def getHeatRule(self):
ALAPI.createCredentials(self.serverName, self.client)
session = ALAPI.sessionObject()
if session.latestSupportedApiVersion != '6':
self.platformVersion = 'V5'
print("hello")
return False
else:
self.platformVersion = 'V6'
rules = ALAPI.getRulesV6(session)
#print(rules)
#print(rules['rules'])
oHeatRuleDict = {}
heatRuleCount = 0
if (rules['rules']):
for oActions in rules['rules']:
oRuleList = []
if oActions['name'] in ('TooHot', 'TooCold'):
heatRuleCount = heatRuleCount + 1
#print('Rule : ' + oActions['name'])
#return oActions['name']
#print(" : ",end='')
for status in oActions['actions']:
#print(status['status'],end='')
#print(" : ",end='')
types = status['type']
for values in oActions['triggers']:
#print(values['value']+' : '+types)
#print('\n')
#oRuleList.append((values['value'],types,status['status']))
oRuleList.append(values['value'])
oRuleList.append(types)
oRuleList.append(status['status'])
oHeatRuleDict.update({oActions['name']: oRuleList})
if (heatRuleCount == 0):
print('No Heating Rules are set')
else:
print('No rules are set')
print(oHeatRuleDict)
print('\n')
return oHeatRuleDict
def getSyntheticDeviceID(nodeID):
ALAPI.createCredentials(utils.getAttribute('common', 'currentEnvironment'))
session = ALAPI.sessionObject()
resp = ALAPI.getNodesV6(session)
strSyntheticDeviceID = ""
for oNode in resp['nodes']:
if "nodeType" in oNode:
if '.json' in oNode["nodeType"] and "consumers" in oNode[
"attributes"]:
strConsumersID = oNode["attributes"]["consumers"][
"reportedValue"]
print("strConsumersID", strConsumersID)
if nodeID in strConsumersID:
strSyntheticDeviceID = oNode["id"]
break
ALAPI.deleteSessionV6(session)
return strSyntheticDeviceID
def getSPAttributes(nodeID):
strMode = ""
strState = ""
syntheticNodeID = getSyntheticDeviceID(nodeID)
ALAPI.createCredentials(utils.getAttribute('common', 'currentEnvironment'))
session = ALAPI.sessionObject()
resp = ALAPI.getNodesV6(session)
for oNode in resp['nodes']:
if nodeID in oNode["id"]:
strState = getAttribute(oNode["attributes"], "state")
elif oNode["id"] in syntheticNodeID:
if getAttribute(
oNode["attributes"]["syntheticDeviceConfiguration"],
"enabled").upper() == "TRUE":
strMode = "AUTO"
strMode = "MANUAL"
return strMode, strState
def getColourTemprature(nodeID):
ALAPI.createCredentials(utils.getAttribute('common', 'currentEnvironment'))
session = ALAPI.sessionObject()
resp = ALAPI.getNodesV6(session)
reportedValue = ""
targetValue = ""
for oNode in resp['nodes']:
if nodeID in oNode["id"]:
reportedValue = getAttribute(oNode["attributes"],
"colourTemperature")
targetValue = getAttribute(oNode["attributes"],
"colourTemperature")
print(reportedValue, "\n")
print(targetValue, "\n")
else:
print("Light bulb brightness value is missing")
return reportedValue, targetValue
def getCSAttributes(nodeID):
finalCSState = ""
#syntheticNodeID = getSyntheticDeviceID(nodeID)
ALAPI.createCredentials(utils.getAttribute('common', 'currentEnvironment'))
session = ALAPI.sessionObject()
resp = ALAPI.getNodesV6(session)
for oNode in resp['nodes']:
#if "nodeType" in oNode:
#if '.json' in oNode["nodeType"]:
if nodeID in oNode["id"]:
finalCSState = getAttribute(oNode["attributes"], "state")
#if nodeID in oNode["id"]:
#finalState = getAttribute(oNode["attributes"], "state")
print('Reported state for contact sensor is' + finalCSState)
else:
print('Reported state for contact sensor is missing')
return finalCSState
def getFWversion(self, resp):
ALAPI.createCredentials(self.Environment.get())
session = ALAPI.sessionObject()
resp = ALAPI.getNodesV6(session)
oDeviceVersion = {}
for oNode in resp['nodes']:
if not 'supportsHotWater' in oNode['attributes']:
if 'thermostatui.json' in oNode["nodeType"]:
strModel = oNode["attributes"]["model"]["reportedValue"]
oDeviceVersion[strModel] = oNode["attributes"][
"softwareVersion"]["reportedValue"]
elif 'thermostat.json' in oNode["nodeType"]:
strModel = oNode["attributes"]["model"]["reportedValue"]
oDeviceVersion[strModel] = oNode["attributes"][
"softwareVersion"]["reportedValue"]
elif 'hub.json' in oNode["nodeType"]:
strModel = oNode["attributes"]["hardwareVersion"][
"reportedValue"]
oDeviceVersion[strModel] = oNode["attributes"][
"softwareVersion"]["reportedValue"]
elif 'smartplug.json' in oNode["nodeType"]:
strModel = oNode["attributes"]["model"]["reportedValue"]
oDeviceVersion[strModel] = oNode["attributes"][
"softwareVersion"]["reportedValue"]
elif 'extender.json' in oNode["nodeType"]:
strModel = oNode["attributes"]["model"]["reportedValue"]
oDeviceVersion[strModel] = oNode["attributes"][
"softwareVersion"]["reportedValue"]
elif 'contact.sensor.json' in oNode["nodeType"]:
strModel = oNode["attributes"]["model"]["reportedValue"]
oDeviceVersion[strModel] = oNode["attributes"][
"softwareVersion"]["reportedValue"]
elif 'motion.sensor.json' in oNode["nodeType"]:
strModel = oNode["attributes"]["model"]["reportedValue"]
oDeviceVersion[strModel] = oNode["attributes"][
"softwareVersion"]["reportedValue"]
elif 'connected.boiler.json' in oNode["nodeType"]:
strModel = oNode["attributes"]["model"]["reportedValue"]
oDeviceVersion[strModel] = oNode["attributes"][
"softwareVersion"]["reportedValue"]
ALAPI.deleteSessionV6(session)
return oDeviceVersion
def getNodeAndDeviceVersionID():
ALAPI.createCredentials(utils.getAttribute('common', 'currentEnvironment'))
session = ALAPI.sessionObject()
resp = ALAPI.getNodesV6(session)
oDeviceDetails = {}
for oNode in resp['nodes']:
if ('supportsHotWater'
not in oNode['attributes']) and "nodeType" in oNode:
if '.json' in oNode["nodeType"] and "model" in oNode["attributes"]:
if "reportedValue" in oNode["attributes"]["model"]:
strModel = oNode["attributes"]["model"]["reportedValue"]
strModelTemp = strModel
intDeviceCntr = 0
while True:
intDeviceCntr = intDeviceCntr + 1
strModel = strModelTemp + "_" + str(intDeviceCntr)
if strModel in oDeviceDetails: continue
else: break
oDeviceDetails[strModel] = {}
strName = ""
oDeviceDetails[strModel]["nodeID"] = oNode["id"]
if "name" in oNode: strName = oNode["name"]
oDeviceDetails[strModel]["name"] = strName
oDeviceDetails[strModel]["version"] = oNode["attributes"][
"softwareVersion"]["reportedValue"]
oDeviceDetails[strModel]["presence"] = oNode["attributes"][
"presence"]["reportedValue"]
elif "hardwareVersion" in oNode["attributes"]:
strHubModel = oNode["attributes"]["hardwareVersion"][
"reportedValue"]
if "NANO" in strHubModel:
oDeviceDetails[strHubModel] = {}
oDeviceDetails[strHubModel]["nodeID"] = oNode["id"]
oDeviceDetails[strHubModel]["version"] = oNode[
"attributes"]["softwareVersion"]["reportedValue"]
oDeviceDetails[strHubModel]["presence"] = oNode[
"attributes"]["presence"]["reportedValue"]
ALAPI.deleteSessionV6(session)
return oDeviceDetails
def setSPSchedulesAndValidateViaHub(context):
ALAPI.createCredentials(utils.getAttribute('common', 'currentEnvironment'))
session = ALAPI.sessionObject()
#get node lists
oDeviceNodeVersionList = getNodeAndDeviceVersionID()
oDeviceDetails = {}
intCntr = 1
context.reporter.HTML_TC_BusFlowKeyword_Initialize(
'Continuous Schedule Test Week: ' + str(intCntr))
for oRow in context.table:
SmartPlug = oRow['SmartPlug']
intNoOfEvents = int(oRow['NoOfEvents'])
oDeviceDetails[SmartPlug] = {}
oDeviceDetails[SmartPlug]["id"] = SmartPlug
oDeviceDetails[SmartPlug]["noOfEvents"] = intNoOfEvents
oDeviceDetails[SmartPlug]["nodeId"] = oDeviceNodeVersionList[
SmartPlug]["nodeID"]
oDeviceDetails[SmartPlug]["syntheticID"] = getSyntheticDeviceID(
oDeviceNodeVersionList[SmartPlug]["nodeID"])
print('oDeviceNodeVersionList[SmartPlug]["nodeID"]',
oDeviceNodeVersionList[SmartPlug]["nodeID"])
print("syntheticID", oDeviceDetails[SmartPlug]["syntheticID"])
payload, oSPSchedDict = SchUtils.createScheduleForSP(intNoOfEvents)
print(oSPSchedDict, "\n")
context.oSPSchedDict = oSPSchedDict
context.SPNodeID = oDeviceDetails[SmartPlug]["nodeId"]
r, success = ALAPI.setScheduleSP(
session, oDeviceDetails[SmartPlug]["syntheticID"], payload)
print(r, success)
ALAPI.deleteSessionV6(session)
SchUtils.runSPValidationForWeekSchedule(context)
'''while True:
def upgrade_downgrade_firmware_forallViaHUB(context):
print("ViaHub\n")
oHeatScheduleDict = {
'sat': [('07:00', 28.5), ('09:00', 10.5), ('16:30', 23.5),
('22:00', 15), ('22:00', 15), ('22:00', 15)],
'sun': [('01:00', 27.5), ('02:00', 1), ('03:00', 12), ('04:00', 1),
('05:00', 28.5), ('23:45', 1)],
'fri': [('17:30', 1), ('18:00', 11), ('18:30', 28), ('19:00', 1),
('19:30', 29), ('20:00', 1)],
'wed': [('06:30', 29.5), ('08:30', 13), ('12:00', 19), ('16:30', 22.5),
('22:00', 31), ('22:00', 31)],
'mon': [('11:30', 27.5), ('11:45', 1), ('12:00', 12), ('12:15', 1),
('12:30', 28.5), ('12:45', 1)],
'tue': [('06:30', 20), ('08:30', 10), ('16:30', 20), ('22:00', 10),
('22:00', 10), ('22:00', 10)],
'thu': [('06:30', 20), ('08:30', 18.5), ('16:30', 27), ('22:00', 21),
('22:00', 21), ('22:00', 21)]
}
oAtributeDict = {
'HeatMode': '',
'WaterMode': '',
'HeatTemperature': '',
'HeatRunningState': '',
'WaterRuningState': '',
'HeatSchedule': '',
'WaterSchedule': ''
}
oModeList = ['MANUAL', 'AUTO', 'OFF', 'BOOST']
#get node lists
ALAPI.createCredentials(utils.getAttribute('common', 'currentEnvironment'))
session = ALAPI.sessionObject()
resp = ALAPI.getNodesV6(session)
nodeIdList = context.oThermostatEP.getNodeID(resp)
ALAPI.deleteSessionV6(session)
#Get the existing API details
context.heatEP = context.oThermostatClass.heatEP
context.waterEP = context.oThermostatClass.waterEP
intModeListCntr = 0
intCntr = 0
while True:
intCntr = intCntr + 1
context.reporter.HTML_TC_BusFlowKeyword_Initialize(
'Upgrade-Downgrade Counter : ' + str(intCntr))
for oRow in context.table:
DeviceName = oRow['DeviceName']
DeviceType = oRow['DeviceType']
DeviceVersion1 = oRow['DeviceVersion1']
DeviceVersion2 = oRow['DeviceVersion2']
print(DeviceName, DeviceType, DeviceVersion1, DeviceVersion2, "\n")
strModeToSet = ""
targetHeatTemperature = 0.0
scheduleLockDuration = 0
oSchedule = {}
if 'SLR' in DeviceType.upper():
strModeToSet = oModeList[intModeListCntr]
targetHeatTemperature = 1.0
