var ConfigData = {
    statesPrefix: '0_userdata.0.ecoflow',
    RegulationState: "Regulate",
    BatMax: 99, // Battery charge level to stop charging
    BatMin: 50, // Battery charge level to start charging
    SwitchID: "shelly.0.shellyplusplugs#b0b21c19ff40#1.Relay0.Switch" // Switch controlling the charging
};

if (typeof ConfigData.email === 'undefined') {
    try {
        let tempConfigData = getState("0_userdata.0.ecoflow.Settings.ConfigData").val
        if (typeof tempConfigData !== 'object' && tempConfigData !== null) {
            tempConfigData = JSON.parse(tempConfigData)
        }
        if (typeof tempConfigData === 'object' && tempConfigData !== null) {
            if (tempConfigData.email !== undefined) {
                ConfigData = tempConfigData;
                //log("wurde geladen als object")
            }
        }
    } catch (error) {
        log("Konfiguration wurde nicht geladen: " + error.message)
    }
}

// Check for solar power and control charging based on battery level and absence of solar power
function controlChargingBasedOnSolarPower() {
    let solarPowerState = getState(ConfigData.statesPrefix + ".totalPV").val;
    let batteryStateOfCharge = getState(ConfigData.statesPrefix + ".Settings.Tibber.tibberBatSocID").val; // Replace with your actual Battery State of Charge ID
    let regulate = getState(ConfigData.statesPrefix + "." + ConfigData.RegulationState).val;

    // Convert to boolean as getState().val might return string
    regulate = (regulate === 'true' || regulate === true);

    if (solarPowerState == 0) { // Assuming 0 means no solar power
        if (!regulate && batteryStateOfCharge < ConfigData.BatMin) {
            setState(ConfigData.statesPrefix + "." + ConfigData.RegulationState, false); // Disable regulation
            setState(ConfigData.SwitchID, true); // Turn on charging
            log("Charging enabled due to low battery and no solar power.");
        } else if (regulate && batteryStateOfCharge >= ConfigData.BatMax) {
            setState(ConfigData.statesPrefix + "." + ConfigData.RegulationState, true); // Re-enable regulation
            setState(ConfigData.SwitchID, false); // Turn off charging
            log("Charging disabled, battery is full.");
        }
    } else {
        if (!regulate) {
            setState(ConfigData.statesPrefix + "." + ConfigData.RegulationState, true); // Ensure regulation is enabled if solar power is present
            log("Solar power detected, ensuring charging is regulated correctly.");
        }
    }
}

// Setup event listener for changes in solar power state
on({id: ConfigData.statesPrefix + ".totalPV", change: "ne"}, function () {
    controlChargingBasedOnSolarPower();
});

// Call the function initially to set up correct state
controlChargingBasedOnSolarPower();