using System.ComponentModel;

namespace Nutcracker.Technologies.Modbus
{
    // These values are from the document "ROVER MODBUS.docx" supplied by Renogy Inc.
    //
    // note count () is in bytes. Modbus registers are two bytes each
    // and modbus addresses are 16 bit word addresses, not byte addresses.

    public enum RegisterAddresses
    {
        [Description("Operating Parameters")]
        Operating_Parameters = 0x000A,    //  2

        [Description("Operating Parameters 2")]
        Operating_Parameters_2 = 0x000B,    //  2

        [Description("Product Model.")]
        Product_Model = 0x000C,    //  16

        [Description("Product Model.")]
        PDU_Addresses = 0x000D,    //  17

        [Description("product software version")]
        Product_Software_Hardware_Versions = 0x0014,    //  4

        [Description("product serial number")]
        Product_Serial_Number = 0x0018,    //  4

        [Description("Battery capacity SOC (state of charge)")]
        Battery_capacity_SOC = 0x0100,    //  2

        [Description("Battery voltage * 0.1")]
        Battery_voltage = 0x0101,    //  2

        [Description("Charging current to battery * 0.01")]
        Charging_Current_To_Battery = 0x0102,    //  2

        [Description("Upper byte controller temperature bit 7 sign, bits 0 - 6 value")]
        Upper_Byte_Controller_Temperature = 0x0103,    //  2

        [Description("Device load voltage")]
        Device_Load_Voltage = 0x0104,    //  2

        [Description("Device load current")]
        Device_Load_Current = 0x0105,    //  2

        [Description("Device load power")]
        Device_Load_Power = 0x0106,    //  2

        [Description("Solar panel voltage  * 0.1")]
        Solar_Panel_Voltage = 0x0107,    //  2

        [Description("Solar panel current * 0.01")]
        Solar_Panel_Current = 0x0108,    //  2

        [Description("Charging Power actual value")]
        Charging_Power_Actual_Value = 0x0109,    //  2

        [Description("light on/off command (write only 0 for off, 1 for on)")]
        Light_On_Off_Command = 0x010A,    //  2

        [Description("Battery min voltage of current day * 0.1")]
        Battery_Min_Voltage_For_Current_Day = 0x010B,    //  2

        [Description("Battery max voltage of current day * 0.1")]
        Battery_Max_Voltage_For_Current_Day = 0x010C,    //  2

        [Description("max charging current of current day * 0.01")]
        Max_Charging_Current_For_Current_Day = 0x010D,    //  2

        [Description("max discharging current of current day * 0.01")]
        Max_Discharging_Current_For_Current_Day = 0x010E,    //  2

        [Description("max charging power of the current day actual value")]
        Max_Charging_Power_For_Current_Day_Actual_Value = 0x010F,    //  2

        [Description("max discharging power of the current day actual value")]
        Max_Discharging_Power_For_Current_Day_Actual_Value = 0x0110,    //  2

        [Description("charging amp hours of the current day actual value")]
        charging_Amp_Hours_For_Current_Day_Actual_Value = 0x0111,    //  2

        [Description("discharging amp hours of the current day actual value")]
        Discharging_Amp_Hours_For_Current_Day_Actual_Value = 0x0112,    //  2

        [Description("power generation of the current day actual value")]
        Power_Generation_For_Current_Day_Actual_Value = 0x0113,    //  2

        [Description("power consumption of the current day actual value")]
        Power_Consumption_For_Current_Day_Actual_Value = 0x0114,    //  2

        [Description("total number of operating days")]
        Total_Number_Of_Operating_Days = 0x0115,    //  2

        [Description("total number of battery over-discharges")]
        Total_Number_Of_Battery_Over_Discharges = 0x0116,    //  2

        [Description("total number of battery full discharges")]
        Total_Number_Of_Battery_Full_Discharges = 0x0117,    //  2

        [Description("total charging amp-hrs of the battery actual value")]
        Total_Charging_Amp_Hrs_For_Battery_Actual_Value = 0x0118,    //  4

        [Description("total discharging amp-hrs of the battery actual value")]
        Total_Discharging_Amp_Hrs_For_Battery_Actual_Value = 0x011A,    //  4

        [Description("cumulative power generation actual value")]
        Cumulative_Power_Generation_Actual_Value = 0x011C,    //  4

        [Description("cumulative power consumption actual value")]
        Cumulative_Power_Consumption_Actual_Value = 0x011E,    //  4

        [Description("charging state in 8 lower bits.")]
        Charging_State_In_8_Lower_Bits = 0x0120,    //  2

        [Description("controller fault and warning information")]
        Controller_Fault_And_Warning_Information = 0x0121,    //  4

        Battery_Type = 0xE004
    }
}