package testElectronJ;
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import lombok.extern.slf4j.Slf4j;
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import java.io.FileInputStream;
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import java.io.IOException;
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import java.nio.ByteBuffer;
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import java.nio.ByteOrder;
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import java.util.Arrays;
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/**
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* FBO测试数据[每个对象为一笔数据]
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* @author LiJun
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*
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*/
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@Slf4j
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public class FboData {
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public static final int MAX_GROUPMODULE_NUM = 5;
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public DataType m_DataType; //数据类型
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public int CRC16;
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public TestTime m_TestTime; //数据时间
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public int BattGroup; //组数 未使用 2
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public int BattSum; //单体数 未使用 2
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public float OnlineVol; //未使用 4
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public float SumVoltage; //总电压 4
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public float SumCurrent; //总电流 2
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public float testCap; //测试容量
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public float actualCap; //实际容量 预估数据
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public float residualCap; //剩余容量
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public int residualTime; //剩余时间
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public float Temp_Envi; //环境温度
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public float Humi_Envi; //环境湿度
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public FboDataHeadStart.DateTime InsDate; //绝缘测试日期
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public float PosInsRes; //正极绝缘电阻
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public float NegInsRes; //负极绝缘电阻
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public float SingleVol[]; //0.001 //单体电压
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public float SubCurrent[]; //未使用 //单体电流
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public float testSubCap[]; //未使用 //单体测试容量
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public float actualSubCap[]; //未使用 //实际容量
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public float residualSubCap[]; //未使用 //剩余容量
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public int residualSubTime[]; //未使用 //剩余时间
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public FboData() {
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// TODO Auto-generated constructor stub
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}
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public FboData(int BattGroup) {
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this.m_DataType = new DataType();
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this.m_TestTime = new TestTime();
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this.InsDate = new FboDataHeadStart().new DateTime();
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this.SingleVol = new float[BattGroup]; //0.001 //单体电压
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this.SubCurrent = new float[BattGroup]; //未使用 //单体电流
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this.testSubCap = new float[BattGroup]; //未使用 //单体测试容量
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this.actualSubCap = new float[BattGroup]; //未使用 //实际容量
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this.residualSubCap = new float[BattGroup]; //未使用 //剩余容量
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this.residualSubTime = new int[BattGroup]; //未使用 //剩余时间
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}
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/**
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* 数据类型
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* @author LiJun
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*
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*/
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public class DataType{
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public int typeTag0;
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public int typeTag1;
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public int typeTag2;
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public int typeTag3;
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public DataType clone(){
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DataType tmp = new DataType();
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tmp.typeTag0 = this.typeTag0;
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tmp.typeTag1 = this.typeTag1;
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tmp.typeTag2 = this.typeTag2;
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tmp.typeTag3 = this.typeTag3;
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return tmp;
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}
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public int checkDataHead(FileInputStream fis)
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{
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boolean file_end = false;
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byte type_tag = 0;
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byte[] tag = new byte[1];
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try {
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while(true)
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{
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type_tag = 0;
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int n = 0;
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for(n=0; n<4; n++)
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{
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if(1 != fis.read(tag, 0, 1))
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{
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file_end = true;
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break;
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}
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if((0xFD != (tag[0]&0xFF)) && (0xFC != (tag[0]&0xFF)) && (0xFB != (tag[0]&0xFF)))
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{
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break;
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}
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}
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if(n >= 4)
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{
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type_tag = tag[0];
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break;
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}
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if(true == file_end)
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{
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type_tag = 1;
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break;
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}
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}
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} catch (IOException e) {
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// TODO Auto-generated catch block
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//e.printStackTrace();
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}
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setType(type_tag&0xFF);
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return (typeTag0);
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}
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public void setType(int type)
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{
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typeTag0 = type;
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typeTag1 = type;
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typeTag2 = type;
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typeTag3 = type;
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}
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}
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public class TestTime{
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public int hour;
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public int minute;
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public int second;
