package com.whyc.dto;
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import com.whyc.util.ActionUtil;
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import java.io.File;
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import java.io.IOException;
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import java.io.InputStream;
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public class BattTestData {
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final public static int BATT_MON_COUNT_MAX = 512;
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final public static int AppServer_Reinit_BattGroupData_EN=1;//修改删除添加电池组信息时识别信号
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final public static byte BATTDATA_NULL = 0;
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final public static byte BATTDATA_FLOAT = 1;
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final public static byte BATTDATA_CHARGE = 2;
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final public static byte BATTDATA_DISCHARGE = 3;
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final public static byte BATTDATA_JUNCHARGE = 4;
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final public static byte BATTDATA_RES = 5;
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final public static byte BATTDATA_SER = 6;
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final public static byte BATTDATA_TMP = 7;
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final public static byte BATTDATA_CONNRES = 8;
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final public static byte BATTDATA_MONITOR = 9;
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final public static byte BATTSTATE_NULL = 0;
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final public static byte BATTSTATE_FLOAT = 1;
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final public static byte BATTSTATE_CHARGE = 2;
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final public static byte BATTSTATE_DISCHARGE = 3;
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final public static byte BATTSTATE_JUNCHARGE = 4;
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final public static byte TEST_LOADER_REALLOADER = 1;
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final public static byte TEST_LOADER_FBI_IDCE = 2;
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final public static byte TEST_LOADER_FBS9100S =3;
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public static final byte MonData_CapVol = 0;
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public static final byte MonData_RealCap = 1;
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public static final byte MonData_RestCap = 2;
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public static final byte MonData_CapPercent = 3;
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public static final byte MonData_Vol = 4;
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public static final byte MonData_Res = 5;
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public static final byte MonData_Ser = 6;
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public static final byte MonData_Tmp = 7;
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public static final byte MonData_ConnRes = 8;
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public static final byte MonData_SerPercent = 9;
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public static final String CM="_CM";//移动
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public static final String CT="_CT";//电信
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public static final String CU="_CU";//联通
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public static final String test_type0 ="无";//无
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public static final String test_type1 ="浮充";
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public static final String test_type2 ="充电";
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public static final String test_type3 ="放电";
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public static final String test_type4 ="均充";
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public static final String test_type5 ="电导/内阻";
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public static final String test_type6 ="电导";
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public static final String test_type7 ="温度";
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public static final String test_type8 ="连接条";
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public static final String test_type9 ="在线监测";
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//放电计划状态的对应关系
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public static final int test_plan0 = 0;//未放电
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public static final int test_plan1 = 1;//放电延时
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public static final int test_plan2 = 2;//放电完成
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public static final int test_plan3 = 3;//放电进行中
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public static final int test_plan4 = 4;//放电失败
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public static final int hoursBetween = 72;//俩次放电计划相隔时间
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public static final int RC_NUM_PARAM=1000;//最多一千笔
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//电池放电测试弹出框中显示排行前几个内阻数据
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public static final int mon_res_num=10;
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//启动创建数据库的jar文件
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public static void run_cmdOld() {
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String path=System.getProperty("user.dir");
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String realapth=path.substring(0,path.lastIndexOf("\\"));
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//System.out.println(realapth);
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String strcmd="cmd /c start "+realapth+"/webapps/cmd_BTSE_DB_Builder.cmd";
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//
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Runtime rt = Runtime.getRuntime(); //Runtime.getRuntime()返回当前应用程序的Runtime对象
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Process ps = null; //Process可以控制该子进程的执行或获取该子进程的信息。
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try {
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ps = rt.exec(strcmd); //该对象的exec()方法指示Java虚拟机创建一个子进程执行指定的可执行程序，并返回与该子进程对应的Process对象实例。
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ps.waitFor(); //等待子进程完成再往下执行。
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} catch (IOException e1) {
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e1.printStackTrace();
