CDJ/BatCharging.Service/DataRlt/MsgBatCycUpaDecoder.cs

using BatCharging.Model;
using System;
using System.Collections.Generic;
using System.Linq;
using System.Text;
using System.Threading.Tasks;

namespace BatCharging.Service
{
    /// <summary>
    /// 解析充电机上传报警状态
    /// </summary>
    public class MsgBatCycUpaDecoder
    {
        /// <summary>
        /// 解析充电机上传报警状态
        /// </summary>
        /// <param name="data"></param>
        /// <returns></returns>
        public BatteryCycleUpalarm mBatteryCycleUpalarm(byte[] data)
        {
            BatteryCycleUpalarm mBatteryCycleUpalarm = null;
            if (data.Count() >= 78)
            {
                mBatteryCycleUpalarm = new BatteryCycleUpalarm();
                mBatteryCycleUpalarm.PNG1 = data[25];
                mBatteryCycleUpalarm.PNG2 = data[26];
                mBatteryCycleUpalarm.PNG3 = data[27];
                mBatteryCycleUpalarm.batModVolExcThr = ByteUtils.ToUInt16(data, 28);
                mBatteryCycleUpalarm.VolDevExcLimit = ByteUtils.ToUInt16(data, 30);
                mBatteryCycleUpalarm.TemOvershoot = ByteUtils.ToUInt16(data, 32);
                mBatteryCycleUpalarm.TemDevExcLimit = ByteUtils.ToUInt16(data, 34);
                mBatteryCycleUpalarm.LowSOC = ByteUtils.ToUInt16(data, 36);
                mBatteryCycleUpalarm.disCurExcLimit = ByteUtils.ToUInt16(data, 38);
                mBatteryCycleUpalarm.ChaCurLimit = ByteUtils.ToUInt16(data, 40);
                mBatteryCycleUpalarm.TotTemExcLimit = ByteUtils.ToUInt16(data, 42);
                mBatteryCycleUpalarm.BatSysFaultCode = ByteUtils.ToUInt16(data, 44);
                mBatteryCycleUpalarm.HighVolLowIns = ByteUtils.ToUInt16(data, 46);
                mBatteryCycleUpalarm.VolBatModExcLimit = ByteUtils.ToUInt16(data, 48);
                mBatteryCycleUpalarm.VolDevExcOveLimit = ByteUtils.ToUInt16(data, 50);
                mBatteryCycleUpalarm.TemOveLimit = ByteUtils.ToUInt16(data, 52);
                mBatteryCycleUpalarm.TemDevExcOveLimit = ByteUtils.ToUInt16(data, 54);
                mBatteryCycleUpalarm.VeryLowSOC = ByteUtils.ToUInt16(data, 56);
                mBatteryCycleUpalarm.DisCurExcLimit = ByteUtils.ToUInt16(data, 58);
                mBatteryCycleUpalarm.ChaCurExcLimit = ByteUtils.ToUInt16(data, 60);
                mBatteryCycleUpalarm.TotPosNegColTemOveLimit = ByteUtils.ToUInt16(data, 62);
                mBatteryCycleUpalarm.HighVolInsExtLow = ByteUtils.ToUInt16(data, 64);
                mBatteryCycleUpalarm.hardwareFailure = ByteUtils.ToUInt16(data, 66);
                mBatteryCycleUpalarm.retain1 = data[68];
                mBatteryCycleUpalarm.retain2 = data[69];
                mBatteryCycleUpalarm.retain3 = data[70];
                mBatteryCycleUpalarm.retain4 = data[71];
                mBatteryCycleUpalarm.retain5 = data[72];
                mBatteryCycleUpalarm.retain6 = data[73];
                mBatteryCycleUpalarm.retain7 = data[74];
                mBatteryCycleUpalarm.retain8 = data[75];
                mBatteryCycleUpalarm.retain9 = data[76];
                mBatteryCycleUpalarm.retain10 = data[77];
            }
            return mBatteryCycleUpalarm;
        }
    }
}