BTS历史数据文件解析

DELL

2024-12-18 4e6a319d3a023cd57b1bb3f5afd47df0763e57b7

BTS历史数据文件解析

 FBS9600ForFBO_Parse/bin/com/fgkj/alm/AlarmDataInfo$AlarmData.class

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 FBS9600ForFBO_Parse/bin/com/fgkj/alm/AlarmDataInfo$AlarmDataHead.class

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 FBS9600ForFBO_Parse/bin/com/fgkj/alm/AlarmDataInfo$DATE_TIME.class

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 FBS9600ForFBO_Parse/bin/com/fgkj/alm/AlarmDataInfo.class

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 FBS9600ForFBO_Parse/bin/com/fgkj/bts/BTS_BattParam.class

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 FBS9600ForFBO_Parse/bin/com/fgkj/bts/BTS_CapState.class

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 FBS9600ForFBO_Parse/bin/com/fgkj/bts/BTS_ChargeData.class

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 FBS9600ForFBO_Parse/bin/com/fgkj/bts/BTS_ChargeParam.class

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 FBS9600ForFBO_Parse/bin/com/fgkj/bts/BTS_ChargeState.class

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 FBS9600ForFBO_Parse/bin/com/fgkj/bts/BTS_ComBase.class

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 FBS9600ForFBO_Parse/bin/com/fgkj/bts/BTS_Crc16.class

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 FBS9600ForFBO_Parse/bin/com/fgkj/bts/BTS_DataType.class

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 FBS9600ForFBO_Parse/bin/com/fgkj/bts/BTS_DateTime.class

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 FBS9600ForFBO_Parse/bin/com/fgkj/bts/BTS_DisChargeData.class

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 FBS9600ForFBO_Parse/bin/com/fgkj/bts/BTS_DischargeParam.class

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 FBS9600ForFBO_Parse/bin/com/fgkj/bts/BTS_FbsData.class

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 FBS9600ForFBO_Parse/bin/com/fgkj/bts/BTS_TestTime.class

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 FBS9600ForFBO_Parse/bin/com/fgkj/bts/BTS_Test_Main.class

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 FBS9600ForFBO_Parse/bin/com/fgkj/fbs5100/FBS5100_Main.class

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 FBS9600ForFBO_Parse/bin/com/fgkj/mcp/TestDataInfo$BattParam.class

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 FBS9600ForFBO_Parse/bin/com/fgkj/mcp/TestDataInfo$DateTime.class

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 FBS9600ForFBO_Parse/bin/com/fgkj/mcp/TestDataInfo$FBSData.class

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 FBS9600ForFBO_Parse/bin/com/fgkj/mcp/TestDataInfo$MVolData.class

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 FBS9600ForFBO_Parse/bin/com/fgkj/mcp/TestDataInfo$MonitorDataInfo.class

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 FBS9600ForFBO_Parse/bin/com/fgkj/mcp/TestDataInfo$SYSMonitorParam.class

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 FBS9600ForFBO_Parse/bin/com/fgkj/mcp/TestDataInfo$SYSMonitorState.class

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 FBS9600ForFBO_Parse/bin/com/fgkj/mcp/TestDataInfo$TestTime.class

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 FBS9600ForFBO_Parse/bin/com/fgkj/mcp/TestDataInfo$VolCurrData.class

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 FBS9600ForFBO_Parse/bin/com/fgkj/mcp/TestDataInfo.class

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 FBS9600ForFBO_Parse/src/com/fgkj/alm/AlarmDataInfo.java

@@ -6,6 +6,7 @@
import java.nio.ByteBuffer;

import java.nio.ByteOrder;

import java.util.ArrayList;

import java.util.Arrays;

import java.util.Date;

import java.util.List;



@@ -58,13 +59,13 @@
                        {

                            AlarmData almData = new AlarmData();

                            if(almData.setData(databuf)) {

                                //System.out.println(resData);

                                System.out.println(almData);

                                almDatas.add(almData);

                            }

                        }

                    }

                    if(fis.available() <1) {

                        //System.out.println("解析完成");

                        System.out.println("解析完成");

                        break;

                        

                    }

@@ -107,7 +108,7 @@
                sYNCode[i] = ComBase.changeByteToInt(bf.get());

            }

            record_line = ComBase.changeShortToInt(bf.getShort());

            //System.out.println("行数："+record_line);

            System.out.println("行数："+record_line);

            return true;

        }

        

@@ -148,6 +149,13 @@
            }        

            return check_ok;

        }



        @Override

        public String toString() {

            return "AlarmDataHead [sYNCode=" + Arrays.toString(sYNCode) + ", record_line=" + record_line + "]";

        }

		
		
    }

        

    //告警详情

@@ -186,6 +194,12 @@
            return true;

        }

        

        @Override

        public String toString() {

            return "AlarmData [sYNCode=" + Arrays.toString(sYNCode) + ", alarmType=" + alarmType + ", groupIndex="

                    + groupIndex + ", battIndex=" + battIndex + ", alarmValue=" + alarmValue + ", startTime="

                    + startTime + ", endTime=" + endTime + "]";

        }

    }

    

    //时间

@@ -214,8 +228,18 @@
        

    }



	


    @Override

    public String toString() {

        return "AlarmDataInfo [almDataHead=" + almDataHead + ", almDatas=" + almDatas + ", parse_result=" + parse_result

                + ", file_type=" + file_type + "]";

    }





    public static void main(String[] args) {

        AlarmDataInfo info = new AlarmDataInfo();

        info.readFileData("D:\\桌面文件备份\\公司各种设备资料\\FBS存储文件解析/vcalarm.ALM");

        info.readFileData("D:\\桌面文件备份\\公司各种设备资料\\FBX存储文件解析/vcalarm.ALM");

        System.out.println(info);

    }

}


 FBS9600ForFBO_Parse/src/com/fgkj/bts/BTS_BattParam.java

New file
@@ -0,0 +1,361 @@
package com.fgkj.bts;



import java.nio.ByteBuffer;

import java.nio.ByteOrder;





/**

 *     电池参数

 * @author DELL

 *

 */

public class BTS_BattParam implements Cloneable{

    private final int BYTE_LEN = 44;                //常规BTS长度

    private final int BYTE_LEN_Li = 46;                //锂电BTS长度

	
    public double STD_CAP = 0.0;                //标称容量

    public double STD_RES = 0.0;                //标称内阻

    public int BattGroupCount = 0;                //电池组数

    public int EachGroupBattCount = 0;            //每组单体数目

    public double MonomerVol = 0.0;                //单体电压

    public double GroupVol = 0.0;                //组端电压

    public double BattTemp = 0.0;                //电池温度

    public double FloatChargeVol = 0.0;            //浮充电压

    public double FloatChargeCurr = 0.0;        //浮充电压

    public double OnlineVolLow = 0.0;            //在线压低

    public int GroupConnType = 0;

	
    /**

     * @lijun 2021-09-03 锂电BTS新增电池参数

     */

    public int BattGroupCountSum;                 //电池组总数(铅酸+锂电，只读)

    public int LiBattGroupCount;                 //锂电组数

    public int LiEachGroupBattCount;             //锂电节数

	
    public double bakeup3 = 0;

    public double bakeup4 = 0;

    public double bakeup5 = 0;

    public double bakeup6 = 0;

    public double bakeup7 = 0;

    public double bakeup8 = 0;

    public double bakeup9 = 0;

    public double bakeup10 = 0;

	
    public int CRC = 0;

	
    /**

     * 复制一个当前对象(引用不同);

     */

    public BTS_BattParam clone()

    {

        BTS_BattParam obj = null;  
        try

        {

            obj = (BTS_BattParam)super.clone();

        }

        catch(CloneNotSupportedException e)

        {

            e.printStackTrace();

        }

        return obj;

    }

	
    /**

     * 清空当前对象

     */

    public void clear()

    {

        STD_CAP = 0.0;

        STD_RES = 0.0;

        BattGroupCount = 0;

        EachGroupBattCount = 0;

        MonomerVol = 0.0;

        GroupVol = 0.0;

        BattTemp = 0.0;

        FloatChargeVol = 0.0;

        FloatChargeCurr = 0.0;

        OnlineVolLow = 0.0;

        GroupConnType = 0;

		
        BattGroupCountSum = 0;                 //电池组总数(铅酸+锂电，只读)

        LiBattGroupCount = 0;                 //锂电组数

        LiEachGroupBattCount = 0;             //锂电节数

        bakeup4 = 0;

        bakeup5 = 0;

        bakeup6 = 0;

        bakeup7 = 0;

        bakeup8 = 0;

        bakeup9 = 0;

        bakeup10 = 0;

		
        CRC = 0;

    }

	
    public boolean putByteBuffer(final ByteBuffer bf,int BTSE_DevType) {

        if(BTS_ComBase.BTSE_DevType_LIBTS == BTSE_DevType) {

            //锂电BTS

            return putLiBTSByteBuffer(bf);

        }else {

            return putBTSByteBuffer(bf);

        }		
    }

	
	
    /**

     * 将bytebuffer中的数据取出放入该对象的属性中，并返回是否取出成功

     * 
     * @param bf

     * @return

     */

    public boolean putBTSByteBuffer(final ByteBuffer bf)

    {

        if(bf.limit() < BYTE_LEN) {

            //System.out.println("长度错误");

            return false;

        }

        ByteBuffer tmpbuf = bf;

        int crc0 = tmpbuf.getShort(BYTE_LEN-2) & 0xFFFF;

        int crc1 = BTS_Crc16.CalCRC16(tmpbuf, BYTE_LEN-2);

        if(crc0 != crc1) {

            //System.out.println("Crc 错误");

            return false;

        }

        tmpbuf.position(0);

        STD_CAP = BTS_ComBase.changeShortToDouble(tmpbuf.getShort());

        STD_RES = BTS_ComBase.changeShortToDouble(tmpbuf.getShort())*10;//uΩ

        BattGroupCount = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        EachGroupBattCount = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        MonomerVol = BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/10;

        GroupVol = BTS_ComBase.changeShortToDouble(tmpbuf.getShort());

        BattTemp = BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/10;

        FloatChargeVol = BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/10;

        FloatChargeCurr = BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/10;

        OnlineVolLow = BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/10;

        GroupConnType = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

		
        BattGroupCountSum = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        LiBattGroupCount = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        LiEachGroupBattCount = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

		
        bakeup4 = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        bakeup5 = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        bakeup6 = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        bakeup7 = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        bakeup8 = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        bakeup9 = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        bakeup10 = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

		
        tmpbuf.compact();

        tmpbuf.flip();

		
        return true;

    }

	
    /**

     * 将bytebuffer中的数据取出放入该对象的属性中，并返回是否取出成功

     * 
     * @param bf

     * @return

     */

    public boolean putLiBTSByteBuffer(final ByteBuffer bf)

    {

        if(bf.limit() < BYTE_LEN_Li) {

            System.out.println("长度错误");

            return false;

        }

        ByteBuffer tmpbuf = bf;

        int crc0 = tmpbuf.getShort(BYTE_LEN_Li-2) & 0xFFFF;

        int crc1 = BTS_Crc16.CalCRC16(tmpbuf, BYTE_LEN_Li-2);

        if(crc0 != crc1) {

            //System.out.println("Crc 错误");

            return false;

        }

        tmpbuf.position(0);

        STD_CAP = BTS_ComBase.changeShortToDouble(tmpbuf.getShort());

        STD_RES = BTS_ComBase.changeShortToDouble(tmpbuf.getShort())*10;//uΩ

        BattGroupCount = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        EachGroupBattCount = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        MonomerVol = BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/10;

        GroupVol = BTS_ComBase.changeShortToDouble(tmpbuf.getShort());

        BattTemp = BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/10;

        FloatChargeVol = BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/10;

        FloatChargeCurr = BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/10;

        OnlineVolLow = BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/10;

        GroupConnType = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

		
        BattGroupCountSum = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        LiBattGroupCount = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        LiEachGroupBattCount = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

		
        bakeup3 = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        bakeup4 = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        bakeup5 = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        bakeup6 = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        bakeup7 = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        bakeup8 = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        bakeup9 = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        bakeup10 = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

		
        tmpbuf.compact();

        tmpbuf.flip();

		
        return true;

    }

	
    /**

     * 将bytebuffer中的数据取出放入该对象的属性中，并返回是否取出成功

     * 
     * @param bf

     * @return

     */

    public boolean putByteBuffer(final ByteBuffer bf)

    {

        if(bf.limit() < BYTE_LEN) {

            System.out.println("长度错误");

            return false;

        }

        ByteBuffer tmpbuf = bf;

        int crc0 = tmpbuf.getShort(BYTE_LEN-2) & 0xFFFF;

        int crc1 = BTS_Crc16.CalCRC16(tmpbuf, BYTE_LEN-2);

        if(crc0 != crc1) {

            System.out.println("Crc 错误");

            return false;

        }

        System.out.println("crc0："+crc0);

		
        tmpbuf.position(0);

        STD_CAP = BTS_ComBase.changeShortToDouble(tmpbuf.getShort());

        STD_RES = BTS_ComBase.changeShortToDouble(tmpbuf.getShort())*10;//uΩ

        BattGroupCount = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        EachGroupBattCount = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        MonomerVol = BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/10;

        GroupVol = BTS_ComBase.changeShortToDouble(tmpbuf.getShort());

        BattTemp = BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/10;

        FloatChargeVol = BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/10;

        FloatChargeCurr = BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/10;

        OnlineVolLow = BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/10;

        GroupConnType = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

		
        BattGroupCountSum = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        LiBattGroupCount = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        LiEachGroupBattCount = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

		
        bakeup4 = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        bakeup5 = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        bakeup6 = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        bakeup7 = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        bakeup8 = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        bakeup9 = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        bakeup10 = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        CRC= BTS_ComBase.changeShortToInt(tmpbuf.getShort());

		
        tmpbuf.compact();

        tmpbuf.flip();

        //System.out.println(this);

        return true;

    }

	
    public ByteBuffer getByteBuffer(int BTSE_DevType) {

        if(BTS_ComBase.BTSE_DevType_LIBTS == BTSE_DevType) {

            //锂电BTS

            return getLiByteBuffer();

        }else {

            return getByteBuffer();

        }

    }

	
    /**

     * 将数据放入bytebuffer中并返回

     * @return

     */

    public ByteBuffer getLiByteBuffer()

    {

        ByteBuffer bytebuffer = ByteBuffer.allocate(BYTE_LEN_Li);

        bytebuffer.order(ByteOrder.LITTLE_ENDIAN);

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(STD_CAP));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(STD_RES/10));//uΩ

        bytebuffer.putShort(BTS_ComBase.changeIntToShort(BattGroupCount));

        bytebuffer.putShort(BTS_ComBase.changeIntToShort(EachGroupBattCount));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(MonomerVol*10));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(GroupVol));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(BattTemp*10));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(FloatChargeVol*10));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(FloatChargeCurr*10));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(OnlineVolLow*10));

        bytebuffer.putShort(BTS_ComBase.changeIntToShort(GroupConnType));

		
        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(BattGroupCountSum));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(LiBattGroupCount));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(LiEachGroupBattCount));

		
        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(bakeup3));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(bakeup4));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(bakeup5));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(bakeup6));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(bakeup7));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(bakeup8));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(bakeup9));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(bakeup10));

		
        CRC = BTS_Crc16.CalCRC16(bytebuffer, bytebuffer.position());

        bytebuffer.putShort(BTS_ComBase.changeIntToShort(CRC));

		
        bytebuffer.flip();

		
        return bytebuffer;

    }

	
    /**

     * 将数据放入bytebuffer中并返回

     * @return

     */

    public ByteBuffer getByteBuffer()

    {

        ByteBuffer bytebuffer = ByteBuffer.allocate(BYTE_LEN);

        bytebuffer.order(ByteOrder.LITTLE_ENDIAN);

