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killall qt-gui; /HCBv2/sbin/qt-gui -platform linuxfb -plugin Tslib --daemon 2>&1

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return {
    
    -- 'active' controls if this entire script is considered or not
	active = true, -- set to false to disable this script
	logging = {
		level = domoticz.LOG_INFO, -- Select one of LOG_INFO, LOG_DEBUG, LOG_ERROR, LOG_FORCE to override system log level
		marker = "P1 toon"
	},
	on = {
		timer = {
			'every minute'
		}
	},
	execute = function(domoticz)

        local ToonIP = domoticz.variables('UV_ToonIP').value

        --Replace all dev_2 for your number you can find @ http://%s/hdrv_zwave?action=getDevices
        --Replace IDX number updateP1 and updateGas

        -- Handle json
        --local json = assert(loadfile "C:\\Program Files (x86)\\Domoticz\\scripts\\lua\\json.lua")()  -- For Windows
        --local json = assert(loadfile "/home/maes/domoticz/scripts/lua/JSON.lua")()  -- For Linux
        local json = assert(loadfile "/volume1/@appstore/domoticz/var/scripts/lua/JSON.lua")()  -- For Synology
            json.strictTypes = true
            
        local handle2 = assert(io.popen(string.format('curl http://%s/hdrv_zwave?action=getDevices.json', ToonIP)))
        local ZwaveInfo = handle2:read('*all')
        handle2:close()

        --na testen werkte dit. geen idee waarom
        ZwaveInfo = string.gsub(ZwaveInfo, "dev_2.", "dev_2")
        ZwaveInfo = string.gsub(ZwaveInfo, "dev_2:", "dev_2\":")

        local jsonZwaveInfo = json:decode(ZwaveInfo)
        
        if jsonZwaveInfo == nil then
            return
        end

        --dev_2.1:CurrentGasQuantity
        --Elec Hoog
        --dev_2.3:CurrentElectricityFlow
        --dev_2.3:CurrentElectricityQuantity
        --Elec Laag
        --dev_2.5:CurrentElectricityQuantity
        --dev_2.5:CurrentElectricityFlow
        -- remove the .
        
        local CurrentGasQuantity = tonumber(jsonZwaveInfo["dev_21"]["CurrentGasQuantity"])
        --print(CurrentGasQuantity .. " CurrentGasQuantity")
        
        local CurrentElectricityQuantityHoog = tonumber(jsonZwaveInfo["dev_23"]["CurrentElectricityQuantity"])
        --print(CurrentElectricityQuantityHoog .. "kWh CurrentElectricityQuantityHoog")
        local CurrentElectricityFlowHoog = tonumber(jsonZwaveInfo["dev_23"]["CurrentElectricityFlow"])
        --print(CurrentElectricityFlowHoog .. "W CurrentElectricityFlowHoog")
        
        local CurrentElectricityQuantityLaag = tonumber(jsonZwaveInfo["dev_25"]["CurrentElectricityQuantity"])
        --print(CurrentElectricityQuantityLaag .. "kWh CurrentElectricityQuantityLaag")
        local CurrentElectricityFlowLaag = tonumber(jsonZwaveInfo["dev_25"]["CurrentElectricityFlow"])
        --print(CurrentElectricityFlowLaag .. "W CurrentElectricityFlowLaag")   

        local totalPower = CurrentElectricityFlowHoog + CurrentElectricityFlowLaag
        --print(totalPower .. "W totalPower") 
        
        --Elec opgewekt Laag
        --dev_2.4:CurrentElectricityQuantity
        --dev_2.4:CurrentElectricityFlow
        
         --Elec opgewekt Laag
        --dev_2.6:CurrentElectricityQuantity
        --dev_2.6:CurrentElectricityFlow
        
        local CurrentElectricityDeliveredLaag = tonumber(jsonZwaveInfo["dev_24"]["CurrentElectricityQuantity"])
        --print(CurrentElectricityDeliveredLaag .. "kWh CurrentElectricityDeliveredLaag")
        local CurrentElectricityDeliveredFlowLaag = tonumber(jsonZwaveInfo["dev_24"]["CurrentElectricityFlow"])
        --print(CurrentElectricityDeliveredFlowLaag .. "W CurrentElectricityFlowLaag")  
        
        local CurrentElectricityDeliveredHoog = tonumber(jsonZwaveInfo["dev_26"]["CurrentElectricityQuantity"])
        --print(CurrentElectricityDeliveredHoog .. "kWh CurrentElectricityDeliveredLaag")
        local CurrentElectricityDeliveredFlowHoog = tonumber(jsonZwaveInfo["dev_26"]["CurrentElectricityFlow"])
        --print(CurrentElectricityDeliveredFlowHoog .. "W CurrentElectricityFlowLaag")  

        local totalDeliveredPower = CurrentElectricityDeliveredFlowHoog + CurrentElectricityDeliveredFlowLaag
        --print(totalDeliveredPower .. "W totalPower") 
        
        --USAGE1= energy usage meter tariff 1
        --USAGE2= energy usage meter tariff 2
        --RETURN1= energy return meter tariff 1
        --RETURN2= energy return meter tariff 2
        --CONS= actual usage power (Watt)
        --PROD= actual return power (Watt)
        
        --updateP1(usage1, usage2, return1, return2, cons, prod): Function. Updates the device. Supports command options.     
        domoticz.log('<font color="green">P1 from toon: ' .. CurrentElectricityQuantityLaag/1000 .. 'kwh USAGE1 | ' ..CurrentElectricityQuantityHoog/1000 .. 'kwh USAGE2 | ' .. CurrentElectricityDeliveredLaag/1000 .. 'kwh RETURN1 | ' .. CurrentElectricityDeliveredHoog/1000 .. 'kwh RETURN2 | ' .. totalPower .. 'w consumed | '.. totalDeliveredPower .. 'w produced', domoticz.LOG_INFO)
        domoticz.devices(16).updateP1(CurrentElectricityQuantityLaag, CurrentElectricityQuantityHoog, CurrentElectricityDeliveredLaag, CurrentElectricityDeliveredHoog, totalPower, totalDeliveredPower)
        
        domoticz.log('<font color="green">Gas from toon: ' .. CurrentGasQuantity/1000 .. 'm3', domoticz.LOG_INFO)
        domoticz.devices(17).updateGas(CurrentGasQuantity)

	end
}