-
Notifications
You must be signed in to change notification settings - Fork 0
/
Toon_Energy-20.fqa
1 lines (1 loc) · 59.3 KB
/
Toon_Energy-20.fqa
1
{"name":"Toon Energy","type":"com.fibaro.powerSensor","apiVersion":"1.2","initialProperties":{"viewLayout":{"$jason":{"body":{"header":{"style":{"height":"0"},"title":"quickApp_device_59"},"sections":{"items":[{"components":[{"name":"label1","style":{"weight":"1.2"},"text":"Label1","type":"label","visible":true},{"style":{"weight":"0.5"},"type":"space"}],"style":{"weight":"1.2"},"type":"vertical"}]}},"head":{"title":"quickApp_device_59"}}},"uiCallbacks":[],"quickAppVariables":[{"name":"IPaddress","type":"string","value":"192.168.2.63"},{"name":"toonVersion","type":"string","value":"2v6"},{"name":"Interval","type":"string","value":"10"},{"name":"debugLevel","type":"string","value":"1"},{"name":"language","type":"string","value":"nl"}],"typeTemplateInitialized":true},"files":[{"name":"main","isMain":true,"isOpen":false,"content":"-- Toon Energy main\n\n\nlocal function getChildVariable(child,varName)\n for _,v in ipairs(child.properties.quickAppVariables or {}) do\n if v.name==varName then return v.value end\n end\n return \"\"\nend\n\n\nfunction QuickApp:updateChildDevices() -- Update Child Devices\n for id,child in pairs(self.childDevices) do \n child:updateValue(data) \n end\nend\n\n\nfunction QuickApp:logging(level,text) -- Logging function for debug messages\n if tonumber(debugLevel) >= tonumber(level) then \n self:debug(text)\n end\nend\n\n\nfunction QuickApp:updateProperties() -- Update the properties\n self:logging(3,\"updateProperties - Update the properties\")\n self:updateProperty(\"value\", tonumber(data.netConsumption))\n self:updateProperty(\"power\", tonumber(data.netConsumption))\n self:updateProperty(\"unit\", \"Watt\")\n self:updateProperty(\"log\", os.date(\"%d-%m-%Y %T\"))\nend\n\n\nfunction QuickApp:updateVariables() -- Update the Variables\n self:logging(3,\"updateVariables - Update the Variables\")\n\n -- Consumption\n self:setVariable(\"Consumption\",tostring(data.Consumption)) \n self:setVariable(\"Consumption_Total_H\",tostring(data.Consumption_Total_H)) \n self:setVariable(\"Consumption_Total_L\",tostring(data.Consumption_Total_L)) \n self:setVariable(\"Consumption_Total\",tostring(data.Consumption_Total)) \n\n -- Production\n self:setVariable(\"Production\",tostring(data.Production))\n self:setVariable(\"Production_Total_H\",tostring(data.Production_Total_H)) \n self:setVariable(\"Production_Total_L\",tostring(data.Production_Total_L)) \n self:setVariable(\"Production_Total\",tostring(data.Production_Total)) \n\n -- Gas \n self:setVariable(\"Gas_Usage\",tostring(data.Gas_Usage))\n self:setVariable(\"Gas_Total\",tostring(data.Gas_Total))\n \nend\n\n\nfunction QuickApp:updateLabels() -- Update the labels\n self:logging(3,\"updateLabels() - Update the labels\")\n\n local labelText = \"\"\n if debugLevel == 4 then\n labelText = labelText ..translation[\"SIMULATION MODE\"] ..\"\\n\\n\"\n end\n \n labelText = labelText ..translation[\"Consumption\"] ..\": \" ..data.Consumption ..\" Watt\" ..\"\\n\"\n labelText = labelText ..translation[\"Production\"] ..\": \" ..data.Production ..\" Watt\" ..\"\\n\\n\"\n\n -- High/Low \n labelText = labelText ..translation[\"Consumption High\"] ..\": \" ..data.Consumption_H ..\" Watt\" ..\"\\n\"\n labelText = labelText ..translation[\"Consumption Low\"] ..\": \" ..data.Consumption_L ..\" Watt\" ..\"\\n\"\n labelText = labelText ..translation[\"Production High\"] ..\": \" ..data.Production_H ..\" Watt\" ..\"\\n\"\n labelText = labelText ..translation[\"Production Low\"] ..\": \" ..data.Production_L ..\" Watt\" ..\"\\n\\n\"\n\n -- Consumption Totals \n labelText = labelText ..translation[\"Consumption High\"] ..\": \"..data.Consumption_Total_H ..\" kWh\" ..\"\\n\"\n labelText = labelText ..translation[\"Consumption Low\"] ..\": \"..data.Consumption_Total_L ..\" kWh\" ..\"\\n\"\n labelText = labelText ..translation[\"Consumption Total\"] ..\": \"..data.Consumption_Total ..\" kWh\" ..\"\\n\\n\"\n\n -- Production Totals\n labelText = labelText ..translation[\"Production High\"] ..\": \"..data.Production_Total_H ..\" kWh\" ..\"\\n\"\n labelText = labelText ..translation[\"Production Low\"] ..\": \"..data.Production_Total_L ..\" kWh\" ..\"\\n\"\n labelText = labelText ..translation[\"Production Total\"] ..\": \"..data.Production_Total ..\" kWh\" ..\"\\n\"\n labelText = labelText ..translation[\"Production Actual\"] ..\": \" ..data.Production_Act ..\" Watt\" ..\"\\n\\n\"\n\n -- Gas Consumption \n labelText = labelText ..translation[\"Gas Usage\"] ..\": \"..data.Gas_Usage ..\" l/h\" ..\"\\n\"\n labelText = labelText ..translation[\"Gas Total\"] ..\": \"..data.Gas_Total ..\" m³\" ..\"\\n\\n\"\n \n labelText = labelText ..translation[\"Last Run\"] ..\": \"..os.date(\"%d-%m-%Y %T\") ..\"\\n\"\n\n self:updateView(\"label1\", \"text\", labelText)\n self:logging(2,labelText)\nend\n\n\nfunction QuickApp:valuesToonOne() -- Get the values from json file Toon version 1\n self:logging(3,\"valuesToonOne() - Get the values from json file Toon version 1\")\n -- Consumption\n data.Consumption_H = string.format(\"%.3f\",jsonTable['dev_10.4'].CurrentElectricityFlow)\n data.Consumption_L = string.format(\"%.3f\",jsonTable['dev_10.6'].CurrentElectricityFlow)\n data.Consumption = string.format(\"%.3f\",tonumber(data.Consumption_H)+tonumber(data.Consumption_L))\n data.Consumption_Total_H = string.format(\"%.1f\",tonumber(jsonTable['dev_10.4'].CurrentElectricityQuantity)/1000)\n data.Consumption_Total_L = string.format(\"%.1f\",tonumber(jsonTable['dev_10.6'].CurrentElectricityQuantity)/1000)\n data.Consumption_Total = string.format(\"%.1f\",tonumber(data.Consumption_Total_H)+tonumber(data.Consumption_Total_L))\n -- Production\n data.Production_H = string.format(\"%.3f\",jsonTable['dev_10.5'].CurrentElectricityFlow)\n data.Production_L = string.format(\"%.3f\",jsonTable['dev_10.7'].CurrentElectricityFlow)\n data.Production = string.format(\"%.3f\",tonumber(data.Production_H)+tonumber(data.Production_L))\n data.Production_Total_H = string.format(\"%.1f\",tonumber(jsonTable['dev_10.5'].CurrentElectricityQuantity)/1000)\n data.Production_Total_L = string.format(\"%.1f\",tonumber(jsonTable['dev_10.7'].CurrentElectricityQuantity)/1000)\n data.Production_Total = string.format(\"%.1f\",tonumber(data.Production_Total_H)+tonumber(data.Production_Total_L))\n data.Production_Act = string.format(\"%.3f\",jsonTable['dev_10.3'].CurrentElectricityQuantity)\n -- Net Consumption/Production\n data.netConsumption = string.format(\"%.3f\",tonumber(data.Consumption) - tonumber(data.Production))\n -- Gas \n data.Gas_Usage = string.format(\"%.1f\",jsonTable['dev_10.1'].CurrentGasFlow)\n data.Gas_Total = string.format(\"%.1f\",tonumber(jsonTable['dev_10.1'].CurrentGasQuantity)/1000)\nend\n\n\nfunction QuickApp:valuesToon2v2() -- Get the values from json file Toon version 2v2\n