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(STD_CAP));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(STD_RES/10));//uΩ

        bytebuffer.putShort(BTS_ComBase.changeIntToShort(BattGroupCount));

        bytebuffer.putShort(BTS_ComBase.changeIntToShort(EachGroupBattCount));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(MonomerVol*10));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(GroupVol));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(BattTemp*10));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(FloatChargeVol*10));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(FloatChargeCurr*10));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(OnlineVolLow*10));

        bytebuffer.putShort(BTS_ComBase.changeIntToShort(GroupConnType));

		
        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(BattGroupCountSum));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(LiBattGroupCount));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(LiEachGroupBattCount));

		
        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(bakeup4));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(bakeup5));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(bakeup6));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(bakeup7));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(bakeup8));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(bakeup9));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(bakeup10));

		
        CRC = BTS_Crc16.CalCRC16(bytebuffer, bytebuffer.position());

        bytebuffer.putShort(BTS_ComBase.changeIntToShort(CRC));

		
        bytebuffer.flip();

		
        return bytebuffer;

    }



	
	
    @Override

    public String toString() {

        return "FBS9100_ParamBatt [BYTE_LEN=" + BYTE_LEN + ", STD_CAP=" + STD_CAP + ", STD_RES=" + STD_RES

                + ", BattGroupCount=" + BattGroupCount + ", EachGroupBattCount=" + EachGroupBattCount + ", MonomerVol="

                + MonomerVol + ", GroupVol=" + GroupVol + ", BattTemp=" + BattTemp + ", FloatChargeVol="

                + FloatChargeVol + ", FloatChargeCurr=" + FloatChargeCurr + ", OnlineVolLow=" + OnlineVolLow

                + ", GroupConnType=" + GroupConnType + ", BattGroupCountSum=" + BattGroupCountSum + ", LiBattGroupCount=" + LiBattGroupCount + ", LiEachGroupBattCount="

                + LiEachGroupBattCount + ", bakeup4=" + bakeup4 + ", bakeup5=" + bakeup5 + ", bakeup6=" + bakeup6 + ", bakeup7="

                + bakeup7 + ", bakeup8=" + bakeup8 + ", bakeup9=" + bakeup9 + ", bakeup10=" + bakeup10 + ", CRC=" + CRC

                + "]";

    }

}


 FBS9600ForFBO_Parse/src/com/fgkj/bts/BTS_CapState.java

New file
@@ -0,0 +1,224 @@
package com.fgkj.bts;



import java.nio.ByteBuffer;

import java.nio.ByteOrder;

import java.util.Arrays;





public class BTS_CapState implements Cloneable{

    private final int BYTE_LEN = 222;            //原来

    //private final int BYTE_LEN = 126;       
    private final int BATTGROUP_COUNT = BTS_ComBase.BattGroupCountMax;

	
    public BTS_DateTime StartDT = new BTS_DateTime();                //启动放电的日期时间

    public BTS_DateTime StopDT = new BTS_DateTime();                //终止放电的日期时间

    public BTS_TestTime Test_Time = new BTS_TestTime();                //已测试时间(HMS)

	
    public int TestState;                                            //测试状态(停止/暂停/放电)

    public int TestType;                                            //测试类型(放电/充电)

    public int TestGroupNum;                                        //被测试电池组编号(1~4)

    public int SaveDataEN;                                            //保存数据标识

    public int BackUp;                                                //备份

    public int MonomerLowCount[] = new int[BTS_ComBase.BattGroupCountMax];    //每组已到单体下限数量

	
    public double TestCur[] = new double[BTS_ComBase.BattGroupCountMax];

    public double GroupVol[] = new double[BTS_ComBase.BattGroupCountMax];

    public double OnlineVol[] = new double[BTS_ComBase.BattGroupCountMax];

    public double TestCapInt[] = new double[BTS_ComBase.BattGroupCountMax];

    public double GroupCapInt[] = new double[BTS_ComBase.BattGroupCountMax];

    public double GroupRestCapInt[] = new double[BTS_ComBase.BattGroupCountMax];

    public int MonMaxNum[] = new int[BTS_ComBase.BattGroupCountMax];

    public int MonMinNum[] = new int[BTS_ComBase.BattGroupCountMax];

    public double MonMaxValue[] = new double[BTS_ComBase.BattGroupCountMax];

    public double MonMinValue[] = new double[BTS_ComBase.BattGroupCountMax];

	
    public int RestTest_Time[] = new int[BTS_ComBase.BattGroupCountMax];    //剩余容量可放电时间(HMS)

	
    public int    CRC;

	
    public BTS_CapState clone()

    {

        BTS_CapState obj = null;  
        try

        {

            obj = (BTS_CapState)super.clone();

        }

        catch(CloneNotSupportedException e)

        {

            e.printStackTrace();

        }

        return obj;

    }

	
    public boolean putByteBuffer(final ByteBuffer bf)

    {

        if(bf.limit() < BYTE_LEN) {

            return false;

        }

        ByteBuffer tmpbuf = bf;

        int crc0 = tmpbuf.getShort(BYTE_LEN-2) & 0xFFFF;

        int crc1 = BTS_Crc16.CalCRC16(tmpbuf, BYTE_LEN-2);

        //if(crc0 != crc1) {

            System.out.println("crc0:"+crc0+"===crc1"+crc1);

        //    return false;

        //}

        tmpbuf.position(0);

        StartDT.year = BTS_ComBase.changeByteToInt(  tmpbuf.get());

        StartDT.month = BTS_ComBase.changeByteToInt( tmpbuf.get());

        StartDT.day = BTS_ComBase.changeByteToInt(   tmpbuf.get());

        StartDT.hour = BTS_ComBase.changeByteToInt(  tmpbuf.get());

        StartDT.minute = BTS_ComBase.changeByteToInt(tmpbuf.get());

        StartDT.second = BTS_ComBase.changeByteToInt(tmpbuf.get());

		
        StopDT.year = BTS_ComBase.changeByteToInt(tmpbuf.get());

        StopDT.month = BTS_ComBase.changeByteToInt(tmpbuf.get());

        StopDT.day = BTS_ComBase.changeByteToInt(tmpbuf.get());

        StopDT.hour = BTS_ComBase.changeByteToInt(tmpbuf.get());

        StopDT.minute = BTS_ComBase.changeByteToInt(tmpbuf.get());

        StopDT.second = BTS_ComBase.changeByteToInt(tmpbuf.get());

		
        Test_Time.hour = BTS_ComBase.changeByteToInt(tmpbuf.get());

        Test_Time.minute = BTS_ComBase.changeByteToInt(tmpbuf.get());

        Test_Time.second = BTS_ComBase.changeByteToInt(tmpbuf.get());

		
        TestState = BTS_ComBase.changeByteToInt(tmpbuf.get());

        TestType = BTS_ComBase.changeByteToInt(tmpbuf.get());

        TestGroupNum = BTS_ComBase.changeByteToInt(tmpbuf.get());

        SaveDataEN = BTS_ComBase.changeByteToInt(tmpbuf.get());

        BackUp = BTS_ComBase.changeByteToInt(tmpbuf.get());

		
        for(int n=0; n<BATTGROUP_COUNT; n++)

            MonomerLowCount[n] = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

		
        for(int n=0; n<BATTGROUP_COUNT; n++)

            TestCur[n] = BTS_ComBase.changeShortToDouble(tmpbuf.getShort()) / 10;

		
        for(int n=0; n<BATTGROUP_COUNT; n++)

            GroupVol[n] = BTS_ComBase.changeShortToDouble(tmpbuf.getShort()) / 10;

		
        for(int n=0; n<BATTGROUP_COUNT; n++)

            OnlineVol[n] = BTS_ComBase.changeShortToDouble(tmpbuf.getShort()) / 10;

		
        for(int n=0; n<BATTGROUP_COUNT; n++)

            TestCapInt[n] = BTS_ComBase.changeShortToDouble(tmpbuf.getShort());

		
        for(int n=0; n<BATTGROUP_COUNT; n++)

            GroupCapInt[n] = BTS_ComBase.changeShortToDouble(tmpbuf.getShort());

		
        for(int n=0; n<BATTGROUP_COUNT; n++)

            GroupRestCapInt[n] = BTS_ComBase.changeShortToDouble(tmpbuf.getShort());

		
        for(int n=0; n<BATTGROUP_COUNT; n++)

            MonMaxNum[n] = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

		
        for(int n=0; n<BATTGROUP_COUNT; n++)

            MonMinNum[n] = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

		
        for(int n=0; n<BATTGROUP_COUNT; n++)

            MonMaxValue[n] = BTS_ComBase.changeShortToDouble(tmpbuf.getShort()) / 1000;

		
        for(int n=0; n<BATTGROUP_COUNT; n++)

            MonMinValue[n] = BTS_ComBase.changeShortToDouble(tmpbuf.getShort()) / 1000;

		
        for(int n=0; n<BATTGROUP_COUNT; n++)

            RestTest_Time[n] = tmpbuf.getInt();

		
		
        System.out.println(this);

        tmpbuf.compact();

        tmpbuf.flip();

		
        return true;

    }

	
    public ByteBuffer getByteBuffer()

    {

        ByteBuffer bytebuffer = ByteBuffer.allocate(BYTE_LEN);

        bytebuffer.order(ByteOrder.LITTLE_ENDIAN);

		
        bytebuffer.put(BTS_ComBase.changeIntToByte(StartDT.year));

        bytebuffer.put(BTS_ComBase.changeIntToByte(StartDT.month));

        bytebuffer.put(BTS_ComBase.changeIntToByte(StartDT.day));

        bytebuffer.put(BTS_ComBase.changeIntToByte(StartDT.hour));

        bytebuffer.put(BTS_ComBase.changeIntToByte(StartDT.minute));

        bytebuffer.put(BTS_ComBase.changeIntToByte(StartDT.second));

		
        bytebuffer.put(BTS_ComBase.changeIntToByte(StopDT.year));

        bytebuffer.put(BTS_ComBase.changeIntToByte(StopDT.month));

        bytebuffer.put(BTS_ComBase.changeIntToByte(StopDT.day));

        bytebuffer.put(BTS_ComBase.changeIntToByte(StopDT.hour));

        bytebuffer.put(BTS_ComBase.changeIntToByte(StopDT.minute));

        bytebuffer.put(BTS_ComBase.changeIntToByte(StopDT.second));

		
        bytebuffer.put(BTS_ComBase.changeIntToByte(Test_Time.hour));

        bytebuffer.put(BTS_ComBase.changeIntToByte(Test_Time.minute));

        bytebuffer.put(BTS_ComBase.changeIntToByte(Test_Time.second));

		
        bytebuffer.put(BTS_ComBase.changeIntToByte(TestState));

        bytebuffer.put(BTS_ComBase.changeIntToByte(TestType));

        bytebuffer.put(BTS_ComBase.changeIntToByte(TestGroupNum));

        bytebuffer.put(BTS_ComBase.changeIntToByte(SaveDataEN));

        bytebuffer.put(BTS_ComBase.changeIntToByte(BackUp));

		
        for(int n=0; n<BATTGROUP_COUNT; n++)

            bytebuffer.putShort(BTS_ComBase.changeIntToShort(MonomerLowCount[n]));

		
        for(int n=0; n<BATTGROUP_COUNT; n++)

            bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(TestCur[n]*10));

		
        for(int n=0; n<BATTGROUP_COUNT; n++)

            bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(GroupVol[n]*10));

		
        for(int n=0; n<BATTGROUP_COUNT; n++)

            bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(OnlineVol[n]*10));

			
        for(int n=0; n<BATTGROUP_COUNT; n++)

            bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(TestCapInt[n]));

			
        for(int n=0; n<BATTGROUP_COUNT; n++)

            bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(GroupCapInt[n]));

			
        for(int n=0; n<BATTGROUP_COUNT; n++)

            bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(GroupRestCapInt[n]));

		
        for(int n=0; n<BATTGROUP_COUNT; n++)

            bytebuffer.putShort(BTS_ComBase.changeIntToShort(MonMaxNum[n]));

		
        for(int n=0; n<BATTGROUP_COUNT; n++)

            bytebuffer.putShort(BTS_ComBase.changeIntToShort(MonMinNum[n]));

		
        for(int n=0; n<BATTGROUP_COUNT; n++)

            bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(MonMaxValue[n]*1000));

		
        for(int n=0; n<BATTGROUP_COUNT; n++)

            bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(MonMinValue[n]*1000));

		
        for(int n=0; n<BATTGROUP_COUNT; n++)

            bytebuffer.putInt(RestTest_Time[n]);

		
        CRC = BTS_Crc16.CalCRC16(bytebuffer, bytebuffer.capacity()-2);

        bytebuffer.putShort(BTS_ComBase.changeIntToShort(CRC));

        bytebuffer.flip();

        //System.out.println(bytebuffer.limit()+"&&&&&&&&&&&&&&&&");

        return bytebuffer;

    }



    @Override

    public String toString() {

        return "BTS_CapState [BYTE_LEN=" + BYTE_LEN + ", BATTGROUP_COUNT=" + BATTGROUP_COUNT + ", StartDT="

                + StartDT + ", StopDT=" + StopDT + ", Test_Time=" + Test_Time + ", TestState=" + TestState

                + ", TestType=" + TestType + ", TestGroupNum=" + TestGroupNum + ", SaveDataEN=" + SaveDataEN

                + ", BackUp=" + BackUp + ", MonomerLowCount=" + Arrays.toString(MonomerLowCount) + ", TestCur="

                + Arrays.toString(TestCur) + ", GroupVol=" + Arrays.toString(GroupVol) + ", OnlineVol="

                + Arrays.toString(OnlineVol) + ", TestCapInt=" + Arrays.toString(TestCapInt) + ", GroupCapInt="

                + Arrays.toString(GroupCapInt) + ", GroupRestCapInt=" + Arrays.toString(GroupRestCapInt)

                + ", MonMaxNum=" + Arrays.toString(MonMaxNum) + ", MonMinNum=" + Arrays.toString(MonMinNum)

                + ", MonMaxValue=" + Arrays.toString(MonMaxValue) + ", MonMinValue=" + Arrays.toString(MonMinValue)

                + ", RestTest_Time=" + Arrays.toString(RestTest_Time) + ", CRC=" + CRC + "]";

    }

	
    public static void main(String[] args) {

        System.out.println(new BTS_CapState().putByteBuffer(new BTS_CapState().getByteBuffer()));

    }

	
}

 FBS9600ForFBO_Parse/src/com/fgkj/bts/BTS_ChargeData.java

New file
@@ -0,0 +1,135 @@
package com.fgkj.bts;



import java.io.File;

import java.io.FileInputStream;

import java.io.IOException;

import java.nio.ByteBuffer;

import java.nio.ByteOrder;

import java.util.ArrayList;

import java.util.List;



import com.fgkj.data.ComFn;

import com.fgkj.data.FboData;

import com.fgkj.data.FboData.DataType;



/**

 *     充电数据

 * @author DELL

 *

 */

public class BTS_ChargeData {

	
    public int parse_result = BTS_ComBase.PARSE_RESULT_NULL;

	
	
    public BTS_BattParam battParam;                    //电池参数

    public BTS_ChargeParam chargeParam;                //充电参数

    public BTS_ChargeState charState;                //充电状态

	
    public List<BTS_FbsData> fbsDatas;                //每次记录的单体数据

	
    public BTS_ChargeData() {

        battParam = new BTS_BattParam();

        chargeParam = new BTS_ChargeParam();

        charState = new BTS_ChargeState();

        fbsDatas = new ArrayList<BTS_FbsData>();

    }

	
    /**

     *     解析充电数据

     * @param filePath

     */

    public void readChrFile(String filePath)

    {

        FileInputStream fis = null;

        try {

            File f = new File(filePath);

            if(!filePath.endsWith(".CHR") || !filePath.toUpperCase().endsWith(".CHR")) {

                //文件格式错误

                parse_result = BTS_ComBase.PARSE_RESULT_FILETYPEERR;

                return;

            }

            if(!f.exists()) {

                //文件不存在

                parse_result = BTS_ComBase.PARSE_RESULT_NOTFOUNDFILE;

                return;

                //System.out.println("文件不存在..........");

            }

            fis = new FileInputStream(f);

            byte[] buf = new byte[2048];

            if(fis.read(buf, 0, buf.length) == 2048)

