using InnovEnergy.Lib.Protocols.Modbus.Reflection.Attributes;

namespace InnovEnergy.Lib.Devices.Doepke;

public class DoepkeRegisters 
{
    [InputRegister(0)]  public UInt16 ValidityOfTheMeasurement { get; private set; } // 0 = Invalid (e.g. internal error/overload), 1 = OK
    [InputRegister(1)]  public UInt16 CurrentMeasured1         { get; private set; } // Differential current absolute value
    [InputRegister(2)]  public UInt16 CurrentMeasured2         { get; private set; } // Differential current absolute value      
    [InputRegister(3)]  public UInt16 CurrentMeasured3         { get; private set; } // Differential current absolute value    
    [InputRegister(4)]  public UInt16 CurrentMeasured4         { get; private set; } // Differential current absolute value    
    [InputRegister(5)]  public UInt16 CurrentMeasured5         { get; private set; } // Differential current absolute value    
    [InputRegister(6)]  public UInt16 CurrentMeasured6         { get; private set; } // Differential current absolute value    
    [InputRegister(7)]  public UInt16 CurrentMeasured7         { get; private set; } // Differential current absolute value    
    [InputRegister(8)]  public UInt16 CurrentMeasured8         { get; private set; } // Differential current absolute value    
    [InputRegister(9)]  public UInt16 CurrentStatusAlarmsA     { get; private set; } // See bit coding* (0 = OK, 1 = Alarm)
    [InputRegister(10)] public UInt16 CurrentStatusAlarmsB     { get; private set; } // See bit coding* (0 = OK, 1 = Alarm)
    
    [HoldingRegister(15)]  public UInt16 FirmwareVersion     { get; set; } // x0.01 => Example: 123 = Version 1.23
    [HoldingRegister(16)]  public UInt16 AlarmThresholdA1    { get; set; } // absolute value
    [HoldingRegister(17)]  public UInt16 AlarmThresholdA2    { get; set; } // absolute value    
    [HoldingRegister(18)]  public UInt16 AlarmThresholdA3    { get; set; } // absolute value    
    [HoldingRegister(19)]  public UInt16 AlarmThresholdA4    { get; set; } // absolute value    
    [HoldingRegister(20)]  public UInt16 AlarmThresholdA5    { get; set; } // absolute value    
    [HoldingRegister(21)]  public UInt16 AlarmThresholdA6    { get; set; } // absolute value    
    [HoldingRegister(22)]  public UInt16 AlarmThresholdA7    { get; set; } // absolute value   
    [HoldingRegister(23)]  public UInt16 AlarmThresholdA8    { get; set; } // absolute value  
    [HoldingRegister(24)]  public UInt16 ActivationOfAlarmsA { get; set; } // See bit coding* (0=Inactive, 1=Active)
    [HoldingRegister(25)]  public UInt16 AlarmThresholdB1    { get; set; } // absolute value 
    [HoldingRegister(26)]  public UInt16 AlarmThresholdB2    { get; set; } // absolute value   
    [HoldingRegister(27)]  public UInt16 AlarmThresholdB3    { get; set; } // absolute value   
    [HoldingRegister(28)]  public UInt16 AlarmThresholdB4    { get; set; } // absolute value   
    [HoldingRegister(29)]  public UInt16 AlarmThresholdB5    { get; set; } // absolute value   
    [HoldingRegister(30)]  public UInt16 AlarmThresholdB6    { get; set; } // absolute value   
    [HoldingRegister(31)]  public UInt16 AlarmThresholdB7    { get; set; } // absolute value  
    [HoldingRegister(32)]  public UInt16 AlarmThresholdB8    { get; set; } // absolute value 
    [HoldingRegister(33)]  public UInt16 ActivationOfAlarmsB { get; set; } // See bit coding* (0=Inactive, 1=Active)
    [HoldingRegister(34)]  public UInt16 AlarmDelay          { get; set; } // 0 = No delay,   1= 500ms,       2= 1000ms, 
    [HoldingRegister(35)]  public UInt16 SaveCurrentSettings { get; set; } // 0 = Successful, 1= Save,        2= Error
    [HoldingRegister(36)]  public UInt16 DeviceTest          { get; set; } // 0 = Successful, 1= Test active, 2= Error


    
    //*Bit coding alarm status/activation
    //  Bit7       Bit6          Bit5      Bit4       Bit3         Bit2           Bit1        Bit0
    //  DC       Ac In total    50 Hz    < 100 Hz    150 Hz    100 Hz - 1kHz    > 1 kHz     > 10 kHz

}