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 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']
}