self:logging(3,\"valuesToon2v2() - Get the values from json file Toon version 2v2\")\n -- Consumption\n data.Consumption_H = string.format(\"%.3f\",jsonTable['dev_2.4'].CurrentElectricityFlow)\n data.Consumption_L = string.format(\"%.3f\",jsonTable['dev_2.6'].CurrentElectricityFlow)\n data.Consumption = string.format(\"%.3f\",tonumber(data.Consumption_H)+tonumber(data.Consumption_L))\n data.Consumption_Total_H = string.format(\"%.1f\",tonumber(jsonTable['dev_2.4'].CurrentElectricityQuantity)/1000)\n data.Consumption_Total_L = string.format(\"%.1f\",tonumber(jsonTable['dev_2.6'].CurrentElectricityQuantity)/1000)\n data.Consumption_Total = string.format(\"%.1f\",tonumber(data.Consumption_Total_H)+tonumber(data.Consumption_Total_L))\n -- Production\n data.Production_H = string.format(\"%.3f\",jsonTable['dev_2.5'].CurrentElectricityFlow)\n data.Production_L = string.format(\"%.3f\",jsonTable['dev_2.7'].CurrentElectricityFlow)\n data.Production = string.format(\"%.3f\",tonumber(data.Production_H)+tonumber(data.Production_L))\n data.Production_Total_H = string.format(\"%.1f\",tonumber(jsonTable['dev_2.5'].CurrentElectricityQuantity)/1000)\n data.Production_Total_L = string.format(\"%.1f\",tonumber(jsonTable['dev_2.7'].CurrentElectricityQuantity)/1000)\n data.Production_Total = string.format(\"%.1f\",tonumber(data.Production_Total_H)+tonumber(data.Production_Total_L))\n data.Production_Act = string.format(\"%.3f\",jsonTable['dev_2.3'].CurrentElectricityQuantity)\n -- Net Consumption/Production\n data.netConsumption = string.format(\"%.3f\",tonumber(data.Consumption) - tonumber(data.Production))\n -- Gas \n data.Gas_Usage = string.format(\"%.1f\",jsonTable['dev_2.1'].CurrentGasFlow)\n data.Gas_Total = string.format(\"%.1f\",tonumber(jsonTable['dev_2.1'].CurrentGasQuantity)/1000)\nend\n\n\nfunction QuickApp:valuesToon2v3() -- Get the values from json file Toon version 2v3\n self:logging(3,\"valuesToon2v3() - Get the values from json file Toon version 2v3\")\n -- Consumption\n data.Consumption_H = string.format(\"%.3f\",jsonTable['dev_3.4'].CurrentElectricityFlow)\n data.Consumption_L = string.format(\"%.3f\",jsonTable['dev_3.6'].CurrentElectricityFlow)\n data.Consumption = string.format(\"%.3f\",tonumber(data.Consumption_H)+tonumber(data.Consumption_L))\n data.Consumption_Total_H = string.format(\"%.1f\",tonumber(jsonTable['dev_3.4'].CurrentElectricityQuantity)/1000)\n data.Consumption_Total_L = string.format(\"%.1f\",tonumber(jsonTable['dev_3.6'].CurrentElectricityQuantity)/1000)\n data.Consumption_Total = string.format(\"%.1f\",tonumber(data.Consumption_Total_H)+tonumber(data.Consumption_Total_L))\n -- Production\n data.Production_H = string.format(\"%.3f\",jsonTable['dev_3.5'].CurrentElectricityFlow)\n data.Production_L = string.format(\"%.3f\",jsonTable['dev_3.7'].CurrentElectricityFlow)\n data.Production = string.format(\"%.3f\",tonumber(data.Production_H)+tonumber(data.Production_L))\n data.Production_Total_H = string.format(\"%.1f\",tonumber(jsonTable['dev_3.5'].CurrentElectricityQuantity)/1000)\n data.Production_Total_L = string.format(\"%.1f\",tonumber(jsonTable['dev_3.7'].CurrentElectricityQuantity)/1000)\n data.Production_Total = string.format(\"%.1f\",tonumber(data.Production_Total_H)+tonumber(data.Production_Total_L))\n data.Production_Act = string.format(\"%.3f\",jsonTable['dev_3.3'].CurrentElectricityQuantity)\n -- Net Consumption/Production\n data.netConsumption = string.format(\"%.3f\",tonumber(data.Consumption) - tonumber(data.Production))\n -- Gas \n data.Gas_Usage = string.format(\"%.1f\",jsonTable['dev_3.1'].CurrentGasFlow)\n data.Gas_Total = string.format(\"%.1f\",tonumber(jsonTable['dev_3.1'].CurrentGasQuantity)/1000)\nend\n\n\nfunction QuickApp:valuesToon2v4() -- Get the values from json file Toon version 2v4\n self:logging(3,\"valuesToon2v6() - Get the values from json file Toon version 2v4\")\n -- Consumption\n data.Consumption_H = string.format(\"%.3f\",jsonTable['dev_4.4'].CurrentElectricityFlow)\n data.Consumption_L = string.format(\"%.3f\",jsonTable['dev_4.6'].CurrentElectricityFlow)\n data.Consumption = string.format(\"%.3f\",tonumber(data.Consumption_H)+tonumber(data.Consumption_L))\n data.Consumption_Total_H = string.format(\"%.1f\",tonumber(jsonTable['dev_4.4'].CurrentElectricityQuantity)/1000)\n data.Consumption_Total_L = string.format(\"%.1f\",tonumber(jsonTable['dev_4.6'].CurrentElectricityQuantity)/1000)\n data.Consumption_Total = string.format(\"%.1f\",tonumber(data.Consumption_Total_H)+tonumber(data.Consumption_Total_L))\n -- Production\n data.Production_H = string.format(\"%.3f\",jsonTable['dev_4.5'].CurrentElectricityFlow)\n data.Production_L = string.format(\"%.3f\",jsonTable['dev_4.7'].CurrentElectricityFlow)\n data.Production = string.format(\"%.3f\",tonumber(data.Production_H)+tonumber(data.Production_L))\n data.Production_Total_H = string.format(\"%.1f\",tonumber(jsonTable['dev_4.5'].CurrentElectricityQuantity)/1000)\n data.Production_Total_L = string.format(\"%.1f\",tonumber(jsonTable['dev_4.7'].CurrentElectricityQuantity)/1000)\n data.Production_Total = string.format(\"%.1f\",tonumber(data.Production_Total_H)+tonumber(data.Production_Total_L))\n data.Production_Act = string.format(\"%.3f\",jsonTable['dev_4.3'].CurrentElectricityQuantity)\n -- Net Consumption/Production\n data.netConsumption = string.format(\"%.3f\",tonumber(data.Consumption) - tonumber(data.Production))\n -- Gas \n data.Gas_Usage = string.format(\"%.1f\",jsonTable['dev_4.1'].CurrentGasFlow)\n data.Gas_Total = string.format(\"%.1f\",tonumber(jsonTable['dev_4.1'].CurrentGasQuantity)/1000)\nend\n\n\nfunction QuickApp:valuesToon2v5() -- Get the values from json file Toon version 2v5\n self:logging(3,\"valuesToon2v5() - Get the values from json file Toon version 2v5\")\n -- Consumption\n data.Consumption_H = string.format(\"%.3f\",jsonTable['dev_5.4'].CurrentElectricityFlow)\n data.Consumption_L = string.format(\"%.3f\",jsonTable['dev_5.6'].CurrentElectricityFlow)\n data.Consumption = string.format(\"%.3f\",tonumber(data.Consumption_H)+tonumber(data.Consumption_L))\n data.Consumption_Total_H = string.format(\"%.1f\",tonumber(jsonTable['dev_5.4'].CurrentElectricityQuantity)/1000)\n data.Consumption_Total_L = string.format(\"%.1f\",tonumber(jsonTable['dev_5.6'].CurrentElectricityQuantity)/1000)\n data.Consumption_Total = string.format(\"%.1f\",tonumber(data.Consumption_Total_H)+tonumber(data.Consumption_Total_L))\n -- Production\n data.Production_H = string.format(\"%.3f\",jsonTable['dev_5.5'].CurrentElectricityFlow)\n data.Production_L = string.format(\"%.3f\",jsonTable['dev_5.7'].CurrentElectricityFlow)\n data.Production = string.format(\"%.3f\",tonumber(data.Production_H)+tonumber(data.Production_L))\n data.Production_Total_H = string.format(\"%.1f\",tonumber(jsonTable['dev_5.5'].CurrentElectricityQuantity)/1000)\n data.Production_Total_L = string.format(\"%.1f\",tonumber(jsonTable['dev_5.7'].CurrentElectricityQuantity)/1000)\n data.Production_Total = string.format(\"%.1f\",tonumber(data.Production_Total_H)+tonumber(data.Production_Total_L))\n data.Production_Act = string.format(\"%.3f\",jsonTable['dev_5.3'].CurrentElectricityQuantity)\n -- Net Consumption/Production\n data.netConsumption = string.format(\"%.3f\",tonumber(data.Consumption) - tonumber(data.Production))\n -- Gas \n data.Gas_Usage = string.format(\"%.1f\",jsonTable['dev_5.1'].CurrentGasFlow)\n data.Gas_Total = string.format(\"%.1f\",tonumber(jsonTable['dev_5.1'].CurrentGasQuantity)/1000)\nend\n\n\nfunction QuickApp:valuesToon2v6() -- Get the values from json file Toon version 2v6\n self:logging(3,\"valuesToon2v6() - Get the values from json file Toon version 2v6\")\n -- Consumption\n data.Consumption_H = string.format(\"%.3f\",jsonTable['dev_6.4'].CurrentElectricityFlow)\n data.Consumption_L = string.format(\"%.3f\",jsonTable['dev_6.6'].CurrentElectricityFlow)\n data.Consumption = string.format(\"%.3f\",tonumber(data.Consumption_H)+tonumber(data.Consumption_L))\n data.Consumption_Total_H = string.format(\"%.1f\",tonumber(jsonTable['dev_6.4'].CurrentElectricityQuantity)/1000)\n data.Consumption_Total_L = string.format(\"%.1f\",tonumber(jsonTable['dev_6.6'].CurrentElectricityQuantity)/1000)\n data.Consumption_Total = string.format(\"%.1f\",tonumber(data.Consumption_Total_H)+tonumber(data.Consumption_Total_L))\n -- Production\n data.Production_H = string.format(\"%.3f\",jsonTable['dev_6.5'].CurrentElectricityFlow)\n data.Production_L = string.format(\"%.3f\",jsonTable['dev_6.7'].CurrentElectricityFlow)\n data.Production = string.format(\"%.3f\",tonumber(data.Production_H)+tonumber(data.Production_L))\n data.Production_Total_H = string.format(\"%.1f\",tonumber(jsonTable['dev_6.5'].CurrentElectricityQuantity)/1000)\n data.Production_Total_L = string.format(\"%.1f\",tonumber(jsonTable['dev_6.7'].CurrentElectricityQuantity)/1000)\n data.Production_Total = string.format(\"%.1f\",tonumber(data.Production_Total_H)+tonumber(data.Production_Total_L))\n data.Production_Act = string.format(\"%.3f\",jsonTable['dev_6.3'].CurrentElectricityQuantity)\n -- Net Consumption/Production\n data.netConsumption = string.format(\"%.3f\",tonumber(data.Consumption) - tonumber(data.Production))\n -- Gas \n data.Gas_Usage = string.format(\"%.1f\",jsonTable['dev_6.1'].CurrentGasFlow)\n data.Gas_Total = string.format(\"%.1f\",tonumber(jsonTable['dev_6.1'].CurrentGasQuantity)/1000)\nend\n\n\nfunction QuickApp:simData() -- Simulate Toon\n self:logging(3,\"simData() - Simulate Toon\")\n if toonVersion == \"2v2\" or toonVersion == \"2\" then -- Toon version 2v2\n apiResult = '{\"dev_2\": {\"uuid\": \"9cf0673f-799f-46b5-88a1-a6bf9d2a663e\", \"name\": \"HAE_METER_v3\", \"internalAddress\": \"2\", \"type\": \"HAE_METER_v3\", \"supportsCrc\": \"1\", \"ccList\": \"5e 86 72 32 56 5a 59 85 73 7a 60 8e 22 70 8b 3c 3d 3e\", \"supportedCC\": \"5e 86 72 32 56 5a 59 85 73 7a 60 8e 22 70 8b 3c 3d 3e\", \"nodeFlags\": [], \"IsConnected\": \"1\", \"HealthValue\": \"10\", \"DeviceName\": \"HAE_METER_v3\", \"CurrentSensorStatus\": \"UNKNOWN\"}, \"dev_2.1\": {\"uuid\": \"e40169ea-c41a-4da7-aec0-768994307e67\", \"name\": \"HAE_METER_v3_1\", \"internalAddress\": \"2.1\", \"type\": \"HAE_METER_v3_1\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"WARNING\", \"CurrentGasFlow\": \"71.00\", \"CurrentGasQuantity\": \"969260.00\", \"DeviceName\": \"HAE_METER_v3_1\"}, \"dev_2.2\": {\"uuid\": \"bbb384e2-63fe-4b1d-b592-70cea5e0188c\", \"name\": \"HAE_METER_v3_2\", \"internalAddress\": \"2.2\", \"type\": \"HAE_METER_v3_2\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"UNKNOWN\", \"DeviceName\": \"HAE_METER_v3_2\", \"CurrentElectricityFlow\": \"0\", \"CurrentElectricityQuantity\": \"0\"}, \"dev_2.3\": {\"uuid\": \"286c9eea-c9a2-42c6-9fc1-3e1bb271d8c8\", \"name\": \"HAE_METER_v3_3\", \"internalAddress\": \"2.3\", \"type\": \"HAE_METER_v3_3\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"UNKNOWN\", \"DeviceName\": \"HAE_METER_v3_3\", \"CurrentElectricityFlow\": \"0\", \"CurrentElectricityQuantity\": \"0\"}, \"dev_2.4\": {\"uuid\": \"f665213b-87ae-4faa-accb-03fd863138d8\", \"name\": \"HAE_METER_v3_4\", \"internalAddress\": \"2.4\", \"type\": \"HAE_METER_v3_4\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"WARNING\", \"DeviceName\": \"HAE_METER_v3_4\", \"CurrentElectricityFlow\": \"499.00\", \"CurrentElectricityQuantity\": \"2356741.00\"}, \"dev_2.5\": {\"uuid\": \"41b82ea8-7b8a-4eed-b570-b562fd303ac7\", \"name\": \"HAE_METER_v3_5\", \"internalAddress\": \"2.5\", \"type\": \"HAE_METER_v3_5\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"UNKNOWN\", \"DeviceName\": \"HAE_METER_v3_5\", \"CurrentElectricityFlow\": \"312.00\", \"CurrentElectricityQuantity\": \"1287325.00\"}, \"dev_2.6\": {\"uuid\": \"bffb19a2-6dfa-4c40-906b-1051e7e91a74\", \"name\": \"HAE_METER_v3_6\", \"internalAddress\": \"2.6\", \"type\": \"HAE_METER_v3_6\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"UNKNOWN\", \"DeviceName\": \"HAE_METER_v3_6\", \"CurrentElectricityFlow\": \"0.00\", \"CurrentElectricityQuantity\": \"1862969.00\"}, \"dev_2.7\": {\"uuid\": \"828d2fba-f815-4b20-9ff9-f8ec0fa4e21e\", \"name\": \"HAE_METER_v3_7\", \"internalAddress\": \"2.7\", \"type\": \"HAE_METER_v3_7\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"UNKNOWN\", \"DeviceName\": \"HAE_METER_v3_7\", \"CurrentElectricityFlow\": \"0.00\", \"CurrentElectricityQuantity\": \"923615.00\"}, \"dev_2.8\": {\"uuid\": \"f76e822a-b29e-4007-901f-4cc7d52fbc68\", \"name\": \"HAE_METER_v3_8\", \"internalAddress\": \"2.8\", \"type\": \"HAE_METER_v3_8\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"UNKNOWN\", \"DeviceName\": \"HAE_METER_v3_8\", \"CurrentHeatQuantity\": \"0\", \"CurrentHeatFlow\": \"0\"}}'\n elseif toonVersion == \"2v3\" then -- Toon version 2v3\n apiResult = '{\"dev_settings_device\": {\"uuid\": \"7e8ba3a4-a47a-450f-945b-f582daa00824\", \"name\": \"settings_device\", \"internalAddress\": \"settings_device\", \"type\": \"settings_device\"}, \"dev_3\": {\"uuid\": \"4e7ea85a-efe8-4ad2-ade2-63561eef2cfd\", \"name\": \"HAE_METER_v3\", \"internalAddress\": \"3\", \"type\": \"HAE_METER_v3\", \"supportsCrc\": \"1\", \"ccList\": \"5e 86 72 32 56 5a 59 85 73 7a 60 8e 22 70 8b 3c 3d 3e\", \"supportedCC\": \"5e 86 72 32 56 5a 59 85 73 7a 60 8e 22 70 8b 3c 3d 