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} catch (InterruptedException e) {
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e.printStackTrace();
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}
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int i = ps.exitValue(); //接收执行完毕的返回值
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if (i == 0) {
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System.out.println("执行完成.");
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} else {
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System.out.println("执行失败.");
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}
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ps.destroy(); //销毁子进程
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ps = null;
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}
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//启动创建数据库的jar文件
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public static void run_cmd() {
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//String path=System.getProperty("user.dir"); //myeclipse中获取的目录(获取到的是tomcat/bin)和分离项目获取到的路径(tomcat)不一样
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String fullRealPath = ActionUtil.getSession().getServletContext().getRealPath("/");
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String path = fullRealPath.split(File.separator+"webapps")[0];
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System.out.println("tomcat的路径为"+path);
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//识别服务器的系统类型
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String OS = System.getProperty("os.name").toLowerCase();
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// System.out.println(OS);
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String strcmd="";
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if(OS.contains("window")) {
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String realapth=path.substring(0,path.lastIndexOf("\\"));
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strcmd="cmd /c start "+realapth+"/webapps/cmd_BTSE_DB_Builder.cmd";
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String batPath = realapth+"/webapps/cmd_BTSE_DB_Builder.cmd";
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File f = new File(path);
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//System.out.println("File :"+f.getParentFile().getAbsolutePath()+File.separator+"Batt_MS_FBSDEV_X64/Batt_MS_FBSDEV/"+"cmd_BTSE_DB_Builder.cmd");
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//batPath = f.getParentFile().getAbsolutePath()+File.separator+"Batt_MS_FBSDEV_X64/Batt_MS_FBSDEV/"+"cmd_BTSE_DB_Builder.cmd";
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String jarPath = "";
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if(path.endsWith("bin")){
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f = f.getParentFile();
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}
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jarPath = f.getParentFile().getAbsolutePath()+File.separator+"Batt_MS_FBSDEV_X64/Batt_MS_FBSDEV/"+"BTSE_DB_Builder.exe"; //主程序中jar的目录
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System.out.println("jar执行文件全路径为:"+jarPath);
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//strcmd = "cmd /c start "+batPath;
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strcmd = ("cmd /c start ")+jarPath.replaceAll(" ", "\" \"");
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}else {
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strcmd="java -jar /app/BTSE_DB_Builder.jar";
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}
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//System.out.println(path);
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//修复绝对路径中存在空格时执行不成功bug
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Process child = null;
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InputStream in = null;
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try {
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//System.out.println(strcmd);
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child = Runtime.getRuntime().exec(strcmd);
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in = child.getInputStream();
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int c;
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while ((c = in.read()) != -1) {
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//System.out.print((char)c);
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}
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in.close();
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try {
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child.waitFor();
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} catch (InterruptedException e) {
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e.printStackTrace();
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}
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//System.out.println("Run Bat OK....");
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} catch (IOException e) {
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e.printStackTrace();
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}
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}
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//落后单体参数（组端电压>标称*test_stop）
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public static final float test_stop = 0.9f;
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//判断电池组的当前状态
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public static String battState(int num){
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String state="";
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switch (num) {
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case 0:state= BattTestData.test_type0;break;
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case 1:state= BattTestData.test_type1;break;
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case 2:state= BattTestData.test_type2;break;
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case 3:state= BattTestData.test_type3;break;
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case 4:state= BattTestData.test_type4;break;
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case 5:state= BattTestData.test_type5;break;
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case 6:state= BattTestData.test_type6;break;
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case 7:state= BattTestData.test_type7;break;
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case 8:state= BattTestData.test_type8;break;
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case 9:state= BattTestData.test_type9;break;
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}
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return state;
