using HslCommunication;
using HybirdFrameworkCore.Autofac.Attribute;
using HybirdFrameworkCore.Const;
using HybirdFrameworkDriver.ModbusTcpMaster;
using Service.HelpRight.ElectricMeter;
using Service.Ups.Client;
using Service.Ups.UpsMsg;

namespace Service.Help.ElectricMeter.ElectricClient;

[Scope]
public class ElectricClientRight:ModbusTcpMaster
{
    public ElectricClientRight()
    {
        ReadAction = BatchRead;
        Ip = "172.0.20.56";
        Port = 502;
        Duration = 1000;
        AutoReConnect = true;
        ByteSeq = EndingConst.ByteSeq.BA;
        WordSeq= EndingConst.WordSeq.CD;
    }

    /// <summary>
    /// 读取数据
    /// 右1充电机电表	69
    /// 右2充电机电表	75
    /// 右3充电机电表	76
    /// 右4充电机电表	77
    /// 右5充电机电表	78
    /// 右6充电机电表	84
    /// 右7充电机电表	85
    /// 右8充电机电表	86
    /// </summary>
    /// <param name="master"></param>
    /// <returns></returns>
    private bool BatchRead(ModbusTcpMaster master)
    {
        OperateResult<byte[]> bytes01 = master.Read("s=69;4106", (ushort)10);
        OperateResult<byte[]> bytes02 = master.Read("s=75;4106", (ushort)10);
        OperateResult<byte[]> bytes03 = master.Read("s=76;4106", (ushort)10);
        OperateResult<byte[]> bytes04 = master.Read("s=77;4106", (ushort)10);
        OperateResult<byte[]> bytes05 = master.Read("s=78;4106", (ushort)10);
        OperateResult<byte[]> bytes06 = master.Read("s=84;4106", (ushort)10);
        OperateResult<byte[]> bytes07 = master.Read("s=85;4106", (ushort)10);
        OperateResult<byte[]> bytes08 = master.Read("s=86;4106", (ushort)10);
        if (bytes01.Content != null)
        {
            ModbusDecoder.Decode<ElectricMsg>(bytes01.Content, ElectricMgr.ElectricMsg01, EndingConst.ByteSeq.AB, EndingConst.WordSeq.DC);
        }
        if (bytes02.Content != null)
        {
            ModbusDecoder.Decode<ElectricMsg>(bytes02.Content, ElectricMgr.ElectricMsg02, EndingConst.ByteSeq.AB, EndingConst.WordSeq.DC);
        }
        if (bytes03.Content != null)
        {
            ModbusDecoder.Decode<ElectricMsg>(bytes03.Content, ElectricMgr.ElectricMsg03, EndingConst.ByteSeq.AB, EndingConst.WordSeq.DC);
        }
        if (bytes04.Content != null)
        {
            ModbusDecoder.Decode<ElectricMsg>(bytes04.Content, ElectricMgr.ElectricMsg04, EndingConst.ByteSeq.AB, EndingConst.WordSeq.DC);
        }
        if (bytes05.Content != null)
        {
            ModbusDecoder.Decode<ElectricMsg>(bytes05.Content, ElectricMgr.ElectricMsg05, EndingConst.ByteSeq.AB, EndingConst.WordSeq.DC);
        }
        if (bytes06.Content != null)
        {
            ModbusDecoder.Decode<ElectricMsg>(bytes06.Content, ElectricMgr.ElectricMsg06, EndingConst.ByteSeq.AB, EndingConst.WordSeq.DC);
        }
        if (bytes07.Content != null)
        {
            ModbusDecoder.Decode<ElectricMsg>(bytes07.Content, ElectricMgr.ElectricMsg07, EndingConst.ByteSeq.AB, EndingConst.WordSeq.DC);
        }
        if (bytes08.Content != null)
        {
            ModbusDecoder.Decode<ElectricMsg>(bytes08.Content, ElectricMgr.ElectricMsg08, EndingConst.ByteSeq.AB, EndingConst.WordSeq.DC);
        }
        
        return true;
    }
}