3e\", \"nodeFlags\": [], \"IsConnected\": \"1\", \"HealthValue\": \"10\", \"DeviceName\": \"HAE_METER_v3\", \"CurrentSensorStatus\": \"UNKNOWN\"}, \"dev_3.1\": {\"uuid\": \"c82952a1-422e-495c-b98b-30ae488f99fe\", \"name\": \"HAE_METER_v3_1\", \"internalAddress\": \"3.1\", \"type\": \"HAE_METER_v3_1\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"WARNING\", \"DeviceName\": \"HAE_METER_v3_1\", \"CurrentGasFlow\": \"104.00\", \"CurrentGasQuantity\": \"9137836.00\"}, \"dev_3.2\": {\"uuid\": \"ff31cb7f-fefe-4df3-a349-709f7d79a149\", \"name\": \"HAE_METER_v3_2\", \"internalAddress\": \"3.2\", \"type\": \"HAE_METER_v3_2\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"UNKNOWN\", \"DeviceName\": \"HAE_METER_v3_2\", \"CurrentElectricityFlow\": \"NaN\", \"CurrentElectricityQuantity\": \"NaN\"}, \"dev_3.3\": {\"uuid\": \"54d44628-f538-4819-a1b8-7b1bb92b05a6\", \"name\": \"HAE_METER_v3_3\", \"internalAddress\": \"3.3\", \"type\": \"HAE_METER_v3_3\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"UNKNOWN\", \"DeviceName\": \"HAE_METER_v3_3\", \"CurrentElectricityFlow\": \"NaN\", \"CurrentElectricityQuantity\": \"NaN\"}, \"dev_3.4\": {\"uuid\": \"7ce94a24-7184-45eb-987e-7b184f5bf6b8\", \"name\": \"HAE_METER_v3_4\", \"internalAddress\": \"3.4\", \"type\": \"HAE_METER_v3_4\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"WARNING\", \"DeviceName\": \"HAE_METER_v3_4\", \"CurrentElectricityFlow\": \"5436.00\", \"CurrentElectricityQuantity\": \"21083222.00\"}, \"dev_3.5\": {\"uuid\": \"7fc5cfd9-5de1-4152-882c-28e97549ad4e\", \"name\": \"HAE_METER_v3_5\", \"internalAddress\": \"3.5\", \"type\": \"HAE_METER_v3_5\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"UNKNOWN\", \"DeviceName\": \"HAE_METER_v3_5\", \"CurrentElectricityFlow\": \"0.00\", \"CurrentElectricityQuantity\": \"1034029.00\"}, \"dev_3.6\": {\"uuid\": \"65858220-d550-4f03-b423-4376baa49859\", \"name\": \"HAE_METER_v3_6\", \"internalAddress\": \"3.6\", \"type\": \"HAE_METER_v3_6\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"UNKNOWN\", \"DeviceName\": \"HAE_METER_v3_6\", \"CurrentElectricityFlow\": \"0.00\", \"CurrentElectricityQuantity\": \"12789580.00\"}, \"dev_3.7\": {\"uuid\": \"8062d998-cb7a-4fec-95ca-fef93fa52618\", \"name\": \"HAE_METER_v3_7\", \"internalAddress\": \"3.7\", \"type\": \"HAE_METER_v3_7\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"UNKNOWN\", \"DeviceName\": \"HAE_METER_v3_7\", \"CurrentElectricityFlow\": \"0.00\", \"CurrentElectricityQuantity\": \"1833545.00\"}, \"dev_3.8\": {\"uuid\": \"093102cf-fa80-4b42-b1ec-d879658b274e\", \"name\": \"HAE_METER_v3_8\", \"internalAddress\": \"3.8\", \"type\": \"HAE_METER_v3_8\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"UNKNOWN\", \"DeviceName\": \"HAE_METER_v3_8\", \"CurrentHeatQuantity\": \"NaN\", \"CurrentHeatFlow\": \"NaN\"}}'\n elseif toonVersion == \"2v4\" then -- Toon version 2v4\n apiResult = '{\"dev_settings_device\": {\"uuid\": \"2d5bcbb7-dc35-4e2e-972a-77b77f73e42e\", \"name\": \"settings_device\", \"internalAddress\": \"settings_device\", \"type\": \"settings_device\"}, \"dev_4\": {\"uuid\": \"b36183a7-e406-4111-b164-33a72231de34\", \"name\": \"HAE_METER_v4\", \"internalAddress\": \"6\", \"type\": \"HAE_METER_v4\", \"supportsCrc\": \"1\", \"ccList\": \"5e 86 72 32 56 5a 59 85 73 7a 60 8e 22 70 8b 3c 3d 3e\", \"supportedCC\": \"5e 86 72 32 56 5a 59 85 73 7a 60 8e 22 70 8b 3c 3d 3e\", \"nodeFlags\": [], \"IsConnected\": \"1\", \"HealthValue\": \"-1\", \"DeviceName\": \"HAE_METER_v4\", \"CurrentSensorStatus\": \"UNKNOWN\"}, \"dev_4.1\": {\"uuid\": \"51c0e14b-4634-4055-b3cd-6d93a8c0e9b7\", \"name\": \"HAE_METER_v4_1\", \"internalAddress\": \"6.1\", \"type\": \"HAE_METER_v4_1\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"OPERATIONAL\", \"CurrentGasFlow\": \"407.00\", \"CurrentGasQuantity\": \"9790013.00\", \"DeviceName\": \"HAE_METER_v4_1\"}, \"dev_4.2\": {\"uuid\": \"f7fe281a-7c95-48b8-9984-ff6ff73c87a9\", \"name\": \"HAE_METER_v4_2\", \"internalAddress\": \"6.2\", \"type\": \"HAE_METER_v4_2\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"UNKNOWN\", \"DeviceName\": \"HAE_METER_v4_2\", \"CurrentElectricityFlow\": \"NaN\", \"CurrentElectricityQuantity\": \"NaN\"}, \"dev_4.3\": {\"uuid\": \"b66e2b0e-14b0-4a41-a814-809ce1690c91\", \"name\": \"HAE_METER_v4_3\", \"internalAddress\": \"6.3\", \"type\": \"HAE_METER_v4_3\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"UNKNOWN\", \"DeviceName\": \"HAE_METER_v4_3\", \"CurrentElectricityFlow\": \"NaN\", \"CurrentElectricityQuantity\": \"NaN\"}, \"dev_4.4\": {\"uuid\": \"a9297e52-4193-4d21-ba12-ba1562f38b38\", \"name\": \"HAE_METER_v4_4\", \"internalAddress\": \"6.4\", \"type\": \"HAE_METER_v4_4\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"OPERATIONAL\", \"DeviceName\": \"HAE_METER_v4_4\", \"CurrentElectricityFlow\": \"0.00\", \"CurrentElectricityQuantity\": \"24557836.00\"}, \"dev_4.5\": {\"uuid\": \"8aff2655-4017-4d40-8d85-30c2f9be08d6\", \"name\": \"HAE_METER_v4_5\", \"internalAddress\": \"6.5\", \"type\": \"HAE_METER_v4_5\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"UNKNOWN\", \"DeviceName\": \"HAE_METER_v4_5\", \"CurrentElectricityFlow\": \"0.00\", \"CurrentElectricityQuantity\": \"6358776.00\"}, \"dev_4.6\": {\"uuid\": \"f7ccfa90-19f3-4cd9-a400-de8e7f2f1b02\", \"name\": \"HAE_METER_v4_6\", \"internalAddress\": \"6.6\", \"type\": \"HAE_METER_v4_6\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"UNKNOWN\", \"DeviceName\": \"HAE_METER_v4_6\", \"CurrentElectricityFlow\": \"0.00\", \"CurrentElectricityQuantity\": \"28417665.00\"}, \"dev_4.7\": {\"uuid\": \"25398f87-7244-4d1e-bca7-8b6889ec9fdb\", \"name\": \"HAE_METER_v4_7\", \"internalAddress\": \"6.7\", \"type\": \"HAE_METER_v4_7\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"UNKNOWN\", \"DeviceName\": \"HAE_METER_v4_7\", \"CurrentElectricityFlow\": \"800.00\", \"CurrentElectricityQuantity\": \"2555416.00\"}, \"dev_4.8\": {\"uuid\": \"6ec86c75-18e4-4ec9-a02c-d889b119642b\", \"name\": \"HAE_METER_v4_8\", \"internalAddress\": \"6.8\", \"type\": \"HAE_METER_v4_8\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"UNKNOWN\", \"DeviceName\": \"HAE_METER_v4_8\", \"CurrentHeatQuantity\": \"NaN\", \"CurrentHeatFlow\": \"NaN\"}, \"dev_4.9\": {\"uuid\": \"1661001c-635e-46ff-b943-55cf72de69e1\", \"name\": \"HAE_METER_v4_9\", \"internalAddress\": \"6.9\", \"type\": \"HAE_METER_v4_9\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"UNKNOWN\", \"DeviceName\": \"HAE_METER_v4_9\", \"CurrentWaterQuantity\": \"NaN\", \"CurrentWaterFlow\": \"NaN\"}}'\n elseif toonVersion == \"2v5\" then -- Toon version 2v5\n apiResult = '{\"dev_settings_device\": {\"uuid\": \"2d5bcbb7-dc35-4e2e-972a-77b77f73e42e\", \"name\": \"settings_device\", \"internalAddress\": \"settings_device\", \"type\": \"settings_device\"}, \"dev_5\": {\"uuid\": \"b36183a7-e406-4111-b164-33a72231de34\", \"name\": \"HAE_METER_v4\", \"internalAddress\": \"6\", \"type\": \"HAE_METER_v4\", \"supportsCrc\": \"1\", \"ccList\": \"5e 86 72 32 56 5a 59 85 73 7a 60 8e 22 70 8b 3c 3d 3e\", \"supportedCC\": \"5e 86 72 32 56 5a 59 85 73 7a 60 8e 22 70 8b 3c 3d 