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}
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//bts放电终止原因
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public static String getStopType(int dev_type, int stop_type_t)
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{
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String stop_type = "未知";
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if(BattTestData.TEST_LOADER_FBI_IDCE == dev_type) {
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switch(stop_type_t)
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{
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case 0 : stop_type = "手动停止"; break;
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case 1 : stop_type = "放电时间到"; break;
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case 2 : stop_type = "放电容量到"; break;
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case 3 : stop_type = "单体下限到"; break;
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case 4 : stop_type = "组端下限到"; break;
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case 5 : stop_type = "市电中断"; break;
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case 6 : stop_type = "内存不足"; break;
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case 7 : stop_type = "温度异常"; break;
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}
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} else if(BattTestData.TEST_LOADER_FBS9100S == dev_type){
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switch(stop_type_t)
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{
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case 0 : stop_type = "手动停止"; break;
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case 1 : stop_type = "暂停"; break;
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case 2 : stop_type = "正在放电测试"; break;
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case 3 : stop_type = "正在等待放电"; break;
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case 4 : stop_type = "正在限流充电"; break;
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case 5 : stop_type = "正在直连充电"; break;
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case 6 : stop_type = "正在等待充电"; break;
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case 7 : stop_type = "放电时间到"; break;
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case 8 : stop_type = "放电容量到"; break;
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case 9 : stop_type = "单体下限到"; break;
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case 10 : stop_type = "组端下限到"; break;
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case 11 : stop_type = "市电中断停止"; break;
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case 12 : stop_type = "存储数据满"; break;
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case 13 : stop_type = "机内温度异常"; break;
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case 14 : stop_type = "放电电流过流"; break;
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case 15 : stop_type = "后台通信中断"; break;
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case 16 : stop_type = "负载模块中断"; break;
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case 17 : stop_type = "在线模块中断"; break;
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case 18 : stop_type = "负载模块过功率"; break;
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case 19 : stop_type = "内部程序异常"; break;
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}
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} else {
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stop_type = "手动停止";
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}
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return stop_type;
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}
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//61850放电终止原因
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public static String getStopType_6185(int stop_type_t)
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{
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String stop_type = "其他";
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switch(stop_type_t)
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{
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case 0 : stop_type = "设备掉电终止"; break;
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case 1 : stop_type = "手动终止"; break;
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case 2 : stop_type = "放电时间到终止"; break;
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case 3 : stop_type = "放电容量到终止"; break;
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case 4 : stop_type = "单体电压下限到终止"; break;
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case 5 : stop_type = "单体温度上限到终止"; break;
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case 6 : stop_type = "组端电压下限到终止"; break;
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case 7 : stop_type = "市电中断终止"; break;
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case 8 : stop_type = "单体模块通讯异常终止"; break;
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case 9 : stop_type = "存储数据满终止"; break;
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case 10 : stop_type = "机内温度异常终止"; break;
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case 11 : stop_type = "放电电流异常终止"; break;
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case 12 : stop_type = "后台通讯中断终止"; break;
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case 13 : stop_type = "内部程序异常终止"; break;
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case 14 : stop_type = "电源电压高终止"; break;
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case 15 : stop_type = "协转通讯异常"; break;
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case 16 : stop_type = "其他"; break;
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case 27 : stop_type = "其他设备在工作"; break;
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case 28 : stop_type = "其他设备故障停止"; break;
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case 29 : stop_type = "电压过高或过低"; break;
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case 30 : stop_type = "干接点故障"; break;
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case 31 : stop_type = "单体异常"; break;
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case 32 : stop_type = "电压输入过高或过低"; break;
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case 33 : stop_type = "电池电流异常"; break;
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case 34 : stop_type = "kd测试故障"; break;
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case 35 : stop_type = "切换装置通信异常"; break;
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case 36 : stop_type = "切换装置故障"; break;
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case 37 : stop_type = "切换装置接触器异常"; break;
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case 100 : stop_type = "未知"; break;
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}