            {

                if(this.checkTestDataHead(buf)) {

                    parse_result = BTS_ComBase.PARSE_RESULT_SUCCESS;

                }else {

                    parse_result = BTS_ComBase.PARSE_RESULT_FILEERROR;

                }

                BTS_DataType dataType = new BTS_DataType();

        		
                while(true)

                {        			
                    int tag = dataType.checkDataHead(fis);

                    if((0xFD == tag) || (0xFC == tag) || (0xFB == tag))

                    {

        				
                        System.out.println("#################");

                        byte[] databuf = new byte[BTS_FbsData.BASIC_LEN + (battParam.EachGroupBattCount*battParam.BattGroupCount)*2 -4];

                        if(fis.read(databuf) == databuf.length)

                        {

                            ByteBuffer bf = ByteBuffer.allocate(databuf.length + BTS_DataType.BYTE_LEN);

                            bf.order(ByteOrder.LITTLE_ENDIAN);

                            bf.put(dataType.getDataTypeByte());

                            bf.put(databuf);

                            bf.flip();

                            bf.position(0);

        					
                            System.out.println(ComFn.bytesToHexString(databuf, databuf.length));

                            BTS_FbsData fbsData = new BTS_FbsData();

                            if(fbsData.putByteBuffer(bf, 0, 0)) {

                                fbsDatas.add(fbsData);

                            }

                        }

                    }

                    if(tag == 1)

                        break;

                }

            }else {

                parse_result = BTS_ComBase.PARSE_RESULT_FILEERROR;

            }

        		
        } catch (IOException e) {

            e.printStackTrace();

        } finally {

            if(null != fis)

            {

                try {

                    fis.close();

                } catch (IOException e) {

                    e.printStackTrace();

                }

            }

        }

    }

	
    /**

     *     解析文件头数据

     * @return

     */

    public boolean checkTestDataHead(byte[] buf) {

        boolean checkOk = true;

        ByteBuffer buffer = ByteBuffer.allocate(buf.length);

        buffer.order(ByteOrder.LITTLE_ENDIAN);

        buffer.put(buf);

        buffer.flip();

        buffer.position(0);

        checkOk = checkOk && battParam.putByteBuffer(buffer);

        System.out.println("checkTestDataHead:"+checkOk);

		
        checkOk = checkOk && chargeParam.putByteBuffer(buffer);

        System.out.println("checkTestDataHead:"+checkOk);

		
        charState.putByteBuffer(buffer);

        return checkOk;

    }

	
}


 FBS9600ForFBO_Parse/src/com/fgkj/bts/BTS_ChargeParam.java

New file
@@ -0,0 +1,179 @@
package com.fgkj.bts;



import java.nio.ByteBuffer;

import java.nio.ByteOrder;



import com.fgkj.data.ComFn;





/**

 *     充电参数

 * @author DELL

 *

 */

public class BTS_ChargeParam implements Cloneable{

    private final int BYTE_LEN = 44;

	
    public int HourRate = 0;                //小时率

    public double ChargeCurr = 0;            //充电电流

    public double ChargeCap = 0;            //充电容量

    public int ChargeTime = 0;                //充电时间

    public double GroupVol_High = 0;        //组端上限

    public double MonomerVol_High = 0;        //单体上限

    public int MonomerHighCount = 0;        //单体上限数量

    public int BattGroupNum = 0;			
    public int OnlineVolLowAction = 0;

    public int StaticTime = 0;

    public int ChargeTestCount = 0;

	
    public int bakeup1 = 0;

    public int bakeup2 = 0;

    public int bakeup3 = 0;

    public int bakeup4 = 0;

    public int bakeup5 = 0;

    public int bakeup6 = 0;

    public int bakeup7 = 0;

    public int bakeup8 = 0;

    public int bakeup9 = 0;

    public int bakeup10 = 0;

	
    public int CRC = 0;

	
    public BTS_ChargeParam clone()

    {

        BTS_ChargeParam obj = null;  
        try

        {

            obj = (BTS_ChargeParam)super.clone();

        }

        catch(CloneNotSupportedException e)

        {

            e.printStackTrace();

        }

        return obj;

    }

	
    public void clear()

    {

        HourRate = 0;

        ChargeCurr = 0;

        ChargeCap = 0;

        ChargeTime = 0;

        GroupVol_High = 0;

        MonomerVol_High = 0;

        MonomerHighCount = 0;

        BattGroupNum = 0;

        OnlineVolLowAction = 0;

        StaticTime = 0;

        ChargeTestCount = 0;

		
        bakeup1 = 0;

        bakeup2 = 0;

        bakeup3 = 0;

        bakeup4 = 0;

        bakeup5 = 0;

        bakeup6 = 0;

        bakeup7 = 0;

        bakeup8 = 0;

        bakeup9 = 0;

        bakeup10 = 0;

		
        CRC = 0;

    }

	
    public boolean putByteBuffer(final ByteBuffer bf)

    {

        if(bf.limit() < BYTE_LEN) {

            //System.out.println("bf.limit():"+bf.limit());

            return false;

        }

        ByteBuffer tmpbuf = bf;

        //System.err.println(ComFn.bytesToHexString(bf.array(), bf.array().length));

        int crc0 = tmpbuf.getShort(BYTE_LEN-2) & 0xFFFF;

		
        int crc1 = BTS_Crc16.CalCRC16(tmpbuf, BYTE_LEN-2);

        if(crc0 != crc1) {

            System.out.println("crc0:" + crc0 + "===crc1:" +crc1);

            return false;

        }

		
        tmpbuf.position(0);

        HourRate = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        ChargeCurr = BTS_ComBase.changeShortToDouble(tmpbuf.getShort());

        ChargeCap = BTS_ComBase.changeShortToDouble(tmpbuf.getShort());

        ChargeTime = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        GroupVol_High = BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/10;

        MonomerVol_High = BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/1000;

        MonomerHighCount = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        BattGroupNum = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        OnlineVolLowAction = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        StaticTime = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        ChargeTestCount = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

		
        bakeup1 = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        bakeup2 = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        bakeup3 = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        bakeup4 = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        bakeup5 = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        bakeup6 = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        bakeup7 = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        bakeup8 = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        bakeup9 = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        bakeup10 = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

		
        CRC = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

		
        tmpbuf.compact();

        tmpbuf.flip();

		
        return true;

    }

	
    public ByteBuffer getByteBuffer()

    {

        ByteBuffer bytebuffer = ByteBuffer.allocate(BYTE_LEN);

        bytebuffer.order(ByteOrder.LITTLE_ENDIAN);

        bytebuffer.putShort(BTS_ComBase.changeIntToShort(HourRate));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(ChargeCurr));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(ChargeCap));

        bytebuffer.putShort(BTS_ComBase.changeIntToShort(ChargeTime));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(GroupVol_High*10));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(MonomerVol_High*1000));

        bytebuffer.putShort(BTS_ComBase.changeIntToShort(MonomerHighCount));

        bytebuffer.putShort(BTS_ComBase.changeIntToShort(BattGroupNum));

        bytebuffer.putShort(BTS_ComBase.changeIntToShort(OnlineVolLowAction));

        bytebuffer.putShort(BTS_ComBase.changeIntToShort(StaticTime));

		
        bytebuffer.putShort(BTS_ComBase.changeIntToShort(ChargeTestCount));

		
        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(bakeup1));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(bakeup2));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(bakeup3));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(bakeup4));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(bakeup5));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(bakeup6));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(bakeup7));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(bakeup8));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(bakeup9));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(bakeup10));

		
        CRC = BTS_Crc16.CalCRC16(bytebuffer, bytebuffer.position());

        bytebuffer.putShort(BTS_ComBase.changeIntToShort(CRC));

		
        bytebuffer.flip();

		
        return bytebuffer;

    }



    @Override

    public String toString() {

        return "FBS9100_ParamCharge [BYTE_LEN=" + BYTE_LEN + ", HourRate=" + HourRate + ", ChargeCurr=" + ChargeCurr

                + ", ChargeCap=" + ChargeCap + ", ChargeTime=" + ChargeTime + ", GroupVol_High=" + GroupVol_High

                + ", MonomerVol_High=" + MonomerVol_High + ", MonomerHighCount=" + MonomerHighCount + ", BattGroupNum="

                + BattGroupNum + ", OnlineVolLowAction=" + OnlineVolLowAction + ", StaticTime=" + StaticTime

                + ", ChargeTestCount=" + ChargeTestCount + ", bakeup1=" + bakeup1 + ", bakeup2=" + bakeup2

                + ", bakeup3=" + bakeup3 + ", bakeup4=" + bakeup4 + ", bakeup5=" + bakeup5 + ", bakeup6=" + bakeup6

                + ", bakeup7=" + bakeup7 + ", bakeup8=" + bakeup8 + ", bakeup9=" + bakeup9 + ", bakeup10=" + bakeup10

                + ", CRC=" + CRC + "]";

    }

}


 FBS9600ForFBO_Parse/src/com/fgkj/bts/BTS_ChargeState.java

New file
@@ -0,0 +1,200 @@
package com.fgkj.bts;



import java.nio.ByteBuffer;

import java.nio.ByteOrder;

import com.fgkj.data.ComFn;





/**

 *     充电状态

 * @author DELL

 *

 */

public class BTS_ChargeState implements Cloneable{

    private final int BYTE_LEN = 120 + 32;

    private final int BATTGROUP_COUNT = BTS_ComBase.BattGroupCountMax;

	
    public BTS_DateTime StartDT = new BTS_DateTime();                //启动放电的日期时间

    public BTS_DateTime StopDT = new BTS_DateTime();                //终止放电的日期时间

    public BTS_TestTime Test_Time = new BTS_TestTime();                //已测试时间(HMS)

	
    public int TestState;                    //测试状态(停止/暂停/放电)

    public int TestType;                    //测试类型(放电/充电)

    public int TestGroupNum;                //被测试电池组编号(1~4)

    public int SaveDataEN;                    //保存数据标识

    public int ChargeEN;                    //开始充电标识

    public int ChargeOverTime;                //充电过流超时

    public int LastCapTestAlarmRes;            //上次容量放电测试结果

	
    public double TestCur[] = new double[BTS_ComBase.BattGroupCountMax];

    public double GroupVol[] = new double[BTS_ComBase.BattGroupCountMax];

    public double OnlineVol[] = new double[BTS_ComBase.BattGroupCountMax];

    public double TestCapInt[] = new double[BTS_ComBase.BattGroupCountMax];

    public int MonMaxNum[] = new int[BTS_ComBase.BattGroupCountMax];

    public int MonMinNum[] = new int[BTS_ComBase.BattGroupCountMax];

    public double MonMaxValue[] = new double[BTS_ComBase.BattGroupCountMax];

    public double MonMinValue[] = new double[BTS_ComBase.BattGroupCountMax];

    public double TestCap[] = new double[BTS_ComBase.BattGroupCountMax];        //每组已测试容量

	
    public int    CRC;

	
    public BTS_ChargeState clone()

    {

        BTS_ChargeState obj = null;  
        try

        {

            obj = (BTS_ChargeState)super.clone();

        }

        catch(CloneNotSupportedException e)

        {

            e.printStackTrace();

        }

        return obj;

    }

	
    public boolean putByteBuffer(final ByteBuffer bf)

    {

        if(bf.limit() < BYTE_LEN) {

            return false;

        }

        System.err.println(ComFn.bytesToHexString(bf.array(), bf.array().length));

        ByteBuffer tmpbuf = bf;

        int crc0 = tmpbuf.getShort(BYTE_LEN-2) & 0xFFFF;

        int crc1 = BTS_Crc16.CalCRC16(tmpbuf, BYTE_LEN-2);

//        if(crc0 != crc1) {

//            System.err.println("crc0:" + crc0 + "===crc1:" +crc1);

//            return false;

//        }

        tmpbuf.position(0);

        StartDT.year = BTS_ComBase.changeByteToInt(tmpbuf.get());

        StartDT.month = BTS_ComBase.changeByteToInt(tmpbuf.get());

        StartDT.day = BTS_ComBase.changeByteToInt(tmpbuf.get());

        StartDT.hour = BTS_ComBase.changeByteToInt(tmpbuf.get());

        StartDT.minute = BTS_ComBase.changeByteToInt(tmpbuf.get());

        StartDT.second = BTS_ComBase.changeByteToInt(tmpbuf.get());

		
        StopDT.year     = BTS_ComBase.changeByteToInt(tmpbuf.get());

        StopDT.month = BTS_ComBase.changeByteToInt(tmpbuf.get());

        StopDT.day     = BTS_ComBase.changeByteToInt(tmpbuf.get());

        StopDT.hour  = BTS_ComBase.changeByteToInt(tmpbuf.get());

        StopDT.minute = BTS_ComBase.changeByteToInt(tmpbuf.get());

        StopDT.second = BTS_ComBase.changeByteToInt(tmpbuf.get());

		
        Test_Time.hour = BTS_ComBase.changeByteToInt(tmpbuf.get());

        Test_Time.minute = BTS_ComBase.changeByteToInt(tmpbuf.get());

        Test_Time.second = BTS_ComBase.changeByteToInt(tmpbuf.get());

		
        TestState = BTS_ComBase.changeByteToInt(tmpbuf.get());

        TestType = BTS_ComBase.changeByteToInt(tmpbuf.get());

        TestGroupNum = BTS_ComBase.changeByteToInt(tmpbuf.get());

        SaveDataEN = BTS_ComBase.changeByteToInt(tmpbuf.get());

        ChargeEN = BTS_ComBase.changeByteToInt(tmpbuf.get());

        ChargeOverTime = BTS_ComBase.changeByteToInt(tmpbuf.get());

        LastCapTestAlarmRes = BTS_ComBase.changeByteToInt(tmpbuf.get());

		
        for(int n=0; n<BATTGROUP_COUNT; n++) {

            TestCur[n] = BTS_ComBase.changeShortToDouble(tmpbuf.getShort()) / 10;

//            System.out.println("TestCur:"+TestCur[n]);

        }

        for(int n=0; n<BATTGROUP_COUNT; n++) {

            GroupVol[n] = BTS_ComBase.changeShortToDouble(tmpbuf.getShort()) / 10;

//            System.out.println("GroupVol:"+GroupVol[n]);

        }

        for(int n=0; n<BATTGROUP_COUNT; n++)

            OnlineVol[n] = BTS_ComBase.changeShortToDouble(tmpbuf.getShort()) / 10;

		
        for(int n=0; n<BATTGROUP_COUNT; n++)

            TestCapInt[n] = BTS_ComBase.changeShortToDouble(tmpbuf.getShort());



        for(int n=0; n<BATTGROUP_COUNT; n++)

            MonMaxNum[n] = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

		
        for(int n=0; n<BATTGROUP_COUNT; n++)

            MonMinNum[n] = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

		
        for(int n=0; n<BATTGROUP_COUNT; n++)

            MonMaxValue[n] = BTS_ComBase.changeShortToDouble(tmpbuf.getShort()) / 1000;

		
        for(int n=0; n<BATTGROUP_COUNT; n++)

            MonMinValue[n] = BTS_ComBase.changeShortToDouble(tmpbuf.getShort()) / 1000;

		
        for(int n=0; n<BATTGROUP_COUNT; n++) {

            TestCap[n] = tmpbuf.getDouble();

//            System.out.println("TestCap:"+TestCap[n]);

        }

		
        CRC = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        System.out.println("CRC:"+CRC);

		
        tmpbuf.compact();

        tmpbuf.flip();

		
        return true;

    }

	
    public ByteBuffer getByteBuffer()