3e\", \"nodeFlags\": [], \"IsConnected\": \"1\", \"HealthValue\": \"-1\", \"DeviceName\": \"HAE_METER_v4\", \"CurrentSensorStatus\": \"UNKNOWN\"}, \"dev_5.1\": {\"uuid\": \"51c0e14b-4634-4055-b3cd-6d93a8c0e9b7\", \"name\": \"HAE_METER_v4_1\", \"internalAddress\": \"6.1\", \"type\": \"HAE_METER_v4_1\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"OPERATIONAL\", \"CurrentGasFlow\": \"407.00\", \"CurrentGasQuantity\": \"9790013.00\", \"DeviceName\": \"HAE_METER_v4_1\"}, \"dev_5.2\": {\"uuid\": \"f7fe281a-7c95-48b8-9984-ff6ff73c87a9\", \"name\": \"HAE_METER_v4_2\", \"internalAddress\": \"6.2\", \"type\": \"HAE_METER_v4_2\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"UNKNOWN\", \"DeviceName\": \"HAE_METER_v4_2\", \"CurrentElectricityFlow\": \"NaN\", \"CurrentElectricityQuantity\": \"NaN\"}, \"dev_5.3\": {\"uuid\": \"b66e2b0e-14b0-4a41-a814-809ce1690c91\", \"name\": \"HAE_METER_v4_3\", \"internalAddress\": \"6.3\", \"type\": \"HAE_METER_v4_3\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"UNKNOWN\", \"DeviceName\": \"HAE_METER_v4_3\", \"CurrentElectricityFlow\": \"NaN\", \"CurrentElectricityQuantity\": \"NaN\"}, \"dev_5.4\": {\"uuid\": \"a9297e52-4193-4d21-ba12-ba1562f38b38\", \"name\": \"HAE_METER_v4_4\", \"internalAddress\": \"6.4\", \"type\": \"HAE_METER_v4_4\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"OPERATIONAL\", \"DeviceName\": \"HAE_METER_v4_4\", \"CurrentElectricityFlow\": \"0.00\", \"CurrentElectricityQuantity\": \"24557836.00\"}, \"dev_5.5\": {\"uuid\": \"8aff2655-4017-4d40-8d85-30c2f9be08d6\", \"name\": \"HAE_METER_v4_5\", \"internalAddress\": \"6.5\", \"type\": \"HAE_METER_v4_5\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"UNKNOWN\", \"DeviceName\": \"HAE_METER_v4_5\", \"CurrentElectricityFlow\": \"0.00\", \"CurrentElectricityQuantity\": \"6358776.00\"}, \"dev_5.6\": {\"uuid\": \"f7ccfa90-19f3-4cd9-a400-de8e7f2f1b02\", \"name\": \"HAE_METER_v4_6\", \"internalAddress\": \"6.6\", \"type\": \"HAE_METER_v4_6\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"UNKNOWN\", \"DeviceName\": \"HAE_METER_v4_6\", \"CurrentElectricityFlow\": \"0.00\", \"CurrentElectricityQuantity\": \"28417665.00\"}, \"dev_5.7\": {\"uuid\": \"25398f87-7244-4d1e-bca7-8b6889ec9fdb\", \"name\": \"HAE_METER_v4_7\", \"internalAddress\": \"6.7\", \"type\": \"HAE_METER_v4_7\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"UNKNOWN\", \"DeviceName\": \"HAE_METER_v4_7\", \"CurrentElectricityFlow\": \"800.00\", \"CurrentElectricityQuantity\": \"2555416.00\"}, \"dev_5.8\": {\"uuid\": \"6ec86c75-18e4-4ec9-a02c-d889b119642b\", \"name\": \"HAE_METER_v4_8\", \"internalAddress\": \"6.8\", \"type\": \"HAE_METER_v4_8\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"UNKNOWN\", \"DeviceName\": \"HAE_METER_v4_8\", \"CurrentHeatQuantity\": \"NaN\", \"CurrentHeatFlow\": \"NaN\"}, \"dev_5.9\": {\"uuid\": \"1661001c-635e-46ff-b943-55cf72de69e1\", \"name\": \"HAE_METER_v4_9\", \"internalAddress\": \"6.9\", \"type\": \"HAE_METER_v4_9\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"UNKNOWN\", \"DeviceName\": \"HAE_METER_v4_9\", \"CurrentWaterQuantity\": \"NaN\", \"CurrentWaterFlow\": \"NaN\"}}'\n elseif toonVersion == \"2v6\" then -- Toon version 2v6\n apiResult = '{\"dev_settings_device\": {\"uuid\": \"2d5bcbb7-dc35-4e2e-972a-77b77f73e42e\", \"name\": \"settings_device\", \"internalAddress\": \"settings_device\", \"type\": \"settings_device\"}, \"dev_6\": {\"uuid\": \"b36183a7-e406-4111-b164-33a72231de34\", \"name\": \"HAE_METER_v4\", \"internalAddress\": \"6\", \"type\": \"HAE_METER_v4\", \"supportsCrc\": \"1\", \"ccList\": \"5e 86 72 32 56 5a 59 85 73 7a 60 8e 22 70 8b 3c 3d 3e\", \"supportedCC\": \"5e 86 72 32 56 5a 59 85 73 7a 60 8e 22 70 8b 3c 3d 3e\", \"nodeFlags\": [], \"IsConnected\": \"1\", \"HealthValue\": \"-1\", \"DeviceName\": \"HAE_METER_v4\", \"CurrentSensorStatus\": \"UNKNOWN\"}, \"dev_6.1\": {\"uuid\": \"51c0e14b-4634-4055-b3cd-6d93a8c0e9b7\", \"name\": \"HAE_METER_v4_1\", \"internalAddress\": \"6.1\", \"type\": \"HAE_METER_v4_1\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"OPERATIONAL\", \"CurrentGasFlow\": \"407.00\", \"CurrentGasQuantity\": \"9790013.00\", \"DeviceName\": \"HAE_METER_v4_1\"}, \"dev_6.2\": {\"uuid\": \"f7fe281a-7c95-48b8-9984-ff6ff73c87a9\", \"name\": \"HAE_METER_v4_2\", \"internalAddress\": \"6.2\", \"type\": \"HAE_METER_v4_2\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"UNKNOWN\", \"DeviceName\": \"HAE_METER_v4_2\", \"CurrentElectricityFlow\": \"NaN\", \"CurrentElectricityQuantity\": \"NaN\"}, \"dev_6.3\": {\"uuid\": \"b66e2b0e-14b0-4a41-a814-809ce1690c91\", \"name\": \"HAE_METER_v4_3\", \"internalAddress\": \"6.3\", \"type\": \"HAE_METER_v4_3\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"UNKNOWN\", \"DeviceName\": \"HAE_METER_v4_3\", \"CurrentElectricityFlow\": \"NaN\", \"CurrentElectricityQuantity\": \"NaN\"}, \"dev_6.4\": {\"uuid\": \"a9297e52-4193-4d21-ba12-ba1562f38b38\", \"name\": \"HAE_METER_v4_4\", \"internalAddress\": \"6.4\", \"type\": \"HAE_METER_v4_4\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"OPERATIONAL\", \"DeviceName\": \"HAE_METER_v4_4\", \"CurrentElectricityFlow\": \"0.00\", \"CurrentElectricityQuantity\": \"24557836.00\"}, \"dev_6.5\": {\"uuid\": \"8aff2655-4017-4d40-8d85-30c2f9be08d6\", \"name\": \"HAE_METER_v4_5\", \"internalAddress\": \"6.5\", \"type\": \"HAE_METER_v4_5\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"UNKNOWN\", \"DeviceName\": \"HAE_METER_v4_5\", \"CurrentElectricityFlow\": \"0.00\", \"CurrentElectricityQuantity\": \"6358776.00\"}, \"dev_6.6\": {\"uuid\": \"f7ccfa90-19f3-4cd9-a400-de8e7f2f1b02\", \"name\": \"HAE_METER_v4_6\", \"internalAddress\": \"6.6\", \"type\": \"HAE_METER_v4_6\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"UNKNOWN\", \"DeviceName\": \"HAE_METER_v4_6\", \"CurrentElectricityFlow\": \"0.00\", \"CurrentElectricityQuantity\": \"28417665.00\"}, \"dev_6.7\": {\"uuid\": \"25398f87-7244-4d1e-bca7-8b6889ec9fdb\", \"name\": \"HAE_METER_v4_7\", \"internalAddress\": \"6.7\", \"type\": \"HAE_METER_v4_7\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"UNKNOWN\", \"DeviceName\": \"HAE_METER_v4_7\", \"CurrentElectricityFlow\": \"800.00\", \"CurrentElectricityQuantity\": \"2555416.00\"}, \"dev_6.8\": {\"uuid\": \"6ec86c75-18e4-4ec9-a02c-d889b119642b\", \"name\": \"HAE_METER_v4_8\", \"internalAddress\": \"6.8\", \"type\": \"HAE_METER_v4_8\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"UNKNOWN\", \"DeviceName\": \"HAE_METER_v4_8\", \"CurrentHeatQuantity\": \"NaN\", \"CurrentHeatFlow\": \"NaN\"}, \"dev_6.9\": {\"uuid\": \"1661001c-635e-46ff-b943-55cf72de69e1\", \"name\": \"HAE_METER_v4_9\", \"internalAddress\": \"6.9\", \"type\": \"HAE_METER_v4_9\", \"supportsCrc\": \"0\", \"ccList\": \"5e 59 85 8e 3c 3d 3e\", \"supportedCC\": \"5e 59 85 8e 3c 3d 3e\", \"nodeFlags\": [], \"CurrentSensorStatus\": \"UNKNOWN\", \"DeviceName\": \"HAE_METER_v4_9\", \"CurrentWaterQuantity\": \"NaN\", \"CurrentWaterFlow\": \"NaN\"}}'\n else -- Toon version 1\n apiResult = '{\"dev_settings_device\": {\"uuid\": \"17f709f0-dbb1-4081-808b-2152cf7622b5\", \"name\": \"settings_device\", \"internalAddress\": \"settings_device\", \"type\": \"settings_device\"}, \"dev_3\": {\"uuid\": \"bf979010-40ff-429d-ade3-9e272f4976d0\", \"name\": \"cv boven\", \"internalAddress\": \"3\", \"type\": \"FGWP011\", \"supportsCrc\": \"0\", \"ccList\": \"72 86 70 85 8e 25 73 32 31 7a\", \"supportedCC\": \"72 86 70 85 8e 25 73 32 31 