package com.dy.testClient.tcpClient;
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import com.dy.common.mw.protocol.p206V1_0_0.CommonV1_0_1;
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import com.dy.common.mw.protocol.p206V1_0_0.ProtocolConstantV206V1_0_0;
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import com.dy.common.mw.protocol.p206V1_0_0.parse.global.GlCreate;
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import com.dy.common.threadPool.ThreadPool;
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import com.dy.common.util.ByteUtil;
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import com.dy.testClient.ServerProperties;
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import org.apache.logging.log4j.LogManager;
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import org.apache.logging.log4j.Logger;
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import org.apache.mina.core.session.IoSession;
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public class MyThreadJob implements ThreadPool.Job {
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private static final Logger log = LogManager.getLogger(MyThreadJob.class) ;
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public String rtuAddr;
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public String serverIp;
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public Integer serverPort;
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public IoSession session ;
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public boolean exceptionOnConnect = false ;
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public static final int connectTimeout = 3000 ;
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public int sendTimes = 1 ;//发送数据次数
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public int heartbeatTimes = 1 ;//上报心跳次数
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public long overStart = 0L;
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public boolean isOver = false ;
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public MyThreadJob(){
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}
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public MyThreadJob(String rtuAddr, String serverIp, Integer serverPort){
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this.rtuAddr = rtuAddr ;
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this.serverIp = serverIp ;
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this.serverPort = serverPort ;
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}
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@Override
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public void execute() throws Exception {
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if(!this.isOver){
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if(session != null){
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if(sendTimes <= ServerProperties.sendTimes){
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log.info("RTU" + rtuAddr + "开始任务");
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log.info("RTU" + rtuAddr + "将要执行" + ServerProperties.sendTimes + "轮次任务，当前轮次是" + sendTimes);
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sendDataOfP206V1_0_0() ;
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}else{
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if(ServerProperties.sendOverThenCloseConnect == 1){
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log.info("RTU" + rtuAddr + "等待一会，以接收通信中间件下行数据");
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if(overStart == 0){
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overStart = System.currentTimeMillis() ;
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}else{
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long now = System.currentTimeMillis() ;
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if(now - overStart >= 30 * 1000){
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this.jobOver() ;
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}
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}
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}else{
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this.jobOver() ;
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}
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}
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}
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}
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}
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private void sendDataOfP206V1_0_0(){
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try{
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if(heartbeatTimes > ServerProperties.heartbeatTimes){
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heartbeatTimes = 1 ;
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this.sendReportData() ;
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TcpClUnit.clientSendData();
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sendTimes++ ;
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}else{
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this.sendHeartbeat() ;
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TcpClUnit.clientSendData();
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heartbeatTimes++ ;
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}
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}catch(Exception e){
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e.printStackTrace();
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}
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}
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private void sendHeartbeat(){
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try{
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byte[] bs = this.createHeartbeat() ;
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this.session.write(bs) ;
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log.info("RTU" + rtuAddr + "发送了心跳数据：" + ByteUtil.bytes2Hex(bs, false));
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}catch (Exception e){
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e.printStackTrace();
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}
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}
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private void sendReportData(){
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try{
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byte[] bs = this.createReport() ;
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this.session.write(bs) ;
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log.info("RTU" + rtuAddr + "发送了上报数据：" + ByteUtil.bytes2Hex(bs, false));
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}catch (Exception e){
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e.printStackTrace();
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}
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}
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private void jobOver(){
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if(ServerProperties.sendOverThenCloseConnect == 1){
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session.closeOnFlush() ;
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}
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this.isOver = true ;
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TcpClUnit.clientOver() ;
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}
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/**
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* 构造心跳数据
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* @return 字节数组
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* @throws Exception 异常
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*/
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public byte[] createHeartbeat( ) throws Exception {