    {

        ByteBuffer bytebuffer = ByteBuffer.allocate(BYTE_LEN);

        bytebuffer.order(ByteOrder.LITTLE_ENDIAN);

		
        bytebuffer.put(BTS_ComBase.changeIntToByte(StartDT.year));

        bytebuffer.put(BTS_ComBase.changeIntToByte(StartDT.month));

        bytebuffer.put(BTS_ComBase.changeIntToByte(StartDT.day));

        bytebuffer.put(BTS_ComBase.changeIntToByte(StartDT.hour));

        bytebuffer.put(BTS_ComBase.changeIntToByte(StartDT.minute));

        bytebuffer.put(BTS_ComBase.changeIntToByte(StartDT.second));

		
        bytebuffer.put(BTS_ComBase.changeIntToByte(StopDT.year));

        bytebuffer.put(BTS_ComBase.changeIntToByte(StopDT.month));

        bytebuffer.put(BTS_ComBase.changeIntToByte(StopDT.day));

        bytebuffer.put(BTS_ComBase.changeIntToByte(StopDT.hour));

        bytebuffer.put(BTS_ComBase.changeIntToByte(StopDT.minute));

        bytebuffer.put(BTS_ComBase.changeIntToByte(StopDT.second));

		
        bytebuffer.put(BTS_ComBase.changeIntToByte(Test_Time.hour));

        bytebuffer.put(BTS_ComBase.changeIntToByte(Test_Time.minute));

        bytebuffer.put(BTS_ComBase.changeIntToByte(Test_Time.second));

		
        bytebuffer.put(BTS_ComBase.changeIntToByte(TestState));

        bytebuffer.put(BTS_ComBase.changeIntToByte(TestType));

        bytebuffer.put(BTS_ComBase.changeIntToByte(TestGroupNum));

        bytebuffer.put(BTS_ComBase.changeIntToByte(SaveDataEN));

        bytebuffer.put(BTS_ComBase.changeIntToByte(ChargeEN));

        bytebuffer.put(BTS_ComBase.changeIntToByte(ChargeOverTime));

        bytebuffer.put(BTS_ComBase.changeIntToByte(LastCapTestAlarmRes));

		
		
        for(int n=0; n<BATTGROUP_COUNT; n++)

            bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(TestCur[n]*10));

		
        for(int n=0; n<BATTGROUP_COUNT; n++)

            bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(GroupVol[n]*10));

		
        for(int n=0; n<BATTGROUP_COUNT; n++)

            bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(OnlineVol[n]*10));

		
        for(int n=0; n<BATTGROUP_COUNT; n++)

            bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(TestCapInt[n]));



        for(int n=0; n<BATTGROUP_COUNT; n++)

            bytebuffer.putShort(BTS_ComBase.changeIntToShort(MonMaxNum[n]));

		
        for(int n=0; n<BATTGROUP_COUNT; n++)

            bytebuffer.putShort(BTS_ComBase.changeIntToShort(MonMinNum[n]));

		
        for(int n=0; n<BATTGROUP_COUNT; n++)

            bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(MonMaxValue[n]*1000));

		
        for(int n=0; n<BATTGROUP_COUNT; n++)

            bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(MonMinValue[n]*1000));

		
        CRC = BTS_Crc16.CalCRC16(bytebuffer, bytebuffer.capacity()-2);

        bytebuffer.putShort(BTS_ComBase.changeIntToShort(CRC));

		
        bytebuffer.flip();

		
        System.out.println("bytebuffer  limit："+bytebuffer.limit());

		
        return bytebuffer;

    }

}


 FBS9600ForFBO_Parse/src/com/fgkj/bts/BTS_ComBase.java

New file
@@ -0,0 +1,497 @@
package com.fgkj.bts;



public class BTS_ComBase 
{

    public static final int DataType_Dis     = 0xFD;            //放电

    public static final int DataType_Char     = 0xFC;            //充电

    public static final int DataType_Peac     = 0xFB;            //常规

	
    public static final int PARSE_RESULT_NULL = 0;            //未知

    public static final int PARSE_RESULT_SUCCESS = 1;        //解析成功

    public static final int PARSE_RESULT_NOTFOUNDFILE = 2;    //文件未找到

    public static final int PARSE_RESULT_FILETYPEERR = 3;    //文件格式错误

    public static final int PARSE_RESULT_FILEERROR = 4;        //文件异常

    //----------------------------------------------------------------------------

    public static final int     BattGroupCountMax                =    4;

	
    public static final int     BattGroupCountMax_Mutl            =    9;

    /**

     * 2022-03-29 lijun 新疆锂电BTS扩展支持2组每组320节单体情况

     */

    public static final int     MonomerCountMax                    =    640;

    //----------------------------------------------------------------------------

    public static final int     BTS_DCDC_CountMax                =    8;

    public static final int     LIBTS_DCDC_CountMax                =     4;                    //锂电BTS的最大DCDC模块信息

    //----------------------------------------------------------------------------

    public static final int     CMD_NULL                        =    0x00;

    //----------------------------------------------------------------------------

    //------------ 重启FBS9100设备 ------------------------------------------------

    public static final int     CMD_ResetSystemAck                =     0x0F;

    public static final int     CMD_ResetSystem                    =     0x10;

    //------------ 升级FBS9100软件 ------------------------------------------------

    public static final int     CMD_SystemUpdate                =    0x11;

    public static final int     CMD_SystemUpdateAck                =    0x12;

    //----------------------------------------------------------------------------

    //------------ 读取设备版本号、实时任务列表等 ----------------------------------

    public static final int     CMD_GetDeviceInf                =    0x15;

    public static final int     CMD_GetDeviceTaskInfAck            =    0x16;

    public static final int     CMD_GetDeviceTaskInf            =    0x17;

    public static final int        CMD_GetSyslogFileLen            =    0x18;

    public static final int        CMD_GetSyslogFileStr            =    0x19;

    public static final int        CMD_ClearSyslogFile                =    0x1A;



    public static final int      CMD_Connect                     =    0x20;

    public static final int      CMD_GetState                     =    0x22;

	
    //public static final int     CMD_GETDEVID                  =   0x23;        //获取设备id

	
    //----------------------------------------------------------------------------

    //------------ 启动放电测试和读取设置参数,读取放电测试状态----------------------

    public static final int     CMD_StartDischarge                =    0x25;

    public static final int     CMD_StartDischargeAck            =    0x26;

    public static final int     CMD_SetDischargeParmAck            =    0x27;

    public static final int     CMD_SetDischargeParm            =    0x28;

    public static final int     CMD_GetDischargeParm            =    0x29;

    public static final int     CMD_GetDischargeParmAck            =    0x30;

    public static final int     CMD_GetDischargeState            =    0x31;

    //----------------------------------------------------------------------------

    //------------ 启动内阻测试和读取内阻测试状态-----------------------------------

    public static final int     CMD_StartResDischarge            =    0x32;

    public static final int        CMD_GetResTestState                =    0x34;

    //-----------------------------------------------------------------------------

    //------------ 读取和设置电池参数-----------------------------------------------

    public static final int        CMD_GetBattParam                =    0x36;

    public static final int        CMD_SetBattParam                =    0x37;

    public static final int        CMD_GetBattParamACK                =    0x38;

    public static final int        CMD_SetBattParamACK                =    0x39;

    //----------------------------------------------------------------------------

    //------------ 启动充电测试和读取设置参数,读取充电测试状态-----------------------

    public static final int     CMD_StartCharge                    =    0x40;

    public static final int      CMD_SetChargeParm                =    0x43;

    public static final int      CMD_GetChargeParm                =    0x44;

    public static final int     CMD_GetChargeState                =    0x46;

	
    public static final int     CMD_Set_BattOFFLine                =    0x4A;

    public static final int     CMD_Set_BattONLine                =    0x4B;

    //-----------------------------------------------------------------------------

    //------------ 停止任何的测试 --------------------------------------------------

    public static final int     CMD_Start                        =    0x51;

    public static final int     CMD_StartAck                    =    0x52;

    public static final int     CMD_Stop                        =    0x53;

    public static final int     CMD_StopAck                        =    0x54;

    //----------------------------------------------------------------------------

    //------------ 读取电压电流、充放电测试、内阻测试数据 ---------------------------

    public static final int     CMD_GetVIData                    =    0x60;

    public static final int      CMD_GetMonomerData                =    0x61;

    public static final int     CMD_GetMonomerRES                =    0x62;

    public static final int      CMD_GetMonomerCAP                =    0x63;

    public static final int      CMD_GetMonomerChargeCAP            =    0x64;

    public static final int      CMD_GetMonomerTMP                =    0x65;

    public static final int      CMD_GetMonomerJHcurr            =    0x66;

    public static final int     CMD_Get_DCDC_Data                =    0x67;        //铁塔版本获取DCDC命令

    public static final int     CMD_Get_K_D_TestData            =     0x68;

	
    /**

     * 2021-08-31 @lijun  假负载版本新增均衡电流和漏液电压读取

     */

    public static final int     CMD_GetMonomerLYVolt            =    0x78;        //漏液电压

    public static final int     CMD_GetMonomerJHCUR                =    0x69;        //增加均衡电流

	
	
    public static final int     CMD_GetLiDCDCParam                =    0x8B;        //读取锂电DCDC参数

    public static final int     CMD_SetLiDCDCParam                =    0x8C;        //设置锂电DCDC参数

	
    public static final int     CMD_GetPbDCDCParam                =    0x8D;        //读取铅酸DCDC参数

    public static final int     CMD_SetPbDCDCParam                =    0x8E;        //设置铅酸DCDC参数

	
    public static final int     CMD_GetSXDCDCData                =    0x8F;        //读取双向DCDC内部数据

	
    public static final int     CMD_GetLiBMSData                =    0x95;        //读取锂电池BMS模拟量

    public static final int     CMD_GetLiBMSState                =    0x96;        //读取锂电池BMS告警量

	
    public static final int     CMD_ReStartDCDC                    =    0x9A;        //远程重启内部DCDC模块

	
	
    /**

     * 读取新疆锂电的组合BMS信心命令

     */

    public static final int     CMD_ReadLiBTSData                =    0x9B;        //读取新疆锂电BMS组合信息

	
    /**

     * 读取切换箱正负极开关状态

     */

    public static final int     CMD_ReadQHZZFZCDState            =    0xC3;        //读取切换箱正负极开关状态

	
	
    /**

     * 2022-01-06 edit by lijun 逆变设备新增机柜头数据

     * 
     * 读取

     */

    public static final int     CMD_GetSimData                    =   0x99;        //读取逆变机柜头数据

    //------------ 平台锂电池命令 -----------------------------------------------------------------

    public static final int     CMD_GetLiDCDCParam_Ack            =     0x8D;        //读取锂电BTS参数成功

    public static final int      CMD_SetLiDCDCParam_Ack            =     0x8E;        //设置锂电BTS参数成功	
	
    public static final int     CMD_GetSXDCDCData_Ack            =     0x92;        //读取双向DCDC内部数据成功

    public static final int     CMD_GetLiBMSData_Ack            =     0x93;        //读取锂电池BMS模拟量

    public static final int     CMD_GetLiBMSState_Ack            =     0x94;        //读取锂电池BMS告警量

	
    public static final int     CMD_ReStartDCDC_Ack                =    0x9B;        //远程重启内部DCDC模块成功

	
	
    //----------------------------------------------------------------------------------------

	
    //-----------------------------------------------------------------------------

    //------------ 在线电压校准 ----------------------------------------------------

    public static final int     CMD_GetOnlineVolAdjParam        =    0x6A;

    public static final int     CMD_SetOnlineVolAdjParam        =    0x6B;

    //------------ 组端电压校准 ----------------------------------------------------

    public static final int     CMD_GetBattGroupVolAdjParam        =    0x6C;

    public static final int     CMD_SetBattGroupVolAdjParam        =    0x6D;

    //------------ 放电电流校准 ----------------------------------------------------

    public static final int     CMD_GetDischargeCurrAdjParam    =    0x6E;

    public static final int     CMD_SetDischargeCurrAdjParam    =    0x6F;

    //------------ 充电电流校准 ----------------------------------------------------

    public static final int     CMD_GetChargeCurrAdjParam        =    0x70;

    public static final int     CMD_SetChargeCurrAdjParam        =    0x71;

    //------------ 单体内阻校准 ----------------------------------------------------

    public static final int     CMD_GetBattResAdjParam            =   0x72;

    public static final int     CMD_SetBattResAdjParam            =    0x73;

    //------------ 单体电压偏移/斜率校准 --------------------------------------------

    public static final int     CMD_GetMonVolAdjParam            =    0x74;

    public static final int     CMD_SetMonVolAdjOffset            =    0x75;

    public static final int     CMD_SetMonVolAdjSlope            =    0x76;

    public static final int     CMD_ResetMonVolAdjParam            =    0x77;

    //-----------------------------------------------------------------------------

    //------------ 设置日期时间 ----------------------------------------------------

    public static final int     CMD_SetDateTime                    =   0x7A;

    //------------ 读取设置系统参数和告警参数 ---------------------------------------

    public static final int     CMD_GetSYSSetParamAck            =    0x7E;

    public static final int     CMD_SetSYSSetParamAck            =    0x7F;

    public static final int     CMD_GetSYSSetParam                =    0x80;

    public static final int     CMD_SetSYSSetParam                =    0x81;

	
    public static final int     CMD_GetAlarmParam                =    0x82;

    public static final int     CMD_SetAlarmParam                =    0x83;

    public static final int     CMD_GetAlarmParamAck            =    0x84;

    public static final int     CMD_SetAlarmParamAck            =    0x85;

	
    public static final int     CMD_GetJuHengParam                =   0xC1;                    //读取均衡参数

    public static final int     CMD_GetJuHengParamAck            =   0xC2;                    //读取均衡参数成功

    public static final int     CMD_SetJuHengParam                =   0xC3;                    //设置均衡参数

    public static final int     CMD_SetJuHengParamAck            =   0xC4;                    //设置均衡参数成功

	
    //-------------- 清除告警     --------------------------------------------------

    public static final int        CMD_ClearSysAlarm               =   0xB8;                    //清除告警			
    public static final int        CMD_ClearSysAlarm_ACK           =   0xB9;                    //清除告警成功

    //------------------------------------------------------------------------------

    //------------ DFU 命令 ---------------------------------------------------------

    public static final int     CMD_FBS9100_WriteDFU            =     0x86;

    public static final int     CMD_FBS9100_ReadDFU             =     0x87;

    //------------------------------------------------------------------------------

    //读取cmcc的电压电流

    public static final int     CMD_ReadCMCCVolCurr             =   0x8A;

	
    //读取GPRS模块的信号质量

    public static final int     CMD_ReadGPRSCSQ                 =   0x91;

    public static final int     CMD_ReadGPRSCSQAck                 =   0x92;

	
    //读取干节点数据

    public static final int     CMD_ReadStemNode                =   0xC2;

    //清除告警	
    public static final int     CMD_ClearAlarm                    =   0x90;



    /**

     *     @lijun 2021-11-13

     *     假负载BTS新增连接条阻抗信息以及温湿度信息读取

     */

    public static final int     CMD_ReadConnRes                    =   0x97;                    //读取连接条阻抗信息

    public static final int     CMD_ReadTmpHum                    =   0x98;                    //读取温湿度传感器信息

	
    public static final int     CMD_ReadBusCoupleState            =   0x9D;                    //读取智能母联状态

		
    public static final int     CMD_GetJunHengState                =   0xA8;                    //读取均衡供电模块信息

	
    public static final int     CMD_ReadJunHengParam            =   0xB0;                    //读取均衡参数信息

    public static final int     CMD_WriteJunHengParam            =   0xB1;                    //设置均衡参数信息

	
	
    public static final int     CMD_MutilMode_Control            =   0xB3;                    //并联电源控制命令

	
    public static final int     CMD_ReadMutilMode_Control        =   0xB4;                    //并联电源控制命令

    public static final int     CMD_WriteMutilMode_Control        =   0xB5;                    //并联电源控制命令



	
    public static final int     CMD_GetMutilMode_Param            =   0xB4;                    //读取并联电源参数

    public static final int     CMD_GetMutilMode_Param_Ack        =   0xB2;                    //读取并联电源参数成功

	
    public static final int     CMD_SetMutilMode_Param            =   0xB5;                    //设置并联电源参数

    public static final int     CMD_SetMutilMode_Param_Ack        =   0xB6;                    //设置并联电源参数成功