7a\", \"nodeFlags\": [], \"TargetStatus\": \"1\", \"CurrentElectricityFlow\": \"3.20\", \"CurrentElectricityQuantity\": \"477620.00\", \"IsConnected\": \"1\", \"HealthValue\": \"10\", \"DeviceName\": \"cv boven\"}, \"dev_4\": {\"uuid\": \"b14e07b2-0b6b-4e59-8f51-2956f805261b\", \"name\": \"FGWP011\", \"internalAddress\": \"4\", \"type\": \"FGWP011\", \"supportsCrc\": \"0\", \"ccList\": \"72 86 70 85 8e 25 73 32 31 7a\", \"supportedCC\": \"72 86 70 85 8e 25 73 32 31 7a\", \"nodeFlags\": [], \"TargetStatus\": \"1\", \"CurrentElectricityFlow\": \"0.70\", \"CurrentElectricityQuantity\": \"601520.00\", \"IsConnected\": \"1\", \"HealthValue\": \"-1\", \"DeviceName\": \"FGWP011\"}, \"dev_10\": {\"uuid\": \"060d70a3-7362-4dd9-8509-06ee97b82546\", \"name\": \"HAE_METER_v3\", \"internalAddress\": \"10\", \"type\": \"HAE_METER_v3\", \"supportsCrc\": \"1\", \"ccList\": \"5e 86 72 32 56 5a 59 85 73 7a 60 8e 22 70 8b 3c 3d 3e\", \"supportedCC\": \"5e 86 72 32 56 5a 59 85 73 7a 60 8e 22 70 8b 3c 3d 3e\", \"nodeFlags\": [], \"IsConnected\": \"1\", \"HealthValue\": \"-1\", \"DeviceName\": \"HAE_METER_v3\", \"CurrentSensorStatus\": \"UNKNOWN\"}, \"dev_10.1\": {\"uuid\": \"9c804ca1-9139-42de-b5fe-a1b7266ab8d9\", \"name\": \"HAE_METER_v3_1\", \"internalAddress\": \"10.1\", \"type\": \"gas\", \"supportsCrc\": \"0\", \"nodeFlags\": [], \"CurrentGasFlow\": \"581.00\", \"CurrentGasQuantity\": \"7277954.00\", \"DeviceName\": \"HAE_METER_v3_1\"}, \"dev_10.2\": {\"uuid\": \"ee17f68e-8786-4708-a622-2ac201448266\", \"name\": \"HAE_METER_v3_2\", \"internalAddress\": \"10.2\", \"type\": \"elec\", \"supportsCrc\": \"0\", \"nodeFlags\": [], \"CurrentElectricityFlow\": \"0\", \"CurrentElectricityQuantity\": \"0\", \"DeviceName\": \"HAE_METER_v3_2\"}, \"dev_10.3\": {\"uuid\": \"834b1da5-0a15-446f-8ae6-15cf255230e5\", \"name\": \"HAE_METER_v3_3\", \"internalAddress\": \"10.3\", \"type\": \"elec_solar\", \"supportsCrc\": \"0\", \"nodeFlags\": [], \"CurrentElectricityFlow\": \"0.00\", \"CurrentElectricityQuantity\": \"0.00\", \"DeviceName\": \"HAE_METER_v3_3\"}, \"dev_10.4\": {\"uuid\": \"0a16a44e-648e-4b1a-b0eb-752af278dd9a\", \"name\": \"HAE_METER_v3_4\", \"internalAddress\": \"10.4\", \"type\": \"elec_delivered_nt\", \"supportsCrc\": \"0\", \"nodeFlags\": [], \"CurrentElectricityFlow\": \"326.00\", \"CurrentElectricityQuantity\": \"10670267.00\", \"DeviceName\": \"HAE_METER_v3_4\"}, \"dev_10.5\": {\"uuid\": \"7bbb4598-3288-4a12-931c-f839c2aca8b9\", \"name\": \"HAE_METER_v3_5\", \"internalAddress\": \"10.5\", \"type\": \"elec_received_nt\", \"supportsCrc\": \"0\", \"nodeFlags\": [], \"CurrentElectricityFlow\": \"0.00\", \"CurrentElectricityQuantity\": \"4747586.00\", \"DeviceName\": \"HAE_METER_v3_5\"}, \"dev_10.6\": {\"uuid\": \"9c0a2fbd-526f-41ae-ade8-7ed7e0d42bce\", \"name\": \"HAE_METER_v3_6\", \"internalAddress\": \"10.6\", \"type\": \"elec_delivered_lt\", \"supportsCrc\": \"0\", \"nodeFlags\": [], \"CurrentElectricityFlow\": \"0.00\", \"CurrentElectricityQuantity\": \"11662485.00\", \"DeviceName\": \"HAE_METER_v3_6\"}, \"dev_10.7\": {\"uuid\": \"e87a8157-dfcf-4403-aab1-ced37e99b529\", \"name\": \"HAE_METER_v3_7\", \"internalAddress\": \"10.7\", \"type\": \"elec_received_lt\", \"supportsCrc\": \"0\", \"nodeFlags\": [], \"CurrentElectricityFlow\": \"0.00\", \"CurrentElectricityQuantity\": \"1839937.00\", \"DeviceName\": \"HAE_METER_v3_7\"}, \"dev_10.8\": {\"uuid\": \"c29b354f-0faf-4e29-8249-949d0d0aa3b6\", \"name\": \"HAE_METER_v3_8\", \"internalAddress\": \"10.8\", \"type\": \"heat\", \"supportsCrc\": \"0\", \"nodeFlags\": [], \"CurrentHeatQuantity\": \"0\", \"DeviceName\": \"HAE_METER_v3_8\"}, \"dev_15\": {\"uuid\": \"1095b3a3-c3c8-4a1b-b8f7-8247835c50fd\", \"name\": \"vaatwasser\", \"internalAddress\": \"15\", \"type\": \"FGWPF102\", \"supportsCrc\": \"1\", \"ccList\": \"5e 22 85 59 70 56 5a 7a 72 32 8e 71 73 98 31 25 86\", \"supportedCC\": \"5e 22 85 59 70 56 5a 7a 72 32 8e 71 73 98 31 25 86\", \"nodeFlags\": [], \"IsConnected\": \"1\", \"DeviceName\": \"vaatwasser\", \"TargetStatus\": \"1\", \"CurrentElectricityFlow\": \"0.00\", \"CurrentElectricityQuantity\": \"844600.00\", \"HealthValue\": \"-1\"}}'\n end\n \n apiResult = apiResult:gsub(\"NaN\", \"0\") -- clean up the response.data by replacing NaN with 0\n --self:logging(3,\"Response data withoot null: \" ..response.data)\n jsonTable = json.decode(apiResult) -- Decode the json string from api to lua-table \n\n if toonVersion == \"2v2\" or toonVersion == \"2\" then -- Get the values for Toon version 2v2\n self:valuesToon2v2() \n elseif toonVersion == \"2v3\" then -- Get the values for Toon version 2v3\n self:valuesToon2v3() \n elseif toonVersion == \"2v4\" then -- Get the values for Toon version 2v4\n self:valuesToon2v4() \n elseif toonVersion == \"2v5\" then -- Get the values for Toon version 2v5\n self:valuesToon2v5() \n elseif toonVersion == \"2v6\" then -- Get the values for Toon version 2v6\n self:valuesToon2v6() \n else -- Get values for Toon version 1\n self:valuesToonOne() \n end\n self:updateLabels() -- Update the labels\n self:updateProperties() -- Update the properties\n self:updateChildDevices() -- Update the Child Devices\n --self:updateVariables() -- Update the Global Variables Temporarily disabled\n \n self:logging(3,\"SetTimeout \" ..Interval ..\" seconds\")\n fibaro.setTimeout(Interval*1000, function() \n self:simData()\n end)\nend\n\n\nfunction QuickApp:getData() -- Get data from Toon\n self:logging(3,\"getData() - Get data from Toon\")\n local url = \"http://\" ..IPaddress ..Path\n self:logging(3,\"url: \" ..url)\n self.http:request(url, {\n options = {\n headers = {Accept = \"application/json\"}, method = 'GET'},\n success = function(response)\n self:logging(3,\"Response status: \" ..response.status)\n self:logging(3,\"Response data: \" ..response.data)\n\n if response.data == nil or response.data == \"\" or response.data == \"[]\" or response.status > 200 then -- Check for empty result\n self:warning(\"Temporarily no production data from Toon Energy\")\n return\n end\n\n response.data = response.data:gsub(\"NaN\", \"0\") -- clean up the response.data by replacing NaN with 0\n --self:logging(3,\"Response data withoot null: \" ..response.data)\n \n jsonTable = json.decode(response.data) -- Decode the json string from api to lua-table\n\n if toonVersion == \"2v2\" or toonVersion == \"2\" then -- Get the values for Toon version 2v2\n self:valuesToon2v2() \n elseif toonVersion == \"2v3\" then -- Get the values for Toon version 2v3\n self:valuesToon2v3() \n elseif toonVersion == \"2v4\" then -- Get the values for Toon version 2v4\n self:valuesToon2v4() \n elseif toonVersion == \"2v5\" then -- Get the values for Toon version 2v5\n self:valuesToon2v5() \n elseif toonVersion == \"2v6\" then -- Get the values for Toon version 2v6\n self:valuesToon2v6() \n else -- Get values for Toon version 1\n self:valuesToonOne() \n end\n self:updateLabels() -- Update the labels\n self:updateProperties() -- Update the properties\n