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return stop_type;
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}
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public static String getStopType_9110(int stop_type_t){
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String stop_type = "未知";
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switch (stop_type_t){
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case 0 : stop_type = "手动停止"; break;
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case 1 : stop_type = "暂停"; break;
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case 2 : stop_type = "正在放电测试"; break;
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case 3 : stop_type = "正在等待放电"; break;
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case 4 : stop_type = "正在限流充电"; break;
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case 5 : stop_type = "正在直流充电"; break;
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case 6 : stop_type = "正在等待充电"; break;
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case 7 : stop_type = "放电时间到停止"; break;
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case 8 : stop_type = "放电容量到停止"; break;
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case 9 : stop_type = "单体电压下限到停止"; break;
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case 10: stop_type = "组端电压下限到停止"; break;
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case 11: stop_type = "市电中断停止"; break;
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case 12: stop_type = "存储数据满停止"; break;
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case 13: stop_type = "机内温度异常停止"; break;
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case 14: stop_type = "放电电流过流停止"; break;
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case 15:stop_type = "后台通信中断停止"; break;
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case 16: stop_type = "负载模块通信中断停止"; break;
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case 17: stop_type = "选择模块通信中断停止"; break;
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case 18: stop_type = "负载模块放电过功率停止"; break;
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case 19: stop_type = "内部程序异常停止"; break;
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case 20: stop_type = "市电恢复停止升压放电"; break;
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case 21: stop_type = "充电过程中市电中断"; break;
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case 22: stop_type = "合路器放电功能组端电压下限到"; break;
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case 23: stop_type = "单体温度上限到停止"; break;
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case 24: stop_type = "在线电压异常高停止"; break;
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case 25: stop_type = "协转通信异常停止"; break;
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case 26: stop_type = "单体通信异常停止"; break;
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case 27: stop_type = "LRBH模块通信故障"; break;
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case 28: stop_type = "LRBH接触器异常"; break;
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case 29: stop_type = "设备风扇工作异常"; break;
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}
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return stop_type;
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}
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//4016放电终止原因
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public static String getStopType_4016(int stop_type_t)
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{
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String stop_type = "其他";
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switch(stop_type_t)
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{
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case 0 : stop_type = "无"; break;
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case 1 : stop_type = "手动终止"; break;
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case 2 : stop_type = "核容测试时间到"; break;
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case 3 : stop_type = "核容测试组端下限到"; break;
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case 4 : stop_type = "核容测试单体下限到"; break;
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case 5 : stop_type = "核容测试容量低于阀值"; break;
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case 6 : stop_type = "应急供电组端下限到"; break;
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case 7 : stop_type = "应急供电单体下限到"; break;
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case 8 : stop_type = "市电恢复停止应急供电"; break;
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case 9 : stop_type = "停止自动应急供电"; break;
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case 10 : stop_type = "无法启动核容测试"; break;
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case 11 : stop_type = "模块故障"; break;
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case 12 : stop_type = "电池开路故障"; break;
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case 16 : stop_type = "其他"; break;
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}
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return stop_type;
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}
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// 逆变设备放电终止原因
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public static String getStopType_9120(int stop_type_t)
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{
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String stop_type = "其他";
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switch(stop_type_t)
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{
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case 0 : stop_type = "手动停止"; break;
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case 1 : stop_type = "暂停"; break;
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case 2 : stop_type = "正在放电测试"; break;
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case 3 : stop_type = "正在等待放电"; break;
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case 4 : stop_type = "正在限流充电"; break;
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case 5 : stop_type = "正在直流充电"; break;
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case 6 : stop_type = "正在等待充电"; break;
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case 7 : stop_type = "放电时间到停止"; break;
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case 8 : stop_type = "放电容量到停止"; break;
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case 9 : stop_type = "单体电压下限到停止"; break;
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case 10: stop_type = "组端电压下限到停止"; break;
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case 11: stop_type = "市电中断停止"; break;
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case 12: stop_type = "存储数据满停止"; break;
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case 13: stop_type = "机内温度异常停止"; break;