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@Override
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public String toString() {
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return "TestTime [hour=" + hour + ", minute=" + minute + ", second=" + second + "]";
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}
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public String hms(){
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StringBuffer sb = new StringBuffer();
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if (hour > 0) {
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if(hour<10){
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sb.append("0"+hour + ":");
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}else{
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sb.append(hour + ":");
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}
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}else{
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sb.append("00"+ ":");
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}
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if (minute > 0) {
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if(minute<10){
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sb.append("0"+minute + ":");
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}else{
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sb.append(minute + ":");
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}
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}else{
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sb.append("00" + ":");
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}
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if (second > 0) {
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if(second<10){
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sb.append("0"+second);
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}else{
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sb.append(second);
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}
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}else{
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sb.append("00");
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}
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return sb.toString();
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}
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}
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public void setData(byte[] databuf) {
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ByteBuffer bf = ByteBuffer.allocate(databuf.length);
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bf.order(ByteOrder.LITTLE_ENDIAN);
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bf.put(databuf);
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bf.position(0);
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this.CRC16 = ComBase.changeShortToInt(bf.getShort());
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this.m_TestTime.hour = ComBase.changeByteToInt(bf.get()); //数据时间
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this.m_TestTime.minute = ComBase.changeByteToInt(bf.get()); //数据时间
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this.m_TestTime.second = ComBase.changeByteToInt(bf.get()); //数据时间
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this.BattGroup = ComBase.changeByteToInt(bf.get()); //组数 未使用 2
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this.BattSum = ComBase.changeShortToInt(bf.getShort()); //单体数 未使用 2
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this.OnlineVol = (float)bf.getInt()/1000; //未使用 4
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this.SumVoltage = (float)bf.getInt()/1000; //总电压 4
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this.SumCurrent = (float)(bf.getShort())/10; //总电流 2
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// if(this.m_DataType.typeTag0 == 0xFD){
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// this.SumCurrent = (-1)*Math.abs(this.SumCurrent);
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// }
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this.testCap = ComBase.changeShortToFloat(bf.getShort()); //测试容量
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this.actualCap = ComBase.changeShortToFloat(bf.getShort()); //实际容量 预估数据
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this.residualCap = ComBase.changeShortToFloat(bf.getShort()); //剩余容量
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this.residualTime = ComBase.changeShortToInt(bf.getShort()); //剩余时间
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this.Temp_Envi = (float)ComBase.changeShortToFloat(bf.getShort())/10-20; //环境温度
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this.Humi_Envi = (float)ComBase.changeShortToFloat(bf.getShort())/10; //环境湿度
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this.InsDate.year = ComBase.changeByteToInt(bf.get()); //年
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this.InsDate.month = ComBase.changeByteToInt(bf.get()); //月
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this.InsDate.day = ComBase.changeByteToInt(bf.get()); //日
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this.InsDate.hour = ComBase.changeByteToInt(bf.get()); //时
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this.InsDate.minute = ComBase.changeByteToInt(bf.get()); //分
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this.InsDate.second = ComBase.changeByteToInt(bf.get()); //秒
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this.PosInsRes = ComBase.changeShortToFloat(bf.getShort()); //正极绝缘电阻
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this.NegInsRes = ComBase.changeShortToFloat(bf.getShort()); //负极绝缘电阻
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for(int i=0;i<SingleVol.length;i++) {
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SingleVol[i] = (float)bf.getInt()/1000; //0.001 //单体电压
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}
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for(int i=0;i<SubCurrent.length;i++) {
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SubCurrent[i] = ComBase.changeShortToFloat(bf.getShort()); //未使用 //单体电流
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}
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for(int i=0;i<testSubCap.length;i++) {
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testSubCap[i] = ComBase.changeShortToFloat(bf.getShort()); //未使用 //单体测试容量
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}
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for(int i=0;i<actualSubCap.length;i++) {
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actualSubCap[i] = ComBase.changeShortToFloat(bf.getShort());
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}
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for(int i=0;i<residualSubCap.length;i++) {
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residualSubCap[i] = ComBase.changeShortToFloat(bf.getShort()); //未使用 //剩余容量
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}
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for(int i=0;i<residualSubTime.length;i++) {
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residualSubTime[i] = ComBase.changeShortToInt(bf.getShort()); //未使用 //剩余时间
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}
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//System.out.println(this);
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}
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@Override
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public String toString() {
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return "FboData [m_DataType=" + m_DataType + ", CRC16=" + CRC16 + ", m_TestTime=" + m_TestTime + ", BattGroup="
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+ BattGroup + ", BattSum=" + BattSum + ", OnlineVol=" + OnlineVol + ", SumVoltage=" + SumVoltage
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+ ", SumCurrent=" + SumCurrent + ", testCap=" + testCap + ", actualCap=" + actualCap + ", residualCap="
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+ residualCap + ", residualTime=" + residualTime + ", Temp_Envi=" + Temp_Envi + ", Humi_Envi="
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+ Humi_Envi + ", PosInsRes=" + PosInsRes + ", NegInsRes=" + NegInsRes + ", SingleVol="
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+ Arrays.toString(SingleVol) + ", SubCurrent=" + Arrays.toString(SubCurrent) + ", testSubCap="
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+ Arrays.toString(testSubCap) + ", actualSubCap=" + Arrays.toString(actualSubCap) + ", residualSubCap="
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+ Arrays.toString(residualSubCap) + ", residualSubTime=" + Arrays.toString(residualSubTime) + "]";
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}
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}
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