self:updateChildDevices() -- Update the Child Devices\n --self:updateVariables() -- Update the Global Variables Temporarily disabled\n\n end,\n error = function(error)\n self:error(\"error: \" ..json.encode(error))\n self:updateProperty(\"log\", \"error: \" ..json.encode(error))\n end\n }) \n fibaro.setTimeout(Interval*1000, function() -- Checks every [Interval] seconds for new data\n self:getData()\n end)\nend \n\n\nfunction QuickApp:createVariables() -- Create all Variables\n self:logging(3,\"createVariables() - Create all Variables\")\n Path = \"/hdrv_zwave?action=getDevices.json\" -- Default path Current\n\n data = {}\n data.Consumption = \"\"\n data.Consumption_H = \"\"\n data.Consumption_L = \"\"\n data.Consumption_Total = \"\"\n data.Consumption_Total_H = \"\"\n data.Consumption_Total_L = \"\"\n data.Production = \"\"\n data.Production_H = \"\"\n data.Production_L = \"\"\n data.Production_Total = \"\"\n data.Production_Total_H = \"\"\n data.Production_Total_L = \"\"\n data.netConsumption = \"\"\n data.Production_Act = \"\"\n data.Gas_Usage = \"\"\n data.Gas_Total = \"\"\n translation = i18n:translation(string.lower(self:getVariable(\"language\"))) -- Initialise the translation\nend\n\n\nfunction QuickApp:getQuickappVariables() -- Get all Quickapp Variables or create them\n IPaddress = self:getVariable(\"IPaddress\")\n toonVersion = self:getVariable(\"toonVersion\")\n local language = string.lower(self:getVariable(\"language\"))\n Interval = tonumber(self:getVariable(\"Interval\")) \n debugLevel = tonumber(self:getVariable(\"debugLevel\"))\n\n -- Check existence of the mandatory variables, if not, create them with default values \n if IPaddress == \"\" or IPaddress == nil then \n IPaddress = \"192.168.1.50\" -- Default IPaddress \n self:setVariable(\"IPaddress\", IPaddress)\n self:trace(\"Added QuickApp variable IPaddress\")\n end\n if toonVersion == \"\" or toonVersion == nil then \n toonVersion = \"2v6\" -- Default Toon Version (latest version 2v6)\n self:setVariable(\"toonVersion\", toonVersion)\n self:trace(\"Added QuickApp variable toonVersion\")\n end\n if language == \"\" or language == nil or type(i18n:translation(string.lower(self:getVariable(\"language\")))) ~= \"table\" then\n language = \"en\" \n self:setVariable(\"language\",language)\n self:trace(\"Added QuickApp variable language\")\n end\n if Interval == \"\" or Interval == nil then\n Interval = \"10\" -- Default interval in seconds\n self:setVariable(\"Interval\", Interval)\n self:trace(\"Added QuickApp variable Interval\")\n Interval = tonumber(Interval)\n end\n if debugLevel == \"\" or debugLevel == nil then\n debugLevel = \"1\" -- Default value for debugLevel\n self:setVariable(\"debugLevel\",debugLevel)\n self:trace(\"Added QuickApp variable debugLevel\")\n debugLevel = tonumber(debugLevel)\n end\n self:logging(3,\"Interval: \" ..Interval)\nend\n\n\nfunction QuickApp:setupChildDevices() -- Setup Child Devices\n local cdevs = api.get(\"/devices?parentId=\"..self.id) or {} -- Pick up all Child Devices\n function self:initChildDevices() end -- Null function, else Fibaro calls it after onInit()...\n\n if #cdevs == 0 then -- If no Child Devices, create them\n local initChildData = { \n {className=\"consumption\", name=\"Consumption\", type=\"com.fibaro.powerMeter\", value=0}, \n {className=\"production\", name=\"Production\", type=\"com.fibaro.powerMeter\", value=0},\n {className=\"consumption_high\", name=\"Consumption High\", type=\"com.fibaro.energyMeter\", value=0},\n {className=\"consumption_low\", name=\"Consumption Low\", type=\"com.fibaro.energyMeter\", value=0},\n {className=\"production_high\", name=\"Production High\", type=\"com.fibaro.energyMeter\", value=0},\n {className=\"production_low\", name=\"Production Low\", type=\"com.fibaro.energyMeter\", value=0},\n {className=\"production_act\", name=\"Production Actual\", type=\"com.fibaro.powerMeter\", value=0}, \n {className=\"gas\", name=\"Gas\", type=\"com.fibaro.gasMeter\", value=0},\n {className=\"total_gas\", name=\"Gas Total\", type=\"com.fibaro.gasMeter\", value=0},\n }\n for _,c in ipairs(initChildData) do\n local child = self:createChildDevice(\n {name = c.name,\n type=c.type,\n value=c.value,\n unit=c.unit,\n initialInterfaces = {},\n },\n _G[c.className] -- Fetch class constructor from class name\n )\n child:setVariable(\"className\",c.className) -- Save class name so we know when we load it next time\n end \n else \n for _,child in ipairs(cdevs) do\n local className = getChildVariable(child,\"className\") -- Fetch child class name\n local childObject = _G[className](child) -- Create child object from the constructor name\n self.childDevices[child.id]=childObject\n childObject.parent = self -- Setup parent link to device controller \n end\n end\nend\n\n\nfunction QuickApp:onInit()\n __TAG = fibaro.getName(plugin.mainDeviceId) ..\" ID:\" ..plugin.mainDeviceId\n self.http = net.HTTPClient({timeout=3000})\n self:debug(\"onInit\")\n self:setupChildDevices() -- Setup the Child Devices \n \n if not api.get(\"/devices/\"..self.id).enabled then\n self:warning(\"Device\", fibaro.getName(plugin.mainDeviceId), \"is disabled\")\n return\n end\n \n self:getQuickappVariables() -- Get Quickapp Variables or create them\n self:createVariables() -- Create Variables\n \n if tonumber(debugLevel) >= 4 then \n self:simData() -- Go in simulation\n else\n self:getData() -- Get data\n end\n \nend\n\n-- EOF "},{"name":"readme","isMain":false,"isOpen":false,"content":"--[[ QUICKAPP TOON ENERGY\n\nThis Quickapp retrieves energy consumption, energy production and gas usage from the Toon Energymeter (version 1 or 2)\n\nThis QuickApp has Child Devices for Consumption (Watt), Production (Watt), Consumption High (kWh), Consumption Low (kWh), Production High (kWh), Production Low (kWh), Production Actual (Watt), Gas Usage (l/h) and Total Gas (m³)\n\nThe Energy Usage from the Child devices Consumption High, Consumption Low, Production High and Production Low can be used for the HC3 Energy Panel\n\nThe Toon needs to be rooted, see: https://github.com/JackV2020/Root-A-Toon-USB-Stick\nRecommended all in one solution for a one time boot from USB stick, 10 minutes of work and done. \n\nAfter rooting you don't need a subscription anymore and you have access to a ToonStore with a growing number of apps. For more technical people there is a possibility to ssh into the Toon if they want with username root and password toon. Rooting is at your own risk, look here for further support and info: \nSee also: https://github.com/ToonSoftwareCollective/Root-A-Toon (if you already have a running Linux environment)\nSee also: https://toonforum.nl/ \nSee also: https://www.domoticaforum.eu/\n\n\nVersion 2.0 (22th April 2023)\n- Changed to multifile \n- Changed powerSensor to powerMeter and multiSensor to gasMeter\n- Added translation for English and Dutch\n- Added support for Toon version 2v6 (for example firmware version V5.49.19)\n- Added support for Toon