	
    /**

     * @lijun 2022-08-23 
     * 并联电源新增并联参数相关读取设置主机命令

     */

    public static final int     CMD_ReadMultModeParam            =   0x3A;                    //读取并联电源模块参数

    public static final int     CMD_WriteMultModeParam            =   0x3B;                    //设置并联电源模块参数

	
    public static final int     CMD_GetMultModeParam            =   0x3A;                    //读取并联电源模块参数

    public static final int     CMD_GetMultModeParam_Ack        =   0x3C;                    //读取并联电源模块参数成功

    public static final int     CMD_SetMultModeParam            =   0x3B;                    //设置并联电源模块参数

    public static final int     CMD_SetMultModeParam_Ack        =   0x3D;                    //设置并联电源模块参数成功

	
	
	
    public static final int     CMD_ReadMutilTopology            =   0xB6;                    //读取并联BTS拓扑状态信息

	
    public static final int     CMD_ReadMutilMode_Param            =   0xB7;                    //读取并联BTS参数[9组]

    public static final int     CMD_WriteMutilMode_Param        =   0xB8;                    //设置并联BTS参数[9组]

	
    //------------ 测试类型 ---------------------------------------------------------

    public static final int        TestType_NULL                    =    0x00;

    public static final int        TestType_VOL                    =    0xF9;

    public static final int        TestType_MDISCHARGE                =    0xFA;

    public static final int        TestType_MCHARGE                =    0xFB;

    public static final int        TestType_Charge                    =    0xFC;

    public static final int        TestType_CAP                    =    0xFD;                    //正常核容放电测试类型

    public static final int        TestType_RES                    =    0xFE;

    public static final int        TestType_Charge_HELUQI            =    0xBC;

    public static final int        TestType_CAP_HELUQI                =    0xBD;                    //升压续航放电测试类型

    public static final int        TestType_SwitchDiode            =     0xD1;                    //KD测试

    //------------------------------------------------------------------------------

    //------------ 电池状态 ---------------------------------------------------------

    public static final int        BattState_Float                    =    0x00;

    public static final int        BattState_Discharge                =    0x01;

    public static final int        BattState_Charge                =    0x02;

    //------------------------------------------------------------------------------

    //------------ 数据类型 ---------------------------------------------------------

    public static final int        DataType_Null                    =    0x00;

    public static final int        DataType_MonVol                    =    0x01;

    public static final int        DataType_MonCap                    =    0x02;					
    public static final int        DataType_MonRes                    =    0x03;

    public static final int        DataType_Temp                    =    0x04;

    public static final int        DataType_GrpVol                    =    0x05;

    public static final int        DataType_Curr                    =    0x06;

    public static final int        DataType_MonTmp                    =    0x07;

    public static final int        DataType_MonJHcurr                =    0x08;                    //均衡电流

		
    public static final int     DataType_MonLYvol                =    0x09;                    //漏液电压

    public static final int     DataType_MonConnRes                =    0x10;                    //连接条阻抗

    //------------------------------------------------------------------------------

    //------------------------------------------------------------------------------

    public static final int     BTSE_DevType_BTS                =   0x02;                    //常规BTS

    public static final int     BTSE_DevType_XJBTS                =   0x09;                    //新疆锂电BTS

    public static final int     BTSE_DevType_TieTa                =    0x08;                    //铁塔版本的bt

    public static final int     BTSE_DevType_NiBian                =   0x06;                    //逆变版本的bts

    public static final int     BTSE_DevType_LIBTS                =   0x05;                    //锂电池版本的bts

    public static final int      BTSE_DevType_MULBTS                =   0x04;                    //并联BTS

    //------------------------------------------------------------------------------

    public static final int     SYS_STATE_STOPPED                =    0x00;

    public static final int     SYS_STATE_DISCHARGING            =    0x01;

    public static final int     SYS_STATE_CHARGING                =    0x02;

    public static final int     SYS_STATE_HELUQI_DISCHARGING    =    0x03;

    //------------------------------------------------------------------------------

    public static final int  STOP_CommErr                          =      0;       //核容中模块内部通信故障，核容失败

     public static final int  STOP_Manual                          =      1;       //手动停止核容，核容失败

     public static final int  STOP_VolLow2Min                     =      2;      //时长过短，核容失败

     public static final int  STOP_TimeOut                          =      3;      //达到最长核容时间，核容失败

     public static final int  STOP_Success                          =      4;      //电池电压低于核容终止电压，核容成功

     public static final int  STOP_CurrLow                          =    5;      //核容放电电流过小，核容失败

     public static final int  STOP_User                           =      6;      //手动停止

     public static final int  STOP_TimeEnd                         =     7;      //时间到停止

     public static final int  STOP_MonVolL                         =     8;      //单体下限停止

     public static final int  STOP_BattVolL                        =     9;      //电池电压下限到

     public static final int  STOP_MonTmpH                        =     10;     //单体温度上限到

	
    //-------------------------------------------------------------------------------------------

    public static final int     ALARM_NULL                         =    0;        //无

    public static final int     ALARM_PAUSED                    =    1;        //暂停

    public static final int     ALARM_DISCHARGING                =    2;        //正在放电测试

    public static final int     ALARM_DISCHARGEWAIT                =    3;        //正在等待放电

    public static final int     ALARM_LimitCHARGING                =    4;        //正在限流充电

    public static final int     ALARM_LargeCHARGING                =    5;        //正在直连充电

    public static final int     ALARM_CHARGEWAIT                   =    6;        //正在等待充电

    public static final int     ALARM_TIMESTOP                     =    7;        //放电时间到停止

    public static final int     ALARM_CAPSTOP                     =    8;        //放电容量到停止

    public static final int     ALARM_MVLLSTOP                     =    9;        //单体电压下限到停止

    public static final int     ALARM_SVLLSTOP                     =    10;        //组端电压下限到停止

    public static final int     ALARM_POWERBREAKSTOP             =    11;        //市电中断停止

    public static final int     ALARM_FLASHUPSTOP                 =    12;        //存储数据满停止

    public static final int     ALARM_TEMPHIGHSTOP               =    13;        //机内温度异常停止

    public static final int     ALARM_CURRSTOP                    =    14;        //放电电流过流停止

    public static final int     ALARM_PCCOMMBREAKSTOP             =    15;        //后台通信中断停止

    public static final int     ALARM_LoaderCOMMBREAKSTOP         =    16;        //负载模块通信中断停止

    public static final int     ALARM_Sel2TO1COMMBREAKSTOP         =    17;        //选择模块通信中断停止

    public static final int     ALARM_LoaderPowerError             =    18;        //负载模块放电过功率停止

    public static final int     ALARM_Malloc_ERROR                 =    19;        //内部程序异常停止

    public static final int     ALARM_POWERRESUMESTOP_HELUQI     =    20;        //合路器放电功能,市电恢复停止升压放电

    public static final int     ALARM_POWERBREAKSTOP_HELUQI     =    21;        //合路器放电功能,充电过程中市电中断

    public static final int     ALARM_SVLLSTOP_HELUQI             =    22;        //合路器放电功能组端电压下限

    public static final int     ALARM_MOMTEMP_HL_STOP             =    23;        //单体温度上限到停止

    public static final int     ALARM_ONLINEVOL_HL_STOP         =    24;        //在线电压异常高停止

    public static final int     ALARM_XIEZHUANG_COMM_ERR_STOP    =    25;        //协转通信异常停止

    public static final int     ALARM_MONOMER_COMM_ERR_STOP        =    26;        //单体通信异常停止

    public static final int     ALARM_UNKOWN                     =    27;        //未知

    //-------------------------------------------------------------------------------------------

    public static byte changeIntToByte(int data)

    {

        return (byte)(data & 0xFF);

    }

    //------------------------------------------------------------------------------

    public static short changeIntToShort(int data)

    {

        return (short)(data & 0xFFFF);

    }

    //------------------------------------------------------------------------------

    public static byte changeShortToByte(short data)

    {

        return (byte)(data & 0xFF);

    }

    //------------------------------------------------------------------------------

    public static int changeByteToInt(byte data)

    {

        int tmp = data;

        return (tmp & 0xFF);

    }

    //------------------------------------------------------------------------------

    public static int changeShortToInt(short data)

    {

        int tmp = data;

        return (tmp & 0xFFFF);

    }

    //------------------------------------------------------------------------------

    //------------------------------------------------------------------------------

    /**

     *     有符号数转成int

     * @param data

     * @return

     */

    public static int changeSingeShortToInt(short data)

    {

        int tmp = data;

        return (tmp);

    }

    //------------------------------------------------------------------------------

    public static double changeShortToDouble(short data)

    {

        int tmp = data & 0xFFFF;

        return (double)(tmp);

    }

    public static float changeShortToFloat(short data)

    {

        int tmp = data & 0xFFFF;

        return (float)(tmp);

    }

    //------------------------------------------------------------------------------

    public static short changeDoubleToShort(double data)

    {

        int tmp = (int)data;

        //System.out.println("tmp:"+tmp);

        return (short)(tmp & 0xFFFF);

    }

    public static short changeFloatToShort(float data)

    {

        int tmp = (int)data;

        return (short)(tmp & 0xFFFF);

    }

    //------------------------------------------------------------------------------

    //------------------------------------------------------------------------------

    public static double GetFDCurrent(double stdcap, int hourrate)

    {

        double res = 0.055;

        switch(hourrate)

        {

            case 1: res = 0.514; break;

            case 2: res = 0.306; break;

            case 3: res = 0.250; break;

            case 4: res = 0.200; break;

            case 5: res = 0.166; break;

            case 6: res = 0.146; break;

            case 7: res = 0.131; break;

            case 8: res = 0.118; break;

            case 9: res = 0.108; break;

            case 10: res = 0.100; break;

            case 20: res = 0.055; break;

            default: res = 0.055; break;

        }

	    
        return (stdcap * res);

    }

    //------------------------------------------------------------------------------

    //------------------------------------------------------------------------------

    public static int GetHourRate(int stdah, int current)

    {

        int index = 0;

        int value[]={514, 306, 250, 200, 166, 146, 131, 118, 108, 100, 55};

        int res;

        res = (current*100)/(stdah/10);

        if(res>=514) return 1;

        else if(res<=55) return 20;

        else

        {

            for(index=0; index<10; index++)

            {

                if((res<=value[index]) && (res>value[index+1]))    break;

                else continue;

            }

            if((value[index]-res) < (res-value[index+1]))

            {

                return (index+1);

            }

            else

            {

                if(index+2 > 10) return (20);

                else return (index+2);

            }

        }  
    }

    //------------------------------------------------------------------------------

    //------------------------------------------------------------------------------

    public static double N_TO_10H(int n_H)

    {

        switch(n_H)

        {

            case  1 : return(1/0.55);

            case  2 : return(1/0.61);

            case  3 : return(1/0.75);

            case  4 : return(1/0.79);

            case  5 : return(1/0.833);

            case  6 : return(1/0.876);

            case  7 : return(1/0.917);

            case  8 : return(1/0.944);

            case  9 : return(1/0.974);

            case  10: return(1/1);

            case  20: return(1/1.1);

        }

        return 1.0;

    }

    //-------------------------------------------------------------------------------

    /*

    //-------------------------------------------------------------------------------

    double GetMonomerCap(double STDAH, int HourRate, double SumAH, double MaxMonomerVol,

                        double MonomerVol, double MonomerVolType, int CapType)

    {

        if(MaxMonomerVol - MonomerVolType*0.9 == 0)

            return 0;



        if(SumAH < 0)

            SumAH *= (-1);



        double tmp_cap;

        tmp_cap = MonomerVol - MonomerVolType * 0.9;

        tmp_cap *= (STDAH - SumAH * N_TO_10H(HourRate));

        tmp_cap = tmp_cap/(MaxMonomerVol - MonomerVolType*0.9);

        if(tmp_cap < 0)

            tmp_cap = 0;



        if(CapType == CapType_Rest)

            return tmp_cap;

        else if(CapType == CapType_Sum)

            return (tmp_cap + SumAH * N_TO_10H(HourRate));

        else

            return ((tmp_cap + SumAH * N_TO_10H(HourRate))*100 / STDAH);

    }

    //----------------------------------------------------------------------------------

    */

}


 FBS9600ForFBO_Parse/src/com/fgkj/bts/BTS_Crc16.java

New file
@@ -0,0 +1,61 @@
package com.fgkj.bts;



import java.nio.ByteBuffer;



public class BTS_Crc16 {

    private final static int CRC16Table[] = 
    {

        0x0000, 0x1021, 0x2042, 0x3063, 0x4084, 0x50A5, 0x60C6, 0x70E7,

        0x8108, 0x9129, 0xA14A, 0xB16B, 0xC18C, 0xD1AD, 0xE1CE, 0xF1EF,

        0x1231, 0x0210, 0x3273, 0x2252, 0x52B5, 0x4294, 0x72F7, 0x62D6,

        0x9339, 0x8318, 0xB37B, 0xA35A, 0xD3BD, 0xC39C, 0xF3FF, 0xE3DE,

        0x2462, 0x3443, 0x0420, 0x1401, 0x64E6, 0x74C7, 0x44A4, 0x5485,

        0xA56A, 0xB54B, 0x8528, 0x9509, 0xE5EE, 0xF5CF, 0xC5AC, 0xD58D,

        0x3653, 0x2672, 0x1611, 0x0630, 0x76D7, 0x66F6, 0x5695, 0x46B4,

        0xB75B, 0xA77A, 0x9719, 0x8738, 0xF7DF, 0xE7FE, 0xD79D, 0xC7BC,

        0x48C4, 0x58E5, 0x6886, 0x78A7, 0x0840, 0x1861, 0x2802, 0x3823,

        0xC9CC, 0xD9ED, 0xE98E, 0xF9AF, 0x8948, 0x9969, 0xA90A, 0xB92B,

        0x5AF5, 0x4AD4, 0x7AB7, 0x6A96, 0x1A71, 0x0A50, 0x3A33, 0x2A12,

        0xDBFD, 0xCBDC, 0xFBBF, 0xEB9E, 0x9B79, 0x8B58, 0xBB3B, 0xAB1A,

        0x6CA6, 0x7C87, 0x4CE4, 0x5CC5, 0x2C22, 0x3C03, 0x0C60, 0x1C41,

        0xEDAE, 0xFD8F, 0xCDEC, 0xDDCD, 0xAD2A, 0xBD0B, 0x8D68, 0x9D49,

        0x7E97, 0x6EB6, 0x5ED5, 0x4EF4, 0x3E13, 0x2E32, 0x1E51, 0x0E70,

        0xFF9F, 0xEFBE, 0xDFDD, 0xCFFC, 0xBF1B, 0xAF3A, 0x9F59, 0x8F78,

        0x9188, 0x81A9, 0xB1CA, 0xA1EB, 0xD10C, 0xC12D, 0xF14E, 0xE16F,

        0x1080, 0x00A1, 0x30C2, 0x20E3, 0x5004, 0x4025, 0x7046, 0x6067,

        0x83B9, 0x9398, 0xA3FB, 0xB3DA, 0xC33D, 0xD31C, 0xE37F, 0xF35E,

        0x02B1, 0x1290, 0x22F3, 0x32D2, 0x4235, 0x5214, 0x6277, 0x7256,

        0xB5EA, 0xA5CB, 0x95A8, 0x8589, 0xF56E, 0xE54F, 0xD52C, 0xC50D,

        0x34E2, 0x24C3, 0x14A0, 0x0481, 0x7466, 0x6447, 0x5424, 0x4405,

        0xA7DB, 0xB7FA, 0x8799, 0x97B8, 0xE75F, 0xF77E, 0xC71D, 0xD73C,

        0x26D3, 0x36F2, 0x0691, 0x16B0, 0x6657, 0x7676, 0x4615, 0x5634,

        0xD94C, 0xC96D, 0xF90E, 0xE92F, 0x99C8, 0x89E9, 0xB98A, 0xA9AB,

        0x5844, 0x4865, 0x7806, 0x6827, 0x18C0, 0x08E1, 0x3882, 0x28A3,

        0xCB7D, 0xDB5C, 0xEB3F, 0xFB1E, 0x8BF9, 0x9BD8, 0xABBB, 0xBB9A,

        0x4A75, 0x5A54, 0x6A37, 0x7A16, 0x0AF1, 0x1AD0, 0x2AB3, 0x3A92,

        0xFD2E, 0xED0F, 0xDD6C, 0xCD4D, 0xBDAA, 0xAD8B, 0x9DE8, 0x8DC9,

        0x7C26, 0x6C07, 0x5C64, 0x4C45, 0x3CA2, 0x2C83, 0x1CE0, 0x0CC1,

        0xEF1F, 0xFF3E, 0xCF5D, 0xDF7C, 0xAF9B, 0xBFBA, 0x8FD9, 0x9FF8,

        0x6E17, 0x7E36, 0x4E55, 0x5E74, 0x2E93, 0x3EB2, 0x0ED1, 0x1EF0

    };

	
    public static int CalCRC16(final ByteBuffer buf, int count)