scheduleLockDuration = 0
if 'BOOST' in strModeToSet:
targetHeatTemperature = 22.0
scheduleLockDuration = 60
if 'MANUAL' in strModeToSet:
targetHeatTemperature = 20.0
context.heatEP.setModeViaAPI(nodeIdList[DeviceType],
strModeToSet,
targetHeatTemperature,
scheduleLockDuration)
heatWeeklyScheduleBefore = context.heatEP.getSchedule()
if 'SLR2' in DeviceType.upper():
context.waterEP.setModeViaAPI(
nodeIdList[DeviceType],
strModeToSet,
targetHeatTemperature=None,
scheduleLockDuration=scheduleLockDuration)
waterWeeklyScheduleBefore = context.waterEP.getSchedule()
intModeListCntr = intModeListCntr + 1
if intModeListCntr == 4: intModeListCntr = 0
if not os.path.exists(context.networkBasePath):
print("Network drive is not mounted")
#Downgrade device
if not 'NA' in DeviceVersion1.upper():
context.rFM.upgrade_or_downgrade_firmwareViaHUB(
context.oThermostatEP, context.reporter, "Downgrade",
DeviceType, DeviceVersion1)
if 'SLT3' in DeviceType.upper():
#time.sleep(6000)
#power_cycle_hub()
print(strModeToSet)
else:
if 'CL01' in DeviceType.upper():
if context.rFM.verifyfirmwareVersionsViaHUB(
context.oThermostatEP, context.reporter,
"Downgrade", DeviceType,
DeviceVersion1) == True:
#time.sleep(12000)
print()
else:
if context.rFM.verifyfirmwareVersionsViaHUB(
context.oThermostatEP, context.reporter,
"Downgrade", DeviceType,
DeviceVersion1) == True:
#time.sleep(2500)
print(strModeToSet)
context.rFM.validate_firmware_versionViaHUB(
context.oThermostatEP, context.reporter, "Downgrade",
DeviceType, DeviceVersion1)
if 'SLR' in DeviceType.upper():
if 'AUTO' in strModeToSet:
targetHeatTemperature = oSchdUt.getCurrentTempFromSchedule(
context.heatEP.getSchedule())[0]
heatWeeklyScheduleAfter = context.heatEP.getSchedule()
context.rFM.validateAndUpdateLog(context.reporter,
context.heatEP, 'Test',
strModeToSet,
targetHeatTemperature)
oSchdUt.validateSchedulesOfOtherWeekdays(
context.reporter, oSchedule, heatWeeklyScheduleBefore,
heatWeeklyScheduleAfter)
if 'SLR2' in DeviceType.upper():
if 'AUTO' in strModeToSet:
targetHeatTemperature = oSchdUt.getCurrentTempFromSchedule(
context.waterEP.getSchedule())[0]
context.rFM.validateAndUpdateLog(
context.reporter, context.waterEP, 'Test',
strModeToSet, targetHeatTemperature)
waterWeeklyScheduleAfter = context.waterEP.getSchedule(
)
waterWeeklyScheduleBefore = oSchdUt.converWaterStateForSchedule(
waterWeeklyScheduleBefore)
waterWeeklyScheduleAfter = oSchdUt.converWaterStateForSchedule(
waterWeeklyScheduleAfter)
oSchdUt.validateSchedulesOfOtherWeekdays(
context.reporter, oSchedule,
waterWeeklyScheduleBefore,
waterWeeklyScheduleAfter)
time.sleep(30)
#Upgrade Device
if not 'NA' in DeviceVersion2.upper():
context.rFM.upgrade_or_downgrade_firmwareViaHUB(
context.oThermostatEP, context.reporter, "Upgrade",
DeviceType, DeviceVersion2)
if 'SLT3' in DeviceType.upper():
#time.sleep(6000)
#power_cycle_hub()
print()
else:
if 'CL01' in DeviceType.upper():
if context.rFM.verifyfirmwareVersionsViaHUB(
context.oThermostatEP, context.reporter,
"Upgrade", DeviceType, DeviceVersion1) == True:
#time.sleep(12000)
print()
else:
if context.rFM.verifyfirmwareVersionsViaHUB(
context.oThermostatEP, context.reporter,
"Upgrade", DeviceType, DeviceVersion2) == True:
#time.sleep(2500)
print()
context.rFM.validate_firmware_versionViaHUB(
context.oThermostatEP, context.reporter, "Upgrade",
DeviceType, DeviceVersion2)
if 'SLR' in DeviceType.upper():
if 'AUTO' in strModeToSet:
targetHeatTemperature = oSchdUt.getCurrentTempFromSchedule(
context.heatEP.getSchedule())[0]
heatWeeklyScheduleAfter = context.heatEP.getSchedule()
context.rFM.validateAndUpdateLog(context.reporter,
context.heatEP, 'Test',
strModeToSet,
targetHeatTemperature)
oSchdUt.validateSchedulesOfOtherWeekdays(
context.reporter, oSchedule, heatWeeklyScheduleBefore,
heatWeeklyScheduleAfter)
if 'SLR2' in DeviceType.upper():
if 'AUTO' in strModeToSet:
targetHeatTemperature = oSchdUt.getCurrentTempFromSchedule(
context.waterEP.getSchedule())[0]
context.rFM.validateAndUpdateLog(
context.reporter, context.waterEP, 'Test',
strModeToSet, targetHeatTemperature)
waterWeeklyScheduleAfter = context.waterEP.getSchedule(
)
waterWeeklyScheduleBefore = oSchdUt.converWaterStateForSchedule(
waterWeeklyScheduleBefore)
waterWeeklyScheduleAfter = oSchdUt.converWaterStateForSchedule(
waterWeeklyScheduleAfter)
oSchdUt.validateSchedulesOfOtherWeekdays(
context.reporter, oSchedule,
waterWeeklyScheduleBefore,
waterWeeklyScheduleAfter)
context.reporter.intIterationCntr = context.reporter.intIterationCntr + 1
def _updateV6(self, nodeID=None):
#Updating attributes for Light
print("self.deviceType.upper()", self.deviceType.upper())
if "FWBULB" in self.deviceType.upper():
self.currentDeviceNodeId = pUtils.getDeviceNodeID(self.deviceType)
self.mode, self.CurrentDeviceState, self.activeLightBrightness = pUtils.getLightAttributes(
self.currentDeviceNodeId)
self._weeklySchedule = pUtils.getDeviceScheduleInStandardFormat(
self.deviceType)
print(self._weeklySchedule)
return True
