Exception as err:
print(format(err))
def teardown_class(self):
def __init__(self, identity):
"""Initialises the Client token and obtains the raw_data
of the devices"""
lifx_cred = Setting("lifx")
self.getclienttoken = lifx_cred.setting["client_auth"]["_CLIENT_TOKEN"]
self._DEVICE_REQ = lifx_cred.get("url")["_DEVICE_REQ"]
def __init__(self, identity):
"""Initialises the IP of the Wemo Switch"""
wemo_cred = Setting("wemo")
#self.ip = wemo_cred.setting["ip"]
self.ip = identity
def __init__(self):
setting = Setting()
self.setting_dir_path = setting.setting_dir_path
def __init__(self):
"""Initialises the IP of the Wemo Switch"""
wemo_cred = Setting("wemo")
self.ip = wemo_cred.setting["ip"]