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CommonV1_0_1 commonV1_0_1 = new CommonV1_0_1() ;
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byte[] bytes ;
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byte[] bsHead = new byte[ProtocolConstantV206V1_0_0.lenHead2Code] ;
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byte index = 0 ;
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bsHead[index] = ProtocolConstantV206V1_0_0.P_Head_Byte ;
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index++ ;
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bsHead[index] = 0 ;//帧长度
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index++ ;
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bsHead[index] = ProtocolConstantV206V1_0_0.P_Head_Byte ;
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index++ ;
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bsHead[index] = commonV1_0_1.createCtrl((byte)0x80, (byte)0) ;//控制域功能码：确认 认可
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index++ ;
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GlCreate.createRtuAddr(this.rtuAddr, bsHead, index);
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index += 5 ;
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ByteUtil.hex2Bytes("02", bsHead, index) ;
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byte[] bs = new byte[1] ;
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bs[0] = (byte)0xF2 ;//数据域： 1 个字节，F0 登录， F1 退出登录，F2 在线保持。
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bytes = ByteUtil.bytesMerge(bsHead, bs) ;
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GlCreate.createLen(bytes);//长度放字节数组中
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byte[] bsTail = GlCreate.createCrcTail(bytes) ;//CRC和尾叠加字节数组中
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bytes = ByteUtil.bytesMerge(bytes, bsTail) ;
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return bytes ;
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}
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/**
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* 构造上报数据
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* @return 字节数组
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* @throws Exception 异常
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*/
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public byte[] createReport( ) throws Exception {
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CommonV1_0_1 commonV1_0_1 = new CommonV1_0_1() ;
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byte[] bytes ;
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byte[] bsHead = new byte[ProtocolConstantV206V1_0_0.lenHead2Code] ;
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byte index = 0 ;
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bsHead[index] = ProtocolConstantV206V1_0_0.P_Head_Byte ;
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index++ ;
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bsHead[index] = 0 ;//帧长度
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index++ ;
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bsHead[index] = ProtocolConstantV206V1_0_0.P_Head_Byte ;
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index++ ;
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bsHead[index] = commonV1_0_1.createCtrl((byte)0x80, (byte)3) ;//控制域功能码3：自报帧，流量（水量）参数
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index++ ;
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GlCreate.createRtuAddr(this.rtuAddr, bsHead, index);
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index += 5 ;
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ByteUtil.hex2Bytes("C0", bsHead, index) ;
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byte[] bs = new byte[2] ;
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bs[0] = (byte)0x04 ;//有流量数据
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bs[1] = (byte)0xE0 ;//有水压、电池电压、信号强度
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bytes = ByteUtil.bytesMerge(bsHead, bs) ;
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bs = new byte[5] ;//瞬时流量
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bs[0] = ByteUtil.int2BCD_LE (21)[0] ;
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bs[1] = ByteUtil.int2BCD_LE (43)[0] ;
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bs[2] = ByteUtil.int2BCD_LE (65)[0] ;
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bytes = ByteUtil.bytesMerge(bytes, bs) ;
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bs = new byte[5] ;//累计流量
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bs[0] = ByteUtil.int2BCD_LE (21)[0] ;
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bs[1] = ByteUtil.int2BCD_LE (43)[0] ;
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bs[2] = ByteUtil.int2BCD_LE (65)[0] ;
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bs[3] = ByteUtil.int2BCD_LE (87)[0] ;
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bytes = ByteUtil.bytesMerge(bytes, bs) ;
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bs = new byte[5] ;//损失流量
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bs[0] = ByteUtil.int2BCD_LE (10)[0] ;
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bs[1] = ByteUtil.int2BCD_LE (32)[0] ;
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bs[2] = ByteUtil.int2BCD_LE (54)[0] ;
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bytes = ByteUtil.bytesMerge(bytes, bs) ;
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bs = new byte[4] ;//水压
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bs[0] = ByteUtil.int2BCD_LE (10)[0] ;
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bs[1] = ByteUtil.int2BCD_LE (32)[0] ;
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bs[2] = ByteUtil.int2BCD_LE (4)[0] ;
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bytes = ByteUtil.bytesMerge(bytes, bs) ;
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bs = new byte[4] ;//电池电压
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bs[0] = ByteUtil.int2BCD_LE (10)[0] ;
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bs[1] = ByteUtil.int2BCD_LE (32)[0] ;
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bs[2] = ByteUtil.int2BCD_LE (10)[0] ;
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bs[3] = ByteUtil.int2BCD_LE (32)[0] ;
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bytes = ByteUtil.bytesMerge(bytes, bs) ;
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bs = new byte[1] ;//信号强度
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bs[0] = ByteUtil.int2BCD_LE (21)[0] ;
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bytes = ByteUtil.bytesMerge(bytes, bs) ;
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bs = new byte[6] ;//时钟
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GlCreate.createTp(bs, 0);
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bytes = ByteUtil.bytesMerge(bytes, bs) ;
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GlCreate.createLen(bytes);//长度放字节数组中
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byte[] bsTail = GlCreate.createCrcTail(bytes) ;//CRC和尾叠加字节数组中
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bytes = ByteUtil.bytesMerge(bytes, bsTail) ;
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return bytes ;
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}
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@Override
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public void destroy() {
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}
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@Override
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public boolean isDestroy() {
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return false;
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}
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}
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