ALAPI.createCredentials(self.serverName, self.client)
session = ALAPI.sessionObject()
if session.latestSupportedApiVersion != '6':
self.platformVersion = 'V5'
print("V5")
return False
else:
self.platformVersion = 'V6'
resp = ALAPI.getNodesV6(session)
if self.type == 'HEAT':
boolWater = False
else:
boolWater = True
for oNode in resp['nodes']:
if not nodeID is None:
if not oNode['parentNodeId'] == nodeID: continue
if 'supportsHotWater' in oNode['attributes']:
if oNode['attributes']['supportsHotWater'][
'reportedValue'] == True and 'stateHotWaterRelay' in oNode[
'attributes']:
if boolWater:
print("water")
oAttributeList = oNode['attributes']
#oJson = oAttributeList['schedule']['reportedValue']
oJson = self.getAttribute(oAttributeList,
'schedule')
if isinstance(oJson, str):
oJson = json.loads(oJson)
self._weeklySchedule = self._formatScheduleV6(
oJson)
#print('%%%%%%%%%%%^^^^^^^^^^^^^^^^^', oJson)
strRunningState = self.getAttribute(
oAttributeList, 'stateHotWaterRelay')
if strRunningState == 'OFF':
self.thermostatRunningState = '0000'
else:
self.thermostatRunningState = '0001'
strActiveHeatCoolMode = self.getAttribute(
oAttributeList, 'activeHeatCoolMode')
boolActiveScheduleLock = self.getAttribute(
oAttributeList, 'activeScheduleLock')
lstActiveOverrides = self.getAttribute(
oAttributeList, 'activeOverrides')
if strActiveHeatCoolMode == 'OFF':
self.mode = 'OFF'
elif strActiveHeatCoolMode == 'HEAT' and boolActiveScheduleLock:
self.mode = 'MANUAL'
elif strActiveHeatCoolMode == 'HEAT' and not boolActiveScheduleLock:
self.mode = 'AUTO'
elif strActiveHeatCoolMode == 'BOOST':
self.mode = 'BOOST'
elif len(lstActiveOverrides
) > 0 and lstActiveOverrides[
0] == "TARGET_HEAT_TEMPERATURE":
self.mode = 'OVERRIDE'
'''
print(self._weeklySchedule)
print(self.mode)
print(self.thermostatRunningState)
'''
else:
if not boolWater and 'stateHeatingRelay' in oNode[
'attributes']:
print('Heat')
oAttributeList = oNode['attributes']
#oJson = oAttributeList['schedule']['reportedValue']
oJson = self.getAttribute(oAttributeList,
'schedule')
if isinstance(oJson, str):
oJson = json.loads(oJson)
self._weeklySchedule = self._formatScheduleV6(
oJson)
strRunningState = self.getAttribute(
oAttributeList, 'stateHeatingRelay')
if strRunningState == 'OFF':
self.thermostatRunningState = '0000'
else:
self.thermostatRunningState = '0001'
if self.occupiedHeatingSetpointChanged:
occupiedHeatingSetpoint = self.getAttribute(
oAttributeList, 'targetHeatTemperature')
self.occupiedHeatingSetpoint = float(
'{:.1f}'.format(
oAttributeList['targetHeatTemperature']
['reportedValue']))
self.localTemperature = self.getAttribute(
oAttributeList, 'temperature')
strActiveHeatCoolMode = self.getAttribute(
oAttributeList, 'activeHeatCoolMode')
boolActiveScheduleLock = self.getAttribute(
oAttributeList, 'activeScheduleLock')
lstActiveOverrides = self.getAttribute(
oAttributeList, 'activeOverrides')
if strActiveHeatCoolMode == 'OFF':
self.mode = 'OFF'
elif strActiveHeatCoolMode == 'HEAT' and boolActiveScheduleLock:
self.mode = 'MANUAL'
elif strActiveHeatCoolMode == 'HEAT' and not boolActiveScheduleLock:
self.mode = 'AUTO'
elif strActiveHeatCoolMode == 'BOOST':
self.mode = 'BOOST'
elif len(lstActiveOverrides
) > 0 and lstActiveOverrides[
0] == "TARGET_HEAT_TEMPERATURE":
self.mode = 'OVERRIDE'
'''
print(self._weeklySchedule)
print(self.mode)
print(self.occupiedHeatingSetpoint)
print(self.thermostatRunningState)
print(self.localTemperature)
'''
ALAPI.deleteSessionV6(session)
return True
def validateActiveLightFunctionViaHub(context, ActiveLightDevice):
oColorTempList = {
0: "2700",
20: "3460",
40: "4220",
60: "4980",
80: "5740",
100: "6500"
}
oColorTempList = {
0: 2700,
20: 3460,
40: 4220,
60: 4980,
80: 5740,
100: 6500
}
oColorTempPercentageList = list(oColorTempList.keys())
#get node lists
#nodeIdList = context.oThermostatEP.getNodeID(resp)
nodeIdList = SP.getNodeAndDeviceVersionID()
print(nodeIdList)
print(ActiveLightDevice)
if 'ActiveLight' in ActiveLightDevice:
if 'FWBulb01_1' in nodeIdList:
strLightNodeID = nodeIdList['FWBulb01_1']["nodeID"]
elif 'LDS_DimmerLight_1' in nodeIdList:
strLightNodeID = nodeIdList['LDS_DimmerLight_1']["nodeID"]
elif ActiveLightDevice in nodeIdList:
strLightNodeID = nodeIdList[ActiveLightDevice]["nodeID"]
else:
context.reporter.ReportEvent('Test Validation',
"Active light Node is missing.", "FAIL")
return False
intCntr = 0
#Open Text file to write the light parameters
oFileWriter = open(context.reporter.strCurrentTXTFolder + "LUXvsTEMP.txt",
'w')
oFileWriter.write("Iteration,ColorTemp,0_%,20_%,40_%,60_%,80_%,100_% \n")
oFileWriter.close()
del oFileWriter
while True:
ALAPI.createCredentials(
utils.getAttribute('common', 'currentEnvironment'))
session = ALAPI.sessionObject()
strParameterValue = ""
intCntr = intCntr + 1
strParameterValue = str(intCntr)
boolPass = True
context.reporter.HTML_TC_BusFlowKeyword_Initialize(
'Active Light Brightness validation Counter: ' + str(intCntr))
if "TWBULB" in ActiveLightDevice.upper():
intTempCntr = intCntr % 5
print(intTempCntr)