    {

        ByteBuffer tmpbuf = buf; 
        tmpbuf.position(0);

			
        int crc = 0xFFFF;    //关键性的初值...

        int tmp;

        for (int i=0; i<count; i++)

        {

                if(!buf.hasRemaining())

                    break;

				
                tmp = crc;

                crc = CRC16Table[(int)((((tmp&0xFFFF) >> 8) ^ (tmpbuf.get())) & 0xFF)];

                crc = crc ^ ((tmp&0xFFFF) << 8);

        }

		
        return (crc & 0xFFFF);

    }

}


 FBS9600ForFBO_Parse/src/com/fgkj/bts/BTS_DataType.java

New file
@@ -0,0 +1,74 @@
package com.fgkj.bts;



import java.io.FileInputStream;

import java.io.IOException;



public class BTS_DataType {

    public static final int BYTE_LEN = 4;

	
    public int typeTag0;

    public int typeTag1;

    public int typeTag2;

    public int typeTag3;

	
    public int checkDataHead(FileInputStream fis)

    {

        boolean file_end = false;

        byte type_tag = 0;

        byte[] tag = new byte[1];		
        try {

            while(true)

            {

                type_tag = 0;

                int n = 0;

                for(n=0; n<4; n++)

                {

                    if(1 != fis.read(tag, 0, 1))

                    {

                        file_end = true;

                        break;

                    }

                    if((0xFD != (tag[0]&0xFF)) && (0xFC != (tag[0]&0xFF)) && (0xFB != (tag[0]&0xFF)))

                    {

                        break;

                    }

                }

				
                if(n >= 4)

                {

                    type_tag = tag[0];

                    break;

                }

                if(true == file_end)

                {

                    type_tag = 1;

                    break;

                }

            }

        } catch (IOException e) {

            // TODO Auto-generated catch block

            //e.printStackTrace();

        }		
        setType(type_tag&0xFF);

		
        return (typeTag0);

    }

	
    public byte[] getDataTypeByte() {

        byte[] data = new byte[BYTE_LEN];

        data[0] = BTS_ComBase.changeIntToByte(typeTag0);

        data[1] = BTS_ComBase.changeIntToByte(typeTag1);

        data[2] = BTS_ComBase.changeIntToByte(typeTag2);

        data[3] = BTS_ComBase.changeIntToByte(typeTag3);

        return data;

    }

	
	
    public void setType(int type)

    {

        typeTag0 = type;

        typeTag1 = type;

        typeTag2 = type;

        typeTag3 = type;

    }

}


 FBS9600ForFBO_Parse/src/com/fgkj/bts/BTS_DateTime.java

New file
@@ -0,0 +1,73 @@
package com.fgkj.bts;



import java.nio.ByteBuffer;

import java.nio.ByteOrder;

import java.util.Calendar;





public class BTS_DateTime {

    public int year = 0;

    public int month = 1;

    public int day = 1;

    public int hour = 0;

    public int minute = 0;

    public int second = 0;

	
    public BTS_DateTime clone()

    {

        BTS_DateTime obj = new BTS_DateTime();

		
        obj.year = year;

        obj.month = month;

        obj.day = day;

        obj.hour = hour;

        obj.minute = minute;

        obj.second = second;

    	
        return obj;

    }

	
    public void putByteBuffer(final ByteBuffer bf)

    {

        year = BTS_ComBase.changeByteToInt(bf.get());

        month = BTS_ComBase.changeByteToInt(bf.get());

        day = BTS_ComBase.changeByteToInt(bf.get());

        hour = BTS_ComBase.changeByteToInt(bf.get());

        minute = BTS_ComBase.changeByteToInt(bf.get());

        second = BTS_ComBase.changeByteToInt(bf.get());

    }

	
    public ByteBuffer getPCDateTimeBytes()

    {

        ByteBuffer bytebuffer = ByteBuffer.allocate(12);

        bytebuffer.order(ByteOrder.LITTLE_ENDIAN);

        Calendar cad = Calendar.getInstance();

        //cad.set(23, 5, 10);

        bytebuffer.put(BTS_ComBase.changeIntToByte(cad.get(Calendar.YEAR)%100));

        bytebuffer.put(BTS_ComBase.changeIntToByte(cad.get(Calendar.MONTH)+1));

        bytebuffer.put(BTS_ComBase.changeIntToByte(cad.get(Calendar.DAY_OF_MONTH)));

        bytebuffer.put(BTS_ComBase.changeIntToByte(cad.get(Calendar.HOUR_OF_DAY)));

        bytebuffer.put(BTS_ComBase.changeIntToByte(cad.get(Calendar.MINUTE)));

        bytebuffer.put(BTS_ComBase.changeIntToByte(cad.get(Calendar.SECOND)));

        bytebuffer.flip();

        //System.out.println("设置时间："+cad.get(Calendar.YEAR)+"-"+(cad.get(Calendar.MONTH)+1)+"-"+cad.get(Calendar.DAY_OF_MONTH)+" "+cad.get(Calendar.HOUR_OF_DAY)+":"+cad.get(Calendar.MINUTE)+":"+cad.get(Calendar.SECOND));

        return bytebuffer;

    }

	
    public long getTimeInMillis() {

        Calendar ca = Calendar.getInstance();

        int month_t = month;

        if(month_t > 0) {

            month_t -= 1;

        }

        ca.set(year+2000, month_t, day, hour, minute, second);

		
        return ca.getTimeInMillis();

    }

	
    @Override

    public String toString() {

        return "FBS9100_DateTime [year=" + year + ", month=" + month + ", day=" + day + ", hour=" + hour + ", minute="

                + minute + ", second=" + second + "]";

    }

}

 FBS9600ForFBO_Parse/src/com/fgkj/bts/BTS_DisChargeData.java

New file
@@ -0,0 +1,138 @@
package com.fgkj.bts;



import java.io.File;

import java.io.FileInputStream;

import java.io.IOException;

import java.nio.ByteBuffer;

import java.nio.ByteOrder;

import java.util.ArrayList;

import java.util.List;



import com.fgkj.data.ComFn;



/**

 *     放电数据

 * @author DELL

 *

 */

public class BTS_DisChargeData {

	
    public int parse_result = BTS_ComBase.PARSE_RESULT_NULL;    //解析结果

	
    public BTS_BattParam battParam;                    //电池参数

    public BTS_DischargeParam dischargeParam;        //核容参数

    public BTS_CapState capState;                    //容量参数

	
    public List<BTS_FbsData> fbsDatas;                //每次记录的单体数据

	
    public BTS_DisChargeData() {

        battParam = new BTS_BattParam();

        dischargeParam = new BTS_DischargeParam();

        capState = new BTS_CapState();

        fbsDatas = new ArrayList<BTS_FbsData>();

    }



	
	
	
    /**

     *     解析充电数据

     * @param filePath

     */

    public void readDisFile(String filePath)

    {

        FileInputStream fis = null;

        try {

            File f = new File(filePath);

            if(!filePath.endsWith(".BCP") || !filePath.toUpperCase().endsWith(".BCP")) {

                //文件格式错误

                parse_result = BTS_ComBase.PARSE_RESULT_FILETYPEERR;

                return;

            }

            if(!f.exists()) {

                //文件不存在

                parse_result = BTS_ComBase.PARSE_RESULT_NOTFOUNDFILE;

                return;

                //System.out.println("文件不存在..........");

            }

            fis = new FileInputStream(f);

            byte[] buf = new byte[2048];

            if(fis.read(buf, 0, buf.length) == 2048)

            {

                if(this.checkTestDataHead(buf)) {

                    parse_result = BTS_ComBase.PARSE_RESULT_SUCCESS;

                }else {

                    parse_result = BTS_ComBase.PARSE_RESULT_FILEERROR;

                }

                BTS_DataType dataType = new BTS_DataType();

        		
                while(true)

                {        			
                    int tag = dataType.checkDataHead(fis);

                    if((0xFD == tag) || (0xFC == tag) || (0xFB == tag))

                    {

        				
                        System.out.println("#################");

                        byte[] databuf = new byte[BTS_FbsData.BASIC_LEN + (battParam.EachGroupBattCount*battParam.BattGroupCount)*2 -4];

                        if(fis.read(databuf) == databuf.length)

                        {

                            ByteBuffer bf = ByteBuffer.allocate(databuf.length + BTS_DataType.BYTE_LEN);

                            bf.order(ByteOrder.LITTLE_ENDIAN);

                            bf.put(dataType.getDataTypeByte());

                            bf.put(databuf);

                            bf.flip();

                            bf.position(0);

        					
                            System.out.println(ComFn.bytesToHexString(databuf, databuf.length));

                            BTS_FbsData fbsData = new BTS_FbsData();

                            if(fbsData.putByteBuffer(bf, 0, 0)) {

                                fbsDatas.add(fbsData);

                            }

                        }

                    }

                    if(tag == 1)

                        break;

                }

            }else {

                parse_result = BTS_ComBase.PARSE_RESULT_FILEERROR;

            }

        		
        } catch (IOException e) {

            e.printStackTrace();

        } finally {

            if(null != fis)

            {

                try {

                    fis.close();

                } catch (IOException e) {

                    e.printStackTrace();

                }

            }

        }

    }

	
    /**

     *     解析文件头数据

     * @return

     */

    public boolean checkTestDataHead(byte[] buf) {

        boolean checkOk = true;

        ByteBuffer buffer = ByteBuffer.allocate(buf.length);

        buffer.order(ByteOrder.LITTLE_ENDIAN);

        buffer.put(buf);

        buffer.flip();

        buffer.position(0);

        checkOk = checkOk && battParam.putByteBuffer(buffer);

        System.out.println(battParam);

        System.out.println("checkTestDataHead:"+checkOk);

		
        checkOk = checkOk && dischargeParam.putByteBuffer(buffer);

        System.out.println(dischargeParam);

        System.out.println("checkTestDataHead:"+checkOk);

		
        capState.putByteBuffer(buffer);

        return checkOk;

    }

}






 FBS9600ForFBO_Parse/src/com/fgkj/bts/BTS_DischargeParam.java

New file
@@ -0,0 +1,200 @@
package com.fgkj.bts;



import java.nio.ByteBuffer;

import java.nio.ByteOrder;





/**

 *     核容参数

 * @author DELL

 *

 */

public class BTS_DischargeParam implements Cloneable{

    private final int BYTE_LEN = 44;

    //private final int BYTE_LEN = 45;

	
    public int op_cmd = 0;

    public int test_cmd = 0;

	
    public int HourRate = 0;

    public float DisCurr = 0;

    public float DisCap = 0;

    public int DisTime = 0;

    public float GroupVol_LOW = 0;

    public float MonomerVol_LOW = 0;

    public int MonomerLowCount = 0;

    public int BattGroupNum = 0;

    public int OnlineVolLowAction = 0;

    public int StaticTime = 0;

    public int DisTestCount = 0;

	
    public float DCVolHighLimit = 0;

	
    public float ChargeCurrSet = 0;

    public int bakeup3 = 0;

    public float MonomerTmp_High = 0;        //温度上限

	
    public float ChargeVolt = 0;            //均充电压[0.1V](18~57.5)

	
    public int bakeup6 = 0;

    public int bakeup7 = 0;

    public int bakeup8 = 0;

    public int bakeup9 = 0;

    public int bakeup10 = 0;



    public int CRC = 0;

	
    public BTS_DischargeParam clone()

    {

        BTS_DischargeParam obj = null;  
        try

        {

            obj = (BTS_DischargeParam)super.clone();

        }

        catch(CloneNotSupportedException e)

        {

            e.printStackTrace();

        }

        return obj;

    }

	
    public void clear()

    {

        HourRate = 0;

        DisCurr = 0;

        DisCap = 0;

        DisTime = 0;

        GroupVol_LOW = 0;

        MonomerVol_LOW = 0;

        MonomerLowCount = 0;

        BattGroupNum = 0;

        OnlineVolLowAction = 0;

        StaticTime = 0;

        DisTestCount = 0;

		
        DCVolHighLimit = 0;

		
        ChargeCurrSet = 0;

        bakeup3 = 0;

        MonomerTmp_High = 0;

		
        ChargeVolt = 0;

        bakeup6 = 0;

        bakeup7 = 0;

        bakeup8 = 0;

        bakeup9 = 0;

        bakeup10 = 0;



        CRC = 0;

    }

	
    public boolean putByteBuffer(final ByteBuffer bf)

    {

        if(bf.limit() < BYTE_LEN){

            return false;

        }

        ByteBuffer tmpbuf = bf;

        int crc0 = tmpbuf.getShort(BYTE_LEN-2) & 0xFFFF;

        int crc1 = BTS_Crc16.CalCRC16(tmpbuf, BYTE_LEN-2);

        if(crc0 != crc1){

            System.out.println("FBS9100_ParamDischarge:crc0:"+crc0+"===crc1:"+crc1);

            return false;

        }

	
        tmpbuf.position(0);

        HourRate = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        DisCurr = (float)BTS_ComBase.changeShortToDouble(tmpbuf.getShort());

        DisCap = (float)BTS_ComBase.changeShortToDouble(tmpbuf.getShort());

        DisTime = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        GroupVol_LOW = (float)BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/10;

        MonomerVol_LOW = (float)BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/1000;

        MonomerLowCount = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        BattGroupNum = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        OnlineVolLowAction = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        StaticTime = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        DisTestCount = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        DCVolHighLimit = (float)BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/10;

		
        ChargeCurrSet = (float)BTS_ComBase.changeShortToDouble(tmpbuf.getShort());

        bakeup3 = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

		
        MonomerTmp_High = (float)BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/10;

        ChargeVolt = (float)BTS_ComBase.changeShortToFloat(tmpbuf.getShort())/10;

        bakeup6 = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        bakeup7 = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        bakeup8 = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        bakeup9 = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        bakeup10 = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

		
        CRC =  BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        tmpbuf.compact();

        tmpbuf.flip();

        return true;

    }

	
    public ByteBuffer getByteBuffer()

    {

        System.out.println(this);

		
        ByteBuffer bytebuffer = ByteBuffer.allocate(BYTE_LEN);

        bytebuffer.order(ByteOrder.LITTLE_ENDIAN);

        bytebuffer.putShort(BTS_ComBase.changeIntToShort(HourRate));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(DisCurr));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(DisCap));

        bytebuffer.putShort(BTS_ComBase.changeIntToShort(DisTime));

        //bytebuffer.putShort(BTS_ComBase.changeDoubleToShort((GroupVol_LOW+0.000001)*10));

        bytebuffer.putShort(BTS_ComBase.changeFloatToShort((GroupVol_LOW)*10));

        bytebuffer.putShort(BTS_ComBase.changeFloatToShort((MonomerVol_LOW)*1000));

        bytebuffer.putShort(BTS_ComBase.changeIntToShort(MonomerLowCount));

        bytebuffer.putShort(BTS_ComBase.changeIntToShort(BattGroupNum));

        bytebuffer.putShort(BTS_ComBase.changeIntToShort(OnlineVolLowAction));

        bytebuffer.putShort(BTS_ComBase.changeIntToShort(StaticTime));

		
        bytebuffer.putShort(BTS_ComBase.changeIntToShort(DisTestCount));

        bytebuffer.putShort(BTS_ComBase.changeFloatToShort((DCVolHighLimit)*10));

