using InnovEnergy.Lib.Units.Power;
using static InnovEnergy.Lib.Devices.BatteryDeligreen.Temperatures;

namespace InnovEnergy.Lib.Devices.BatteryDeligreen;
using InnovEnergy.Lib.Units;

using Strings = IReadOnlyList<String>;

public class BatteryDeligreenDataRecord
{
    
    // public Strings Warnings         => ParseWarnings().OrderBy(w => w).ToList();
    // public Strings Alarms           => ParseAlarms()  .OrderBy(w => w).ToList();

    public String           FwVersion                    { get; set; }   
    public Voltage          BusVoltage                   { get; set; }           
    public Current          BusCurrent                   { get; set; }  
    public ActivePower      Power                        { get; set; }
    public Voltage          TotalBatteryVoltage          { get; set; }                   
    public Double           ResidualCapacity             { get; set; }                   
    public Double           BatteryCapacity              { get; set; }               
    public Percent          Soc                          { get; set; }       
    public Double           RatedCapacity                { get; set; }                  
    public UInt16           NumberOfCycles               { get; set; }               
    public Percent          Soh                          { get; set; }   
    public List<Double>     CellVoltage                  { get; set; }
    public TemperaturesList TemperaturesList             { get; set; }
    // public Dc_ Dc                               { get; set; }

    public BatteryDeligreenDataRecord(Voltage busVoltage, Current busCurrent ,String fwVersion, Percent soc, UInt16  numberOfCycles, Double  batteryCapacity, Double  ratedCapacity,  Voltage totalBatteryVoltage, Percent soh, Double residualCapacity, List<Double> cellVoltage, TemperaturesList temperaturesList)
    {
        BusVoltage          = busVoltage;
        BusCurrent          = busCurrent;
        FwVersion           = fwVersion;
        TotalBatteryVoltage = totalBatteryVoltage;
        ResidualCapacity    = residualCapacity;
        BatteryCapacity     = batteryCapacity;
        Soc                 = soc;
        RatedCapacity       = ratedCapacity;
        NumberOfCycles      = numberOfCycles;
        Soh                 = soh;
        CellVoltage         = cellVoltage;
        TemperaturesList    = temperaturesList;
        Power               = busVoltage * busCurrent;
    }

    // public struct Dc_
    // {
        // public Voltage     Voltage => BusVoltage;
        // public Current     Current => BusCurrent;
        // public ActivePower Power   => BusVoltage * BusCurrent;
      
    // }
}