myColourTemp = oColorTempList[
oColorTempPercentageList[intTempCntr]]
ALAPI.setActiveLightColourTemperature(session, strLightNodeID,
myColourTemp)
context.reporter.ReportEvent(
'Test Validation',
"Active light is set to Color Temperature : <B>" +
str(myColourTemp) + "</B>", "Done")
strParameterValue = strParameterValue + "," + myColourTemp
#Set Light ON
ALAPI.setActiveLightState(session, strLightNodeID, "ON")
context.reporter.ReportEvent('Test Validation',
"Active light is switched <B>ON</B>",
"PASS")
time.sleep(5)
oBrightnessList = []
#ChangeBrightness
for oRow in context.table:
intBrightness = int(oRow['BrightnessValue'])
#print("intBrightness", intBrightness)
ALAPI.setActiveLightBrightness(session, strLightNodeID,
intBrightness)
context.reporter.ReportEvent(
'Test Validation', "Active light Brightness is set to : <B>" +
str(intBrightness) + "</B>", "Done")
time.sleep(5)
if intBrightness in lightSensorCalibration:
intLowLimit = lightSensorCalibration[intBrightness][0]
intHighLimit = lightSensorCalibration[intBrightness][1]
sensorValue, _, _ = utils.get_lux_value()
if intLowLimit < sensorValue and intHighLimit > sensorValue:
context.reporter.ReportEvent(
'Test Validation',
"The measured LUX value for Active light Brightness is: <B>"
+ str(sensorValue) +
"</B>. Which is within the calibration limit: " +
str(intLowLimit) + " - " + str(intHighLimit), "PASS")
else:
context.reporter.ReportEvent(
'Test Validation',
"The measured LUX value for Active light Brightness is: <B>"
+ str(sensorValue) +
"</B>. Which is <B>NOT</B> the calibration limit: " +
str(intLowLimit) + " - " + str(intHighLimit), "FAIL")
boolPass = False
if not intBrightness in oBrightnessList:
oBrightnessList.append(intBrightness)
strParameterValue = str(intBrightness) + "," + str(
sensorValue)
else:
context.reporter.ReportEvent(
'Test Validation',
"The Brightness values should be in multiples of 20",
"FAIL")
#Update Text file
oFileWriter = open(
context.reporter.strCurrentTXTFolder + "LUXvsTEMP.txt", 'a')
oFileWriter.write(strParameterValue + "\n")
oFileWriter.close()
del oFileWriter
#Update the Pass and Fail counters
context.reporter.intIterationCntr = intCntr
if boolPass:
context.reporter.intIterationPassCntr = context.reporter.intIterationPassCntr + 1
else:
context.reporter.intIterationFailCntr = context.reporter.intIterationFailCntr + 1
#Set Light OFF
ALAPI.setActiveLightState(session, strLightNodeID, "OFF")
context.reporter.ReportEvent('Test Validation',
"Active Plug is switched <B>OFF</B>",
"PASS")
time.sleep(5)
ALAPI.deleteSessionV6(session)
def get_response(self):
ALAPI.createCredentials(self.Environment.get())
self.session = ALAPI.sessionObject()
if self.session.latestSupportedApiVersion != '6':
self.platformVersion = 'V5'
print("hello")
self.Response.insert(1.0, 'User is V5. Retry with V6 User')
return False
else:
self.platformVersion = 'V6'
if self.Node.get() == 'Notifications':
respRules = ALAPI.getRulesV6(self.session)
return respRules
resp = ALAPI.getNodesV6(self.session)
if 'HEAT' in self.EndPoint.get().upper():
boolWater = False
else:
boolWater = True
if self.Node.get() == 'Holiday Mode':
oHolDict = {}
for oNode in resp['nodes']:
if 'holidayMode' in oNode['attributes']:
oHolDict['holidayMode'] = oNode['attributes'][
'holidayMode']
if 'holidayModeEnabled' in oNode['attributes']:
oHolDict['holidayModeEnabled'] = oNode['attributes'][
'holidayModeEnabled']
if 'holidayModeActive' in oNode['attributes']:
oHolDict['holidayModeActive'] = oNode['attributes'][
'holidayModeActive']
return oHolDict
if self.Node.get() == 'All':
return resp
if self.Node.get() == 'Kit Versions':
print(self.getNodeID(resp))
print(self.getFWversion(resp))
oDeviceVersionDict = {}
strSLTMacID = ""
strSLRMacID = ""
for oNode in resp['nodes']:
if not 'supportsHotWater' in oNode['attributes']:
if 'hardwareVersion' in oNode['attributes']:
intHardwareVersion = oNode['attributes'][
'hardwareVersion']['reportedValue']
intSoftwareVersion = oNode['attributes'][
'softwareVersion']['reportedValue']
if 'NANO' in intHardwareVersion:
#oDeviceVersionDict['HUB'] = intHardwareVersion + '$$' + intSoftwareVersion
#strHubMacId = oNode['attributes']['zigBeeNeighbourTable']['reportedValue'][0]['neighbourAddress']
oDeviceVersionDict['HUB'] = {
"model": intHardwareVersion,
"version": intSoftwareVersion
} #, 'mac_id': strHubMacId}
if 'zigBeeNeighbourTable' in oNode['attributes']:
for oDevice in json.loads(
oNode['attributes']['zigBeeNeighbourTable']
['reportedValue']):
if oDevice['relationship'] == 'CHILD':
strSLTMacID = oDevice['neighbourAddress']
elif oDevice['relationship'] == 'NONE':
strSLRMacID = oDevice['neighbourAddress']
for oNode in resp['nodes']:
if not 'supportsHotWater' in oNode['attributes']:
if 'model' in oNode['attributes']:
strModel = oNode['attributes']['model'][
'reportedValue']
intSoftwareVersion = oNode['attributes'][
'softwareVersion']['reportedValue']
if 'SLT' in strModel:
#oDeviceVersionDict['Thermostat'] = strModel + '$$' + intSoftwareVersion
oDeviceVersionDict['Thermostat'] = {