		
        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(ChargeCurrSet));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(bakeup3));

        bytebuffer.putShort(BTS_ComBase.changeFloatToShort((MonomerTmp_High)*10));

        bytebuffer.putShort(BTS_ComBase.changeFloatToShort((ChargeVolt)*10));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(bakeup6));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(bakeup7));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(bakeup8));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(bakeup9));

        bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(bakeup10));

		
        CRC = BTS_Crc16.CalCRC16(bytebuffer, bytebuffer.position());

        bytebuffer.putShort(BTS_ComBase.changeIntToShort(CRC));

        //System.out.println(this+"$$$$$$$$$$$$$$$$$$$$$$$$$");

        bytebuffer.flip();

		
        return bytebuffer;

    }



    @Override

    public String toString() {

        return "FBS9100_ParamDischarge [BYTE_LEN=" + BYTE_LEN + ", op_cmd=" + op_cmd + ", test_cmd=" + test_cmd

                + ", HourRate=" + HourRate + ", DisCurr=" + DisCurr + ", DisCap=" + DisCap + ", DisTime=" + DisTime

                + ", GroupVol_LOW=" + GroupVol_LOW + ", MonomerVol_LOW=" + MonomerVol_LOW + ", MonomerLowCount="

                + MonomerLowCount + ", BattGroupNum=" + BattGroupNum + ", OnlineVolLowAction=" + OnlineVolLowAction

                + ", StaticTime=" + StaticTime + ", DisTestCount=" + DisTestCount + ", DCVolHighLimit=" + DCVolHighLimit

                + ", ChargeCurrSet=" + ChargeCurrSet + ", bakeup3=" + bakeup3 + ", bakeup4=" + MonomerTmp_High + ", ChargeVolt=" + ChargeVolt

                + ", bakeup6=" + bakeup6 + ", bakeup7=" + bakeup7 + ", bakeup8=" + bakeup8 + ", bakeup9=" + bakeup9

                + ", bakeup10=" + bakeup10 + ", CRC=" + CRC + "]";

    }

	
	
    public static void main(String[] args) {

        double d = 56.6;

        float f = (float)d;

		
        float ff = (56.6f)*10;

		
        System.err.println(f);

		
        double dd = 56.6;

        System.out.println("dd:"+dd);

        BTS_ComBase.changeDoubleToShort((dd)*10);

        System.out.println((int)ff);

    }

}

 FBS9600ForFBO_Parse/src/com/fgkj/bts/BTS_FbsData.java

New file
@@ -0,0 +1,559 @@
package com.fgkj.bts;



import java.nio.ByteBuffer;

import java.nio.ByteOrder;

import java.util.Arrays;





public class BTS_FbsData {

    private final int BYTE_LEN = 1500;

    private final static int BATTGROUP_COUNT = BTS_ComBase.BattGroupCountMax;

    public static final int BASIC_LEN = 12 + 20*BATTGROUP_COUNT;

	
    //public FBS9100_SysState m_SysState = new FBS9100_SysState();

	
    public int dataType[] = {0xAA, 0xAA, 0xAA, 0xAA};

    public int CRC = 0;

    public BTS_TestTime testTime = new BTS_TestTime();

    public int battGroup = 1;

    public int battSum = 24;

    public int battGroupNum = 1;

	
    public int battXuHangTime = 0;

    public int stationPowerOffTLong = 0;

    public int stationPowerOffCNT = 0;

	
    public double conresist  = 0;                //组1接触器导通阻抗 (0.001mR)

    public double conresist1 = 0;                //组2接触器导通阻抗 (0.001mR)

    public double condvoldp  = 0;                //组1二极管压降(0.01V)	
    public double condvoldp1 = 0;                //组2二极管压降(0.01V)	
	
	
    public double onlinevol[] = new double[BTS_ComBase.BattGroupCountMax_Mutl];    //在线电压

    public double groupvol[] = new double[BTS_ComBase.BattGroupCountMax_Mutl];    //组端电压

    public int battstate[] = new int[BTS_ComBase.BattGroupCountMax];            //充放电状态     3   5   9 
    public double battcurr[] = new double[BTS_ComBase.BattGroupCountMax_Mutl];    //电池组电流

    public double battcap[] = new double[BTS_ComBase.BattGroupCountMax];        //电池组容量

    public double batttemp[] = new double[BTS_ComBase.BattGroupCountMax_Mutl];  //电池组温度

    public int monMAX_num[] = new int[BTS_ComBase.BattGroupCountMax];            //最大单体编号			
    public int monMIN_num[] = new int[BTS_ComBase.BattGroupCountMax];            //最低按单体编号

    public double monvolMAX[] = new double[BTS_ComBase.BattGroupCountMax];        //最大单体电压

    public double monvolMIN[] = new double[BTS_ComBase.BattGroupCountMax];        //最低单体电压

	
    /**

     * @2022-06-15 lijun 并联BTS新增结构体

     */

    public double onlinecurr[] = new double[BTS_ComBase.BattGroupCountMax];        //并联BTS时读取的电流

	
    public double vol[] = new double[BTS_ComBase.MonomerCountMax];                //单体电压

	
    public BTS_FbsData clone()

    {

        BTS_FbsData obj = new BTS_FbsData();  
        
        //obj.m_SysState = (FBS9100_SysState) m_SysState.clone();

        obj.dataType = dataType.clone();

        obj.CRC = CRC;

        obj.testTime = testTime;

        obj.battGroup = battGroup;

        obj.battSum = battSum;

        
        obj.onlinevol = onlinevol.clone();

        obj.groupvol = groupvol.clone();

        obj.battstate = battstate.clone();

        obj.battcurr = battcurr.clone();

        
        obj.battcap = battcap.clone();

        obj.batttemp = batttemp.clone();

        obj.monMAX_num = monMAX_num.clone();

        obj.monMIN_num = monMIN_num.clone();

        obj.monvolMAX = monvolMAX.clone();

        obj.monvolMIN = monvolMIN.clone();

        obj.vol = vol.clone();

        
        return obj;

    }

	
    public boolean putByteBuffer(byte[] data, int dev_type, int soft_ver)

    {

		
        ByteBuffer bf = ByteBuffer.allocate(data.length);

        bf.order(ByteOrder.LITTLE_ENDIAN);

        bf.put(data);

        bf.flip();

        bf.position(0);

		
        if(bf.limit() < BASIC_LEN)

            return false;

		
        int battcount = bf.getShort(10);

        if(battcount > BTS_ComBase.MonomerCountMax) {

            return false;

        }

		
        ByteBuffer tmpbuf = bf;

        int crc0 = tmpbuf.getShort(4) & 0xFFFF;

        tmpbuf.putShort(4, (short) 0);

        int crc1 = BTS_Crc16.CalCRC16(tmpbuf, BASIC_LEN + 2*battcount);

        if(crc0 != crc1) {

            return false;

        }

		
        tmpbuf.position(0);

        for(int n=0; n<4; n++)

            dataType[n] = BTS_ComBase.changeByteToInt(tmpbuf.get());

		
        CRC = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        testTime.hour = BTS_ComBase.changeByteToInt(tmpbuf.get());

        testTime.minute = BTS_ComBase.changeByteToInt(tmpbuf.get());

        testTime.second = BTS_ComBase.changeByteToInt(tmpbuf.get());

        battGroup = BTS_ComBase.changeByteToInt(tmpbuf.get());

        battSum = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        /***  2020-12-04 lijun 逆变版本的设备在线电压和组端电压不用/10  ****/

        for(int n=0; n<BATTGROUP_COUNT; n++) {

            double o_v = BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/10;

            if(((0x08 == dev_type) || (soft_ver >= 35)) && (0x06 != dev_type)) {

                o_v /= 10;

            }

            onlinevol[n] = o_v;

        }

        for(int n=0; n<BATTGROUP_COUNT; n++) {

            double g_v = BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/10;

            if(((0x08 == dev_type) || (soft_ver >= 35)) && (0x06 != dev_type)) {

                g_v /= 10;

            }

            groupvol[n] = g_v;

        }

        for(int n=0; n<BATTGROUP_COUNT; n++)

            battstate[n] = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        for(int n=0; n<BATTGROUP_COUNT; n++) {

            double b_curr = BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/10;

            if(BTS_ComBase.BattState_Discharge == battstate[n]) {

                b_curr *= -1;

            }

            battcurr[n] = b_curr;

        }

        for(int n=0; n<BATTGROUP_COUNT; n++) {

            double b_cap = BTS_ComBase.changeShortToDouble(tmpbuf.getShort());

            if(BTS_ComBase.BattState_Discharge == battstate[n]) {

                b_cap *= -1;

            }

            battcap[n] = b_cap;

        }

        for(int n=0; n<BATTGROUP_COUNT; n++)

            batttemp[n] = BTS_ComBase.changeShortToDouble((short)(tmpbuf.getShort()-(short)100))/10;

        for(int n=0; n<BATTGROUP_COUNT; n++) {

            monMAX_num[n] = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        }

        battXuHangTime = (monMAX_num[0]<<16) + monMAX_num[1];

        stationPowerOffTLong = (monMAX_num[2]<<16) + monMAX_num[3];

		
        for(int n=0; n<BATTGROUP_COUNT; n++) {

            monMIN_num[n] = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        }

        stationPowerOffCNT = monMIN_num[0];

		
        for(int n=0; n<BATTGROUP_COUNT; n++)

            monvolMAX[n] = ((double)BTS_ComBase.changeShortToDouble(tmpbuf.getShort()))/100;

        conresist = monvolMAX[0]/10;

        conresist1 = monvolMAX[1]/10;

        condvoldp = monvolMAX[2];

        condvoldp1 = monvolMAX[3];

        //System.out.println(conresist+"=="+conresist1+"=="+condvoldp+"=="+condvoldp1);

        for(int n=0; n<BATTGROUP_COUNT; n++)

            monvolMIN[n] = BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/1000;

		
        for(int n=0; n<battSum; n++) {

            vol[n] = BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/1000;

        }

        System.out.println(this);

        tmpbuf.compact();

        tmpbuf.flip();

		
        return true;

    }

	
	
    public boolean putByteBuffer(final ByteBuffer bf, int dev_type, int soft_ver)

    {

        if(bf.limit() < BASIC_LEN)

            return false;

		
        int battcount = bf.getShort(10);

        if(battcount > BTS_ComBase.MonomerCountMax) {

            //System.out.println("battcount:"+battcount);

            return false;

        }

		
        ByteBuffer tmpbuf = bf;

        int crc0 = tmpbuf.getShort(4) & 0xFFFF;

        tmpbuf.putShort(4, (short) 0);

        int crc1 = BTS_Crc16.CalCRC16(tmpbuf, BASIC_LEN + 2*battcount);

        if(crc0 != crc1) {

            //System.out.println("crc0:"+crc0+"===crc1:"+crc1);

            return false;

        }

		
        tmpbuf.position(0);

        for(int n=0; n<4; n++)

            dataType[n] = BTS_ComBase.changeByteToInt(tmpbuf.get());

		
        CRC = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        testTime.hour = BTS_ComBase.changeByteToInt(tmpbuf.get());

        testTime.minute = BTS_ComBase.changeByteToInt(tmpbuf.get());

        testTime.second = BTS_ComBase.changeByteToInt(tmpbuf.get());

        battGroup = BTS_ComBase.changeByteToInt(tmpbuf.get());

        battSum = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        /***  2020-12-04 lijun 逆变版本的设备在线电压和组端电压不用/10  ****/

        for(int n=0; n<BATTGROUP_COUNT; n++) {

            double o_v = BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/10;

//            if(((0x08 == dev_type) || (soft_ver >= 35)) && (0x06 != dev_type)) {

                o_v /= 10;

//            }

            onlinevol[n] = o_v;

        }

        for(int n=0; n<BATTGROUP_COUNT; n++) {

            double g_v = BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/10;

//            if(((0x08 == dev_type) || (soft_ver >= 35)) && (0x06 != dev_type)) {

                g_v /= 10;

//            }

            groupvol[n] = g_v;

        }

        for(int n=0; n<BATTGROUP_COUNT; n++)

            battstate[n] = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        for(int n=0; n<BATTGROUP_COUNT; n++) {

            double b_curr = BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/10;

            if(BTS_ComBase.BattState_Discharge == battstate[n]) {

                b_curr *= -1;

            }

            battcurr[n] = b_curr;

        }

        for(int n=0; n<BATTGROUP_COUNT; n++) {

            double b_cap = BTS_ComBase.changeShortToDouble(tmpbuf.getShort());

            if(BTS_ComBase.BattState_Discharge == battstate[n]) {

                b_cap *= -1;

            }

            battcap[n] = b_cap;

        }

        for(int n=0; n<BATTGROUP_COUNT; n++)

            batttemp[n] = BTS_ComBase.changeShortToDouble((short)(tmpbuf.getShort()-(short)100))/10;

        for(int n=0; n<BATTGROUP_COUNT; n++) {

            monMAX_num[n] = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        }

        battXuHangTime = (monMAX_num[0]<<16) + monMAX_num[1];

        stationPowerOffTLong = (monMAX_num[2]<<16) + monMAX_num[3];

		
        for(int n=0; n<BATTGROUP_COUNT; n++) {

            monMIN_num[n] = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        }

        stationPowerOffCNT = monMIN_num[0];

		
        for(int n=0; n<BATTGROUP_COUNT; n++)

            monvolMAX[n] = ((double)BTS_ComBase.changeShortToDouble(tmpbuf.getShort()))/100;

        conresist = monvolMAX[0]/10;

        conresist1 = monvolMAX[1]/10;

        condvoldp = monvolMAX[2];

        condvoldp1 = monvolMAX[3];

        //System.out.println(conresist+"=="+conresist1+"=="+condvoldp+"=="+condvoldp1);

        for(int n=0; n<BATTGROUP_COUNT; n++)

            monvolMIN[n] = BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/1000;

		
        for(int n=0; n<battSum; n++) {

            vol[n] = BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/1000;

        }

		
        System.out.println(this);

        tmpbuf.compact();

        tmpbuf.flip();

		
        return true;

    }

	
    /**

     * 2021-05-11 911设备用于区分大功率假负载设备读取在线电压和组端电压数据修改

     * @param bf

     * @param dev_type

     * @param soft_ver

     * @param hard_ver

     * @return

     */

    public boolean putByteBuffer(final ByteBuffer bf, int dev_type, int soft_ver,int hard_ver)

    {

        if(bf.limit() < BASIC_LEN)

            return false;

		
        int battcount = bf.getShort(10);

        if(BTS_ComBase.BTSE_DevType_LIBTS != dev_type) {

            //System.out.println("单体数目："+battcount +"===设备类型:"+dev_type);

            if(battcount > BTS_ComBase.MonomerCountMax) {

                return false;

            }

        }

		
        ByteBuffer tmpbuf = bf;

        int crc0 = tmpbuf.getShort(4) & 0xFFFF;

        tmpbuf.putShort(4, (short) 0);

        int crc1 = BTS_Crc16.CalCRC16(tmpbuf, BASIC_LEN + 2*battcount);

        if(crc0 != crc1) {

            System.out.println("crc0:"+crc0+"=crc1"+crc1);

            return false;

        }

		
        tmpbuf.position(0);

        for(int n=0; n<4; n++)

            dataType[n] = BTS_ComBase.changeByteToInt(tmpbuf.get());

		
        CRC = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        testTime.hour = BTS_ComBase.changeByteToInt(tmpbuf.get());

        testTime.minute = BTS_ComBase.changeByteToInt(tmpbuf.get());

        testTime.second = BTS_ComBase.changeByteToInt(tmpbuf.get());

        battGroup = BTS_ComBase.changeByteToInt(tmpbuf.get());

        battSum = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        /***  2020-12-04 lijun 逆变版本的设备在线电压和组端电压不用/10  ****/

        for(int n=0; n<BATTGROUP_COUNT; n++) {

            double o_v = BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/10;

            if(((0x08 == dev_type) ||(0x05 == dev_type)||(0x07 == dev_type) || (soft_ver >= 35)) && ((0x06 != dev_type) || (0x06 == dev_type && hard_ver >70 && hard_ver < 80))) {

                o_v /= 10;