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case 14: stop_type = "放电电流过流停止"; break;
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case 15:stop_type = "后台通信中断停止"; break;
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case 16: stop_type = "负载模块通信中断停止"; break;
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case 17: stop_type = "选择模块通信中断停止"; break;
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case 18: stop_type = "负载模块放电过功率停止"; break;
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case 19: stop_type = "内部程序异常停止"; break;
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case 20: stop_type = "市电恢复停止升压放电"; break;
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case 21: stop_type = "充电过程中市电中断"; break;
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case 22: stop_type = "合路器放电功能组端电压下限到"; break;
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case 23: stop_type = "单体温度上限到停止"; break;
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case 24: stop_type = "在线电压异常高停止"; break;
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case 25: stop_type = "协转通信异常停止"; break;
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case 26: stop_type = "单体通信异常停止"; break;
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case 27: stop_type = "未知"; break;
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case 28: stop_type = "切换装置通信故障"; break;
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case 29: stop_type = "切换装置故障"; break;
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case 30: stop_type = "DCAC模块故障"; break;
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case 31: stop_type = "负载功率小"; break;
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case 32: stop_type = "干接点输入故障"; break;
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case 33: stop_type = "母联通信异常"; break;
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case 34: stop_type = "母联手动关闭"; break;
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}
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return stop_type;
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}
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// 一体机设备放电终止原因
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public static String getStopType_8059(int stop_type_t)
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{
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String stop_type = "其他";
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switch(stop_type_t)
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{
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case 0x00: stop_type = "手动停止"; break;
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case 0x01: stop_type = "放电时间到"; break;
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case 0x02: stop_type = "放电容量到"; break;
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case 0x03: stop_type = "单体下限到"; break;
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case 0x04: stop_type = "组端下限到"; break;
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case 0x05: stop_type = "市电中断"; break;
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case 0x06: stop_type = "内存不足"; break;
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case 0x07: stop_type = "温度异常高"; break;
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case 0x08: stop_type = "正在放电"; break;
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case 0x09: stop_type = "手动暂停"; break;
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case 0x0A: stop_type = "暂停放电"; break;
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case 0x0B: stop_type = "通信故障"; break;
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case 0x0C: stop_type = "电流故障"; break;
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case 0x0D: stop_type = "压差上限到"; break;
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case 0x0E: stop_type = "组端电压异常"; break;
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case 0x0F: stop_type = "风扇异常"; break;
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case 0x10: stop_type = "整流器电压异常"; break;
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case 0x11: stop_type = "IGBT异常"; break;
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case 0x12: stop_type = "辅助电源异常"; break;
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case 0x13: stop_type = "CSV文件太大，请删除"; break;
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case 0x14: stop_type = "BMS通信异常"; break;
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case 0x15: stop_type = "存储异常"; break;
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case 0x16: stop_type = "从机断开或通讯异常"; break;
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case 0x17: stop_type = "从机状态异常"; break;
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case 0x18: stop_type = "未知异常"; break;
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case 0x19: stop_type = "单体温度异常高"; break;
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case 0x40: stop_type = "停止充电"; break;
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case 0x41: stop_type = "暂停充电"; break;
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case 0x42: stop_type = "正在充电"; break;
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case 0x43: stop_type = "充电时间到"; break;
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case 0x44: stop_type = "充电容量到"; break;
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case 0x45: stop_type = "单体上限到"; break;
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case 0x46: stop_type = "充电已完成"; break;
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case 0x47: stop_type = "脱扣器断开"; break;
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case 0x48: stop_type = "温度异常高"; break;
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case 0x49: stop_type = "通信故障"; break;
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case 0x4A: stop_type = "充电模块异常"; break;
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case 0x4B: stop_type = "组端上限到"; break;
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case 0x4C: stop_type = "压差上限到"; break;
|
case 0x4D: stop_type = "电流异常"; break;
|
case 0x4E: stop_type = "组端电压异常"; break;
|
case 0x4F: stop_type = "风扇异常"; break;
|
case 0x50: stop_type = "整流器电压异常"; break;
|
case 0x51: stop_type = "IGBT异常"; break;
|
case 0x52: stop_type = "辅助电源异常"; break;
|
case 0x53: stop_type = "CSV文件太大，请删除"; break;
|
case 0x54: stop_type = "BMS通信异常"; break;
|
case 0x55: stop_type = "存储异常"; break;
|
case 0x56: stop_type = "从机断开或通讯异常"; break;
|
case 0x57: stop_type = "从机状态异常"; break;
|
case 0x58: stop_type = "未知异常"; break;
|
}
|
return stop_type;
|
}
|
//设备状态变换对应关系
|
public static String getFbsdev_Statechange(int state){
|
String state_name="停止";
|
switch(state){
|
case 0:state_name="停止";break;
|
case 1:state_name="放电";break;
|
case 2:state_name="充电";break;
|
}
|
return state_name;
|
}
|
}
|