"model": strModel,
"version": intSoftwareVersion,
'mac_id': strSLTMacID
}
elif 'SLR' in strModel:
#oDeviceVersionDict['Boiler Module'] = strModel + '$$' + intSoftwareVersion
oDeviceVersionDict['Boiler Module'] = {
"model": strModel,
"version": intSoftwareVersion,
'mac_id': strSLRMacID
}
return oDeviceVersionDict
for oNode in resp['nodes']:
if 'supportsHotWater' in oNode['attributes']:
if oNode['attributes']['supportsHotWater'][
'reportedValue'] == True and 'stateHotWaterRelay' in oNode[
'attributes']:
if boolWater:
print("water")
oAttributeList = oNode['attributes']
if self.Node.get() == 'Schedule':
oSchedDict = {}
oJsonAll = oAttributeList['schedule']
for oKey in oJsonAll:
oJson = oJsonAll[oKey]
if oKey == 'targetValue' or oKey == 'reportedValue':
if isinstance(oJson, str):
oJson = json.loads(oJson)
oSchedDict[oKey] = oJson
return {"schedule": oSchedDict}
elif self.Node.get() == 'Running State':
return {
"stateHotWaterRelay":
oAttributeList['stateHotWaterRelay']
}
elif self.Node.get() == 'Mode':
strActiveHeatCoolMode = self.getAttribute(
oAttributeList, 'activeHeatCoolMode')
boolActiveScheduleLock = self.getAttribute(
oAttributeList, 'activeScheduleLock')
print(boolActiveScheduleLock,
'boolActiveScheduleLock')
lstActiveOverrides = self.getAttribute(
oAttributeList, 'activeOverrides')
if strActiveHeatCoolMode == 'OFF':
self.mode = 'OFF'
elif strActiveHeatCoolMode == 'HEAT' and boolActiveScheduleLock:
self.mode = 'MANUAL'
elif len(lstActiveOverrides
) > 0 and lstActiveOverrides[
0] == "TARGET_HEAT_TEMPERATURE":
self.mode = 'OVERRIDE'
elif strActiveHeatCoolMode == 'HEAT' and not boolActiveScheduleLock:
self.mode = 'AUTO'
elif strActiveHeatCoolMode == 'BOOST':
self.mode = 'BOOST'
return {
"currentMode":
self.mode,
"activeHeatCoolMode":
oAttributeList['activeHeatCoolMode'],
"activeScheduleLock":
oAttributeList['activeScheduleLock'],
"activeOverrides":
oAttributeList['activeOverrides'],
"scheduleLockDuration":
oAttributeList["scheduleLockDuration"],
"stateHotWaterRelay":
oAttributeList['stateHotWaterRelay']
}
else:
if not boolWater and 'stateHeatingRelay' in oNode[
'attributes']:
print('Heat')
oAttributeList = oNode['attributes']
if self.Node.get() == 'Schedule':
oSchedDict = {}
oJsonAll = oAttributeList['schedule']
for oKey in oJsonAll:
oJson = oJsonAll[oKey]
if oKey == 'targetValue' or oKey == 'reportedValue':
if isinstance(oJson, str):
oJson = json.loads(oJson)
oSchedDict[oKey] = oJson
return {"schedule": oSchedDict}
elif self.Node.get() == 'Running State':
return {
"stateHeatingRelay":
oAttributeList['stateHeatingRelay']
}
elif self.Node.get() == 'Target Temperature':
return {
"targetHeatTemperature":
oAttributeList['targetHeatTemperature']
}
elif self.Node.get() == 'Local Temperature':
return {
"temperature":
oAttributeList['temperature']
}
elif self.Node.get() == 'Mode':
strActiveHeatCoolMode = self.getAttribute(
oAttributeList, 'activeHeatCoolMode')
boolActiveScheduleLock = self.getAttribute(
oAttributeList, 'activeScheduleLock')
lstActiveOverrides = self.getAttribute(
oAttributeList, 'activeOverrides')
if strActiveHeatCoolMode == 'OFF':
self.mode = 'OFF'
elif strActiveHeatCoolMode == 'HEAT' and boolActiveScheduleLock:
self.mode = 'MANUAL'
elif strActiveHeatCoolMode == 'HEAT' and not boolActiveScheduleLock:
self.mode = 'AUTO'
elif strActiveHeatCoolMode == 'BOOST':
self.mode = 'BOOST'
elif len(lstActiveOverrides
) > 0 and lstActiveOverrides[
0] == "TARGET_HEAT_TEMPERATURE":
self.mode = 'OVERRIDE'
return {
"currentMode":
self.mode,
"activeHeatCoolMode":
oAttributeList['activeHeatCoolMode'],
"activeScheduleLock":
oAttributeList['activeScheduleLock'],
"activeOverrides":
oAttributeList['activeOverrides'],
"scheduleLockDuration":
oAttributeList["scheduleLockDuration"],
"stateHeatingRelay":
oAttributeList['stateHeatingRelay']
}
def pair_unpair_devices_via_hub(context, HubType):
HubType = HubType.upper().strip()
intModeListCntr = 0
intCntr = 0
intPassCntr = 0
intFailCntr = 0
while True:
intCntr = intCntr + 1
context.reporter.HTML_TC_BusFlowKeyword_Initialize(
'Pair-Unpair Counter : ' + str(intCntr))
for oRow in context.table:
DeviceName = oRow['DeviceName']
DeviceType = oRow['DeviceType']
#HubType = oRow['HubType']
#get node lists
ALAPI.createCredentials(
utils.getAttribute('common', 'currentEnvironment'))
session = ALAPI.sessionObject()
#nodeIdList = context.oThermostatEP.getNodeID(resp)
nodeIdList = SP.getNodeAndDeviceVersionID()
if DeviceType in nodeIdList:
NodeID = nodeIdList[DeviceType]["nodeID"]
print(DeviceName, DeviceType, NodeID, "\n")
#Unpair the Device from Telegesis
context.reporter.HTML_TC_BusFlowKeyword_Initialize(
'Unpair the Device ' + DeviceType + ' from HUb: ')
context.reporter.ReportEvent("Test Validation",
"NodeID : <B>" + NodeID + "</B>",
"Done")
print(utils.getTimeStamp(False),
"Sending Leave request for device")
ALAPI.deleteDeviceV6(session, NodeID)
print(utils.getTimeStamp(False), "Wait for 40 seconds")
time.sleep(90)
'''time.sleep(5)
utils.setSPOnOff("DAF8", "OFF")
time.sleep(2)
utils.setSPOnOff("DAF8", "ON")