            }

            onlinevol[n] = o_v;

        }

        for(int n=0; n<BATTGROUP_COUNT; n++) {

            double g_v = BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/10;

            if(((0x08 == dev_type) ||(0x05 == dev_type)||(0x07 == dev_type) || (soft_ver >= 35)) && ((0x06 != dev_type) || (0x06 == dev_type && hard_ver >70 && hard_ver < 80))) {

                g_v /= 10;

            }

            groupvol[n] = g_v;

        }

        for(int n=0; n<BATTGROUP_COUNT; n++)

            battstate[n] = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        for(int n=0; n<BATTGROUP_COUNT; n++) {

            double b_curr = BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/10;

            if(BTS_ComBase.BattState_Discharge == battstate[n]) {

                b_curr *= -1;

            }

            battcurr[n] = b_curr;

        }

        for(int n=0; n<BATTGROUP_COUNT; n++) {

            double b_cap = BTS_ComBase.changeShortToDouble(tmpbuf.getShort());

            if(BTS_ComBase.BattState_Discharge == battstate[n]) {

                b_cap *= -1;

            }

            //battcap[n] = b_cap;

            battcap[n] = b_cap/100;                //锂电BTS,消耗的电能

        }

        for(int n=0; n<BATTGROUP_COUNT; n++)

            /**

             * 2021-10-27 @lijun 修复温度<10度时，温度显示bug

             */

            //batttemp[n] = BTS_ComBase.changeShortToDouble((short)(tmpbuf.getShort()-(short)100))/10;

            batttemp[n] = BTS_ComBase.changeShortToDouble((short)(tmpbuf.getShort()))/10 -10;

        for(int n=0; n<BATTGROUP_COUNT; n++) {

            monMAX_num[n] = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        }

        battXuHangTime = (monMAX_num[0]<<16) + monMAX_num[1];

        stationPowerOffTLong = (monMAX_num[2]<<16) + monMAX_num[3];

		
        for(int n=0; n<BATTGROUP_COUNT; n++) {

            monMIN_num[n] = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        }

        stationPowerOffCNT = monMIN_num[0];

		
        for(int n=0; n<BATTGROUP_COUNT; n++)

            monvolMAX[n] = ((double)BTS_ComBase.changeShortToDouble(tmpbuf.getShort()))/100;

        conresist = monvolMAX[0]/10;

        conresist1 = monvolMAX[1]/10;

        condvoldp = monvolMAX[2];

        condvoldp1 = monvolMAX[3];

        //System.out.println(conresist+"=="+conresist1+"=="+condvoldp+"=="+condvoldp1);

        for(int n=0; n<BATTGROUP_COUNT; n++)

            monvolMIN[n] = BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/1000;

		
        //battSum = 48;

        //System.out.println("电池组单体数目："+battSum);

        for(int n=0; n<battSum; n++) {

            vol[n] = BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/1000;

        }

		
        tmpbuf.compact();

        tmpbuf.flip();

		
        return true;

    }

	
    /**

     * 2021-05-11 911设备用于区分大功率假负载设备读取在线电压和组端电压数据修改

     * @param bf

     * @param dev_type

     * @param soft_ver

     * @param hard_ver

     * @return

     */

    public boolean putByteMutlBuffer(final ByteBuffer bf, int dev_type, int soft_ver,int hard_ver)

    {

        if(bf.limit() < BASIC_LEN)

            return false;

		
        int battcount = bf.getShort(10);

        if(BTS_ComBase.BTSE_DevType_LIBTS != dev_type) {

            //System.out.println("单体数目："+battcount +"===设备类型:"+dev_type);

            if(battcount > BTS_ComBase.MonomerCountMax) {

                return false;

            }

        }

		
        ByteBuffer tmpbuf = bf;

        int crc0 = tmpbuf.getShort(4) & 0xFFFF;

        tmpbuf.putShort(4, (short) 0);

        //每组增添后备电流数据

        int crc1 = BTS_Crc16.CalCRC16(tmpbuf, BASIC_LEN + 2*battcount+8);

        if(crc0 != crc1) {

            System.out.println("crc0:"+crc0+"=crc1"+crc1);

            return false;

        }

		
        tmpbuf.position(0);

        for(int n=0; n<4; n++)

            dataType[n] = BTS_ComBase.changeByteToInt(tmpbuf.get());

		
        CRC = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        testTime.hour = BTS_ComBase.changeByteToInt(tmpbuf.get());

        testTime.minute = BTS_ComBase.changeByteToInt(tmpbuf.get());

        testTime.second = BTS_ComBase.changeByteToInt(tmpbuf.get());

        battGroup = BTS_ComBase.changeByteToInt(tmpbuf.get());

        battSum = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        /***  2020-12-04 lijun 逆变版本的设备在线电压和组端电压不用/10  ****/

        for(int n=0; n<BATTGROUP_COUNT; n++) {

            double o_v = BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/10;

            if(((0x08 == dev_type) ||(0x05 == dev_type)||(0x04 == dev_type) || (soft_ver >= 35)) && ((0x06 != dev_type) || (0x06 == dev_type && hard_ver >70 && hard_ver < 80))) {

                o_v /= 10;

            }

            onlinevol[n] = o_v;

        }

        for(int n=0; n<BATTGROUP_COUNT; n++) {

            double g_v = BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/10;

            if(((0x08 == dev_type) ||(0x05 == dev_type)||(0x04 == dev_type) || (soft_ver >= 35)) && ((0x06 != dev_type) || (0x06 == dev_type && hard_ver >70 && hard_ver < 80))) {

                g_v /= 10;

            }

            groupvol[n] = g_v;

        }

        for(int n=0; n<BATTGROUP_COUNT; n++)

            battstate[n] = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        for(int n=0; n<BATTGROUP_COUNT; n++) {

            double b_curr = BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/10;

            if(BTS_ComBase.BattState_Discharge == battstate[n]) {

                b_curr *= -1;

            }

            battcurr[n] = b_curr;

        }

        for(int n=0; n<BATTGROUP_COUNT; n++) {

            double b_cap = BTS_ComBase.changeShortToDouble(tmpbuf.getShort());

            if(BTS_ComBase.BattState_Discharge == battstate[n]) {

                b_cap *= -1;

            }

            battcap[n] = b_cap;

        }

        for(int n=0; n<BATTGROUP_COUNT; n++)

            /**

             * 2021-10-27 @lijun 修复温度<10度时，温度显示bug

             */

            //batttemp[n] = BTS_ComBase.changeShortToDouble((short)(tmpbuf.getShort()-(short)100))/10;

            batttemp[n] = BTS_ComBase.changeShortToDouble((short)(tmpbuf.getShort()))/10 -10;

        for(int n=0; n<BATTGROUP_COUNT; n++) {

            monMAX_num[n] = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        }

        battXuHangTime = (monMAX_num[0]<<16) + monMAX_num[1];

        stationPowerOffTLong = (monMAX_num[2]<<16) + monMAX_num[3];

		
        for(int n=0; n<BATTGROUP_COUNT; n++) {

            monMIN_num[n] = BTS_ComBase.changeShortToInt(tmpbuf.getShort());

        }

        stationPowerOffCNT = monMIN_num[0];

		
        for(int n=0; n<BATTGROUP_COUNT; n++)

            monvolMAX[n] = ((double)BTS_ComBase.changeShortToDouble(tmpbuf.getShort()))/100;

        conresist = monvolMAX[0]/10;

        conresist1 = monvolMAX[1]/10;

        condvoldp = monvolMAX[2];

        condvoldp1 = monvolMAX[3];

        //System.out.println(conresist+"=="+conresist1+"=="+condvoldp+"=="+condvoldp1);

        for(int n=0; n<BATTGROUP_COUNT; n++)

            monvolMIN[n] = BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/1000;

		
        for(int n=0; n<BATTGROUP_COUNT; n++)

            onlinecurr[n] = BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/1000;

        //battSum = 48;

        //System.out.println("电池组单体数目："+battSum);

        for(int n=0; n<battSum; n++) {

            vol[n] = BTS_ComBase.changeShortToDouble(tmpbuf.getShort())/1000;

        }

		
        tmpbuf.compact();

        tmpbuf.flip();

		
        return true;

    }

	
    public ByteBuffer getByteBuffer()

    {

        ByteBuffer bytebuffer = ByteBuffer.allocate(BYTE_LEN);

        bytebuffer.order(ByteOrder.LITTLE_ENDIAN);

		
        for(int n=0; n<4; n++)

            bytebuffer.put(BTS_ComBase.changeIntToByte(dataType[n]));

		
        CRC = 0;

        bytebuffer.putShort(BTS_ComBase.changeIntToShort(CRC));

        bytebuffer.put(BTS_ComBase.changeIntToByte(testTime.hour));

        bytebuffer.put(BTS_ComBase.changeIntToByte(testTime.minute));

        bytebuffer.put(BTS_ComBase.changeIntToByte(testTime.second));

        bytebuffer.put(BTS_ComBase.changeIntToByte(battGroup));

        //System.err.println(bytebuffer.position()+"#########################");

        bytebuffer.putShort(BTS_ComBase.changeIntToShort(battSum));

        for(int n=0; n<BATTGROUP_COUNT; n++)

            bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(onlinevol[n]*10));

        for(int n=0; n<BATTGROUP_COUNT; n++)

            bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(groupvol[n]*10));

        for(int n=0; n<BATTGROUP_COUNT; n++)

            bytebuffer.putShort(BTS_ComBase.changeIntToShort(battstate[n]));

        for(int n=0; n<BATTGROUP_COUNT; n++)

            bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(battcurr[n]*10));

        for(int n=0; n<BATTGROUP_COUNT; n++)

            bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(battcap[n]));

        for(int n=0; n<BATTGROUP_COUNT; n++)

            bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(batttemp[n]*10));

        for(int n=0; n<BATTGROUP_COUNT; n++)

            bytebuffer.putShort(BTS_ComBase.changeIntToShort(monMAX_num[n]));

        for(int n=0; n<BATTGROUP_COUNT; n++)

            bytebuffer.putShort(BTS_ComBase.changeIntToShort(monMIN_num[n]));

        for(int n=0; n<BATTGROUP_COUNT; n++)

            bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(monvolMAX[n]*1000));

        for(int n=0; n<BATTGROUP_COUNT; n++)

            bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(monvolMIN[n]*1000));

		
        for(int n=0; n<battSum; n++)

            bytebuffer.putShort(BTS_ComBase.changeDoubleToShort(vol[n]*1000));

		
        CRC = BTS_Crc16.CalCRC16(bytebuffer, bytebuffer.position());

        bytebuffer.putShort(4, BTS_ComBase.changeIntToShort(CRC));

		
        bytebuffer.flip();

        //System.err.println("buffer  limit:"+bytebuffer.limit());

        return bytebuffer;

    }



    @Override

    public String toString() {

        return "BTS_FbsData [testTime=" + testTime + ", battGroup=" + battGroup + ", battSum=" + battSum

                + ", battGroupNum=" + battGroupNum + ", battXuHangTime=" + battXuHangTime + ", stationPowerOffTLong="

                + stationPowerOffTLong + ", stationPowerOffCNT=" + stationPowerOffCNT + ", conresist=" + conresist

                + ", conresist1=" + conresist1 + ", condvoldp=" + condvoldp + ", condvoldp1=" + condvoldp1

                + ", onlinevol=" + Arrays.toString(onlinevol) + ", groupvol=" + Arrays.toString(groupvol)

                + ", battstate=" + Arrays.toString(battstate) + ", battcurr=" + Arrays.toString(battcurr) + ", battcap="

                + Arrays.toString(battcap) + ", batttemp=" + Arrays.toString(batttemp) + ", monMAX_num="

                + Arrays.toString(monMAX_num) + ", monMIN_num=" + Arrays.toString(monMIN_num) + ", monvolMAX="

                + Arrays.toString(monvolMAX) + ", monvolMIN=" + Arrays.toString(monvolMIN) + ", onlinecurr="

                + Arrays.toString(onlinecurr) + ", vol=" + Arrays.toString(vol) + "]";

    }

	
	
}

 FBS9600ForFBO_Parse/src/com/fgkj/bts/BTS_TestTime.java

New file
@@ -0,0 +1,62 @@
package com.fgkj.bts;



import java.nio.ByteBuffer;

import java.nio.ByteOrder;





public class BTS_TestTime 
{

    public int hour = 0;

    public int minute = 0;

    public int second = 0;

	
    public void putByteBuffer(final ByteBuffer bf)

    {

        hour = BTS_ComBase.changeByteToInt(bf.get());

        minute = BTS_ComBase.changeByteToInt(bf.get());

        second = BTS_ComBase.changeByteToInt(bf.get());

    }

	
    public ByteBuffer getBytes()

    {

        ByteBuffer bytebuffer = ByteBuffer.allocate(6);

        bytebuffer.order(ByteOrder.LITTLE_ENDIAN);

        bytebuffer.put(BTS_ComBase.changeIntToByte(hour));

        bytebuffer.put(BTS_ComBase.changeIntToByte(minute));

        bytebuffer.put(BTS_ComBase.changeIntToByte(second));

        bytebuffer.flip();

		
        return bytebuffer;

    }

	
    public int getSecondCount()

    {

        return (hour*3600 + minute*60 + second);

    }

	
    public static int getMinutesCount(String str)

    {

        int mcount = 0;

        try

        {

            // 先找到字符串中:的位置

            int position = str.indexOf(":");

            // 将每个:之间的字符串转换成整型

            mcount = Integer.parseInt(str.substring(0, position))*60;

            mcount += Integer.parseInt(str.substring(position + 1));

        }

        catch(Exception e)

        {

            mcount = 0;

        }

		
        return mcount;

    }



    @Override

    public String toString() {

        return "FBS9100_TestTime [hour=" + hour + ", minute=" + minute + ", second=" + second + "]";

    }

	
	
}

 FBS9600ForFBO_Parse/src/com/fgkj/bts/BTS_Test_Main.java

New file
@@ -0,0 +1,16 @@
package com.fgkj.bts;



public class BTS_Test_Main {

    public static void main(String[] args) {

        BTS_ChargeData data = new BTS_ChargeData();

		
        //解析充电数据

//        data.readChrFile("C:\\Users\\DELL\\Documents\\WeChat Files\\wxid_wwepud71epso21\\FileStorage\\File\\2024-12\\sd导出的放电记录\\BATT_CHR\\CHR10001.CHR");

		
		
        BTS_DisChargeData disdata = new BTS_DisChargeData();

        //解析放电数据

        disdata.readDisFile("D:\\桌面文件备份\\公司各种设备资料\\BTS设备相关文件\\BTS历史数据文件解析\\sd导出的放电记录\\BATT_CAP\\CAPNEW_1.BCP");

		
    }

}


 FBS9600ForFBO_Parse/src/com/fgkj/fbs5100/FBS5100_Main.java

@@ -19,8 +19,8 @@
        

        //解析告警数据

        FBS5100_AlarmData almdata = new FBS5100_AlarmData();

        almdata.parseFileData("D:\\桌面文件备份\\公司各种设备资料\\配网电源相关\\通信协议相关\\数据解析(1)\\FPZALARM.ALM");

        System.out.println(almdata);

        //almdata.parseFileData("D:\\桌面文件备份\\公司各种设备资料\\配网电源相关\\通信协议相关\\数据解析(1)\\FPZALARM.ALM");

        //System.out.println(almdata);

        

    }

}


 FBS9600ForFBO_Parse/src/com/fgkj/mcp/TestDataInfo.java

@@ -14,7 +14,6 @@
import com.fgkj.bres.FileDataParseInfo_Interface;

import com.fgkj.bres.RES_Crc16;

import com.fgkj.data.ComBase;

import com.fgkj.data.ComFn;



/**

 *     FBS充放电数据解析