version 2v5\n- Added support for Toon version 2v4\n- Added support for Toon version 2v3\n- Improved debug messages\n\nVersion 1.3 (20th February 2022)\n- Solved issue with \"NaN\" responses or other bad responses from Toon Energy\n- Added child device voor actual solar production\n\nVersion 1.2 (27th December 2021)\n- Solved code error with toonVersion\n\nVersion 1.1 (27th December 2021)\n- Added support for Toon version 1\n- Added Simulation notice in labels\n\nVersion 1.0 (3th October 2021)\n- Ready for download\n\nVersion 0.2 (30th September 2021)\n- Gas from m³/h to l/h\n- Splashed a bug\n\nVersion 0.1 (29th September 2021)\n- Initial version\n\n\nVariables (mandatory and created automatically): \n- IPaddress = IP address of your Toon Meter\n- toonVersion = Version 1, 2, 2v2, 2v3, 2v6 (default = 2v6)\n- Interval = Number in seconds (default = 10 seconds)\n- debugLevel = Number (1=some, 2=few, 3=all, 4=simulation mode) (default = 1)\n \n]]\n\n-- EOF "},{"name":"childs","isMain":false,"isOpen":false,"content":"-- Toon Energy Childs\n\nclass 'consumption'(QuickAppChild)\nfunction consumption:__init(dev)\n QuickAppChild.__init(self,dev)\nend\nfunction consumption:updateValue(data) \n self:updateProperty(\"value\", tonumber(data.Consumption))\n self:updateProperty(\"power\", tonumber(data.Consumption))\n self:updateProperty(\"unit\", \"Watt\")\n self:updateProperty(\"log\", \"Total: \"..string.format(\"%.0f\",data.Consumption_Total) ..\" kWh\")\nend\n\n\nclass 'production'(QuickAppChild)\nfunction production:__init(dev)\n QuickAppChild.__init(self,dev)\n if fibaro.getValue(self.id, \"rateType\") ~= \"production\" then \n self:updateProperty(\"rateType\", \"production\")\n self:warning(\"Changed rateType interface of Production High child device (\" ..self.id ..\") to production\")\n end\nend\nfunction production:updateValue(data) \n self:updateProperty(\"value\", tonumber(data.Production))\n self:updateProperty(\"power\", tonumber(data.Production))\n self:updateProperty(\"unit\", \"Watt\")\n self:updateProperty(\"log\", \"Total: \"..string.format(\"%.0f\",data.Production_Total) ..\" kWh\")\nend\n\n\nclass 'consumption_high'(QuickAppChild)\nfunction consumption_high:__init(dev)\n QuickAppChild.__init(self,dev)\n if fibaro.getValue(self.id, \"rateType\") ~= \"consumption\" then \n self:updateProperty(\"rateType\", \"consumption\")\n self:warning(\"Changed rateType interface of Consumption High child device (\" ..self.id ..\") to consumption\")\n end\nend\nfunction consumption_high:updateValue(data) \n self:updateProperty(\"value\", tonumber(data.Consumption_Total_H))\n self:updateProperty(\"unit\", \"kWh\")\n self:updateProperty(\"log\", \" \")\nend\n\n\nclass 'consumption_low'(QuickAppChild)\nfunction consumption_low:__init(dev)\n QuickAppChild.__init(self,dev)\n if fibaro.getValue(self.id, \"rateType\") ~= \"consumption\" then \n self:updateProperty(\"rateType\", \"consumption\")\n self:warning(\"Changed rateType interface of Consumption Low child device (\" ..self.id ..\") to consumption\")\n end\nend\nfunction consumption_low:updateValue(data) \n self:updateProperty(\"value\", tonumber(data.Consumption_Total_L))\n self:updateProperty(\"unit\", \"kWh\")\n self:updateProperty(\"log\", \" \")\nend\n\n\nclass 'production_high'(QuickAppChild)\nfunction production_high:__init(dev)\n QuickAppChild.__init(self,dev)\n if fibaro.getValue(self.id, \"rateType\") ~= \"production\" then \n self:updateProperty(\"rateType\", \"production\")\n self:warning(\"Changed rateType interface of Production High child device (\" ..self.id ..\") to production\")\n end\nend\nfunction production_high:updateValue(data) \n self:updateProperty(\"value\", tonumber(data.Production_Total_H))\n self:updateProperty(\"unit\", \"kWh\")\n self:updateProperty(\"log\", \" \")\nend\n\n\nclass 'production_low'(QuickAppChild)\nfunction production_low:__init(dev)\n QuickAppChild.__init(self,dev)\n if fibaro.getValue(self.id, \"rateType\") ~= \"production\" then \n self:updateProperty(\"rateType\", \"production\")\n self:warning(\"Changed rateType interface of Production Low child device (\" ..self.id ..\") to production\")\n end\nend\nfunction production_low:updateValue(data) \n self:updateProperty(\"value\", tonumber(data.Production_Total_L))\n self:updateProperty(\"unit\", \"kWh\")\n self:updateProperty(\"log\", \" \")\nend\n\n\nclass 'production_act'(QuickAppChild)\nfunction production_act:__init(dev)\n QuickAppChild.__init(self,dev)\n if fibaro.getValue(self.id, \"rateType\") ~= \"production\" then \n self:updateProperty(\"rateType\", \"production\")\n self:warning(\"Changed rateType interface of Production High child device (\" ..self.id ..\") to production\")\n end\nend\nfunction production_act:updateValue(data) \n self:updateProperty(\"value\", tonumber(data.Production_Act))\n self:updateProperty(\"unit\", \"Watt\")\n self:updateProperty(\"log\", \" \")\nend\n\n\nclass 'gas'(QuickAppChild)\nfunction gas:__init(dev)\n QuickAppChild.__init(self,dev)\nend\nfunction gas:updateValue(data) \n self:updateProperty(\"value\", tonumber(data.Gas_Usage))\n self:updateProperty(\"unit\", \"l/h\")\n self:updateProperty(\"log\", \" \")\nend\n\n\nclass 'total_gas'(QuickAppChild)\nfunction total_gas:__init(dev)\n QuickAppChild.__init(self,dev)\nend\nfunction total_gas:updateValue(data) \n self:updateProperty(\"value\", tonumber(data.Gas_Total))\n self:updateProperty(\"unit\", \"m³\")\n self:updateProperty(\"log\", \" \")\nend\n\n-- EOF "},{"name":"i18n","isMain":false,"isOpen":false,"content":"-- Toon Energy i18n Translations\n\nclass \"i18n\"\nfunction i18n:translation(language)\n translation = {\n en = {\n [\"SIMULATION MODE\"] = \"SIMULATION MODE\", \n [\"Consumption\"] = \"Consumption\", \n [\"Production\"] = \"Production\", \n [\"Consumption High\"] = \"Consumption High\", \n [\"Consumption Low\"] = \"Consumption Low\", \n [\"Production High\"] = \"Production High\", \n [\"Production Low\"] = \"Production Low\", \n [\"Consumption Total\"] = \"Consumption Total\", \n [\"Production Total\"] = \"Production Total\", \n [\"Production Actual\"] = \"Production Actual\", \n [\"Gas Usage\"] = \"Gas Usage\", \n [\"Gas Total\"] = \"Gas Total\", \n [\"Last Run\"] = \"Last Run\"}, \n nl = {\n [\"SIMULATION MODE\"] = \"SIMULATIE MODE\", \n [\"Consumption\"] = \"Consumptie\", \n [\"Production\"] = \"Productie\", \n [\"Consumption High\"] = \"Consumptie hoog\", \n [\"Consumption Low\"] = \"Consumptie laag\", \n [\"Production High\"] = \"Consumptie hoog\", \n [\"Production Low\"] = \"Consumptie laag\", \n [\"Consumption Total\"] = \"Consumptie totaal\", \n [\"Production Total\"] = \"Consumptie totaal\", \n [\"Production Actual\"] = \"Consumptie werkelijk\", \n [\"Gas Usage\"] = \"Gas verbruik\", \n [\"Gas Total\"] = \"Gas totaal\", \n [\"Last Run\"] = \"Laatste ronde\"},} \n translation = translation[language] -- Shorten the table to only the current translation\n return translation\nend\n\n-- EOF "}]}