time.sleep(5)'''
#Pair the Device via Hub
context.reporter.HTML_TC_BusFlowKeyword_Initialize(
'Pair the Device ' + DeviceType + ' to Hub: ')
print(utils.getTimeStamp(False), "Join Device to the network")
ALAPI.setHubStateV6(session, nodeIdList[HubType]["nodeID"],
"DISCOVERING")
intStartTime = time.time()
intTCStartTime = time.monotonic()
boolPairStatus = False
sleepTime = 0
while True:
#Validate if node is added the network
nodeIdList = SP.getNodeAndDeviceVersionID()
if DeviceType in nodeIdList:
boolPairStatus = True
break
elif sleepTime > 250:
break
time.sleep(30)
sleepTime = sleepTime + 30
ALAPI.setHubStateV6(session, nodeIdList[HubType]["nodeID"], "UP")
ALAPI.deleteSessionV6(session)
print("boolPairStatus", boolPairStatus)
if boolPairStatus:
intPassCntr = intPassCntr + 1
myNodeID = nodeIdList[DeviceType]["nodeID"]
context.reporter.ReportEvent(
"Test Validation", "Device " + DeviceType +
" Joined the network with Node ID : <B>" + myNodeID +
"</B>", "PASS")
print("Device Joined the network with Node ID : ", myNodeID)
else:
intFailCntr = intFailCntr + 1
context.reporter.ReportEvent("Test Validation",
"Join is unsuccessfull", "FAIL")
print("join is unsuccessfull")
return False
'''print("Restarting the Smart Plug")
utils.setSPOnOff(NodeID, 'OFF')
time.sleep(5)
utils.setSPOnOff(NodeID, 'ON')
time.sleep(5)'''
intTCEndTime = time.monotonic()
strTCDuration = str(
timedelta(seconds=intTCEndTime - intTCStartTime))
strTCDuration = utils.getDuration(strTCDuration)
intSeconds = int(strTCDuration.split(",")[1].strip().split(" ")[0])
intMin = int(strTCDuration.split(",")[0].strip().split(" ")[0])
intSeconds = intMin * 60 + intSeconds
if intSeconds > 60: strStatus = "FAIL"
else: strStatus = "PASS"
context.reporter.ReportEvent("Test Validation",
"Time taken: " + strTCDuration,
strStatus)
print("Time taken: ", strTCDuration)
print('intCntr', intCntr, 'intPassCntr', intPassCntr,
'intFailCntr', intFailCntr)
print(
"$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$"
)
print()
time.sleep(180)
print(
"$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$"
)
def instaliOSAPP(context):
intIterCntr = 1
while True:
context.reporter.HTML_TC_BusFlowKeyword_Initialize('App Installation Verification counter: ' + str(intIterCntr))
print('App Installation Verification counter: ' + str(intIterCntr))
intIterCntr = intIterCntr + 1
strNewAppFilePath = os.path.abspath(__file__ + "/../../../../") + "/02_Manager_Tier/EnviromentFile/Apps/iOS/isopBeta/Hive_new.ipa"
strOldAppFilePath = os.path.abspath(__file__ + "/../../../../") + "/02_Manager_Tier/EnviromentFile/Apps/iOS/isopBeta/Hive_old.ipa"
'''print(striOSAppiumConnectionString)
subprocess.call('killall node', shell=True)
subprocess.Popen(striOSAppiumConnectionString, shell=True)'''
for strAppPath in [strOldAppFilePath, strNewAppFilePath]:
print('Uninstalling the APP')
context.reporter.ReportEvent('Test Validation', 'Uninstalling the APP', "PASS")
strCmd = "ideviceinstaller -U uk.co.britishgas.hive"
getShellCommandOutput(strCmd, 'Uninstall APP', boolPrintOutput = True)
time.sleep(5)
print('Installing the APP')
context.reporter.ReportEvent('Test Validation', 'Installing the APP', "PASS")
strCmd = "ideviceinstaller -i " + strAppPath
getShellCommandOutput(strCmd, 'Install APP', boolPrintOutput = True)
context.reporter.ReportEvent('Test Validation', 'Launching the APP', "PASS")
strDeviceName = utils.getAttribute('iOS', 'deviceName')
oBasePage = paygeiOS.BasePage(None, context.reporter)
iOSDriver = oBasePage.setup_ios_driver(strDeviceName, strAppPath)
oHomePage = paygeiOS.HomePage(iOSDriver, context.reporter)
time.sleep(5)
context.reporter.ReportEvent('Test Validation', 'Swipe the APP to go to Heating Control Page', "PASS")
iOSDriver.swipe(50, 500, 300, 500, 500)
time.sleep(5)
fltCurrentTargTemp = 0.0
try:
oScrolElement = iOSDriver.find_element(*HeatingControlPageLocators.TARGET_TEMPERATURE_SCROLL)
oScrolElementVAlue = oScrolElement.get_attribute('value')
if 'point' in oScrolElementVAlue: fltCurrentTargTemp = float(oScrolElementVAlue.split(' ')[0] + '.' + oScrolElementVAlue.split(' ')[2])
else: fltCurrentTargTemp = float(oScrolElementVAlue.split(' ')[0])
except:
context.reporter.ReportEvent('Test Validation','IOS App : NoSuchElementException: in navigate_to_change_password_screen\n {0}'.format(traceback.format_exc().replace('File', '$~File')), "FAIL")
fltAPITargetTemp = 0.0
ALAPI.createCredentials(utils.getAttribute('common', 'currentEnvironment'))
session = ALAPI.sessionObject()
resp = ALAPI.getNodesV6(session)
for oNode in resp['nodes']:
if 'supportsHotWater' in oNode['attributes']:
if 'stateHeatingRelay' in oNode['attributes']:
oAttributeList = oNode['attributes']
fltAPITargetTemp = float('{:.1f}'.format(oAttributeList['targetHeatTemperature']['reportedValue']))
if fltAPITargetTemp ==1.0: fltAPITargetTemp = 7.0
ALAPI.deleteSessionV6(session)
if fltAPITargetTemp == 32.0 or fltAPITargetTemp != fltCurrentTargTemp:
context.reporter.ReportEvent('Test Validation', 'App Display Target Temperature: ' + str(fltCurrentTargTemp) + '\nReported API Target Temperature: ' + str(fltAPITargetTemp), "FAIL", driver = iOSDriver)
else:
context.reporter.ReportEvent('Test Validation', 'App Display Target Temperature: ' + str(fltCurrentTargTemp) + '\nReported API Target Temperature: ' + str(fltAPITargetTemp), "PASS", driver = iOSDriver)
iOSDriver.quit()
'''
def getNodeByID(nodeID):
ALAPI.createCredentials(utils.getAttribute('common', 'currentEnvironment'))
session = ALAPI.sessionObject()
nodes = ALAPI.getNodesByIDV6(session, nodeID)
ALAPI.deleteSessionV6(session)
return nodes
def updateGlobalVarJson(self):
#Reading all data from GlobalVar.Json
if 'APP' in self.MainClient.get().upper():
ALAPI.createCredentials(self.Environment.get(),
username=self.UserName.get(),
password=self.Password.get())
self.session = ALAPI.sessionObject()
if self.session.statusCode != 200:
resp = self.session.response
if isinstance(resp, str): resp = json.loads(resp)
showinfo('ERROR', resp)
return
strEnvironmentFolderPAth = os.path.abspath(
__file__ + "/../../../") + "/02_Manager_Tier/EnviromentFile/"
strGlobVarFilePath = strEnvironmentFolderPAth + '/GlobalVar.json'
strJson = open(strGlobVarFilePath, mode='r')
oJsonDict = json.loads(strJson.read())
strJson.close()
oGlobalDict = oJsonDict['globalVariables']
#updating the json Dictionary based on the the input parameter selected on the GUI
oGlobalDict['currentEnvironment'] = self.Environment.get()
oGlobalDict['apiValidationType'] = self.APIValidation.get()
oGlobalDict['mainClient'] = self.MainClient.get()
oCurrentEnvDict = oGlobalDict['listOfEnvironments'][
self.Environment.get()]
if 'ZIGBEE' in self.APIValidation.get().upper():
oGlobalDict['atZigbeeNode'] = self.ATNode.get()
else:
strAppVer = self.AppVersion.get()
oGlobalDict['currentAppVersion'] = self.AppVersion.get()
oGlobalDict['userName'] = self.UserName.get()
oGlobalDict['password'] = self.Password.get()
if 'IOS' in self.MainClient.get().upper():
oCurrentEnvDict[
'iOS' + strAppVer]['appFileName'] = self.AppFilePath.get()
oCurrentEnvDict[
'iOS' +
strAppVer]['platformVersion'] = self.OSVersion.get()
oCurrentEnvDict[
'iOS' + strAppVer]['deviceName'] = self.DeviceName.get()
oCurrentEnvDict['iOS' + strAppVer]['udid'] = self.UDID.get()
elif 'ANDROID' in self.MainClient.get().upper():
oCurrentEnvDict[
'android' +
strAppVer]['appFileName'] = self.AppFilePath.get()
oCurrentEnvDict[
'android' +
strAppVer]['platformVersion'] = self.OSVersion.get()
oCurrentEnvDict[
'android' +
strAppVer]['deviceName'] = self.DeviceName.get()
elif 'WEB' in self.MainClient.get().upper():
oCurrentEnvDict[
'web' + strAppVer]['browserName'] = self.BrowserName.get()
oCurrentEnvDict['web' + strAppVer]['loginURL'] = self.URL.get()
oGlobalDict['listOfEnvironments'][
self.Environment.get()] = oCurrentEnvDict
oJsonDict['globalVariables'] = oGlobalDict
#Write back the JSON to the GlobalVar.JSON
strJson = open(strGlobVarFilePath, mode='w+')
#strDict = json.dumps(oJsonDict, indent=4, sort_keys=True)
#print(str(strDict))
strJson.write(json.dumps(oJsonDict, indent=4, sort_keys=True))
strJson.close()
if not ('ZIGBEE' in self.APIValidation.get().upper()
or 'WEB' in self.MainClient.get().upper()):
subprocess.call('killall node', shell=True)
subprocess.Popen(striOSAppiumConnectionString, shell=True)
if 'ANDROID' in self.MainClient.get().upper():
#subprocess.call('adb kill-server', shell=True)
#subprocess.call('adb start-server', shell=True)
print()
time.sleep(5)
if self.TestSuite.get() == 'BasicSmokeTest_Dual':
subprocess.Popen("behave --tags=BasicSmokeTest", shell=True)
elif self.TestSuite.get() == 'BasicSmokeTest_Heating':
subprocess.Popen("behave --tags=BasicSmokeTest --tags=Heating",
shell=True)
elif self.TestSuite.get() == 'BasicSmokeTest_HotWater':
subprocess.Popen("behave --tags=BasicSmokeTest --tags=HotWater",
shell=True)
elif self.TestSuite.get() == 'ScheduleTest_Dual':
subprocess.Popen("behave --tags=ScheduleTest --tags=Verify",
shell=True)
elif self.TestSuite.get() == 'ScheduleTest_Heating':
subprocess.Popen(
"behave --tags=ScheduleTest --tags=Verify --tags=Heating",
shell=True)
elif self.TestSuite.get() == 'ScheduleTest_HotWater':
subprocess.Popen(
"behave --tags=ScheduleTest --tags=Verify --tags=HotWater",
shell=True)
elif self.TestSuite.get() == 'Kings':
subprocess.Popen("behave --tags=Kings", shell=True)
elif self.TestSuite.get() == 'SP_AllTest':
subprocess.Popen("behave --tags=Generic", shell=True)
elif self.TestSuite.get() == 'SP_AllChannelPairingTest':
subprocess.Popen("behave --tags=SC-GT-SC01-01", shell=True)
elif self.TestSuite.get() == 'SP_PairingTest':
subprocess.Popen("behave --tags=SC-GT-SC01-02", shell=True)
elif self.TestSuite.get() == 'SP_ZigbeeDumpTest':
subprocess.Popen("behave --tags=SC-GT-SC02-01", shell=True)
elif self.TestSuite.get() == 'SP_On-OffTest':
subprocess.Popen("behave --tags=SC-GT-SC03-01", shell=True)
elif self.TestSuite.get() == 'SP_Upgrade-Downgrade':
subprocess.Popen("behave --tags=SC-GT-SC04-01", shell=True)
print('Test suite Triggered')