package com.dy.rtuMw;
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import java.util.ArrayList;
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import java.util.List;
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import com.dy.rtuMw.server.*;
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import com.dy.rtuMw.server.rtuData.RtuDataUnit;
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import com.dy.rtuMw.server.rtuData.RtuDataUnitConfigVo;
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import com.dy.rtuMw.server.tasks.FromRtuComResultConstantTask;
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import com.dy.rtuMw.server.tasks.FromRtuDataConstantTask;
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import com.dy.common.mw.UnitInterface;
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import com.dy.common.mw.channel.tcp.TcpConfigVo;
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import com.dy.common.mw.channel.tcp.TcpUnit;
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import com.dy.common.mw.core.CoreUnit;
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import com.dy.common.mw.core.CoreUnitConfigVo;
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import com.dy.common.mw.protocol.ProtocolConfigVo;
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import com.dy.common.mw.protocol.ProtocolUnit;
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import com.dy.common.mw.support.SupportUnit;
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import com.dy.common.mw.support.SupportUnitConfigVo;
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import com.dy.rtuMw.server.tasks.SendMsConstantTask;
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import com.dy.rtuMw.server.tasks.ToRtuConstantTask;
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import com.dy.rtuMw.resource.ResourceUnit;
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import com.dy.rtuMw.resource.ResourceUnitConfigVo;
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import com.dy.common.springUtil.SpringContextUtil;
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import com.dy.common.util.ConfigXml4Springboot;
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import com.dy.common.util.IDLongGenerator;
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import org.jdom2.Document;
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import org.springframework.beans.factory.annotation.Autowired;
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import org.springframework.beans.factory.annotation.Value;
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import org.springframework.core.io.ResourceLoader;
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import org.springframework.stereotype.Component;
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@Component
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public class Server {
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private ConfigXml4Springboot conf = null ;
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private Document doc = null ;
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private boolean showStartInfo = false ;
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private String RmiSvUrl ;
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private String TcpSvUrl ;
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@Value("${server.port}")
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private String HttpSvPort ;
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@Value("${server.servlet.context-path}")
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private String HttpSvPath ;
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@Autowired
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protected ResourceLoader resourceLoader ;
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private List<UnitInterface> units = new ArrayList<UnitInterface>() ;
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/*
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* @param args 参数
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public static void main(String[] args) {
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new Server().startServer();
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}
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*/
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public void startServer(){
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/**
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try {
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URL url = Server.class.getResource("/config/this.licence");
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if(!new Lnp(null).parese(url.getPath())){
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System.out.println("licence error!") ;
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return ;
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}
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} catch (Exception e) {
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System.out.println("licence error!") ;
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return ;
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}
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*/
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if(this.doStartServer()){
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ServerShutDownHook.OnShutDown();
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}
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}
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/**
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* 启动服务
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*/
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private boolean doStartServer(){
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boolean running = false ;
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long start = System.currentTimeMillis() ;
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try {
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//ConfigProperties.init(this.getClass().getResourceAsStream("/config/config.properties"), false);
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this.conf = new ConfigXml4Springboot() ;
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this.doc = this.conf.createDom(this.resourceLoader, "config.xml") ;
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////////////////
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//服务 配置
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this.showStartInfo = this.conf.getSetAttrBoolean(this.doc, "config.server", "showStartInfo", null, null) ;
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this.startUnits() ;
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String svName ;
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try{
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svName = this.conf.getSetAttrTxt(this.doc, "config.server", "name", null, false, null) ;
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}catch(Exception e){
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svName = "" ;
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}
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svName += (ServerProperties.isLowPower?"（低功耗）": "") + "-" ;
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String company ;
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try{
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company = this.conf.getSetAttrTxt(this.doc, "config.server", "company", null, true, null) ;
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}catch(Exception e){
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company = "" ;
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}
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System.out.println("OOOOOOOOOO OOOOOOOO OOOOOOOO") ;
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System.out.println("@@@@@@@@@@@@@@@@#O $@@@@@@@@& @@@@@@@@#") ;
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System.out.println("@@@@@@@@@@@@@@@@@@@# @@@@@@@@# $@@@@@@@@&") ;
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System.out.println("@@@@@@@@@@@@@@@@@@@@@# #@@@@@@@@@@@@@@@@O") ;
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System.out.println("@@@@@@@@@@@@@@@@@@@@@@@ &@@@@@@@@@@@@@@") ;
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System.out.println("@@@@@@$ $@@@@@@@@@& O@@@@@@@@@@@#") ;
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System.out.println("@@@@@@$ @@@@@@@@@ @@@@@@@@@& " + svName + "RtuMw 1.0.00" ) ;
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if(this.HttpSvPath != null && this.HttpSvPort != null){
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System.out.println("@@@@@@$ O@@@@@@@@@ &@@@@@@@@ HttpSv [ip]:" + this.HttpSvPort + this.HttpSvPath) ;
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}else{
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System.out.println("@@@@@@$ O@@@@@@@@@ &@@@@@@@@") ;
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}
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if(this.TcpSvUrl != null){
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System.out.println("@@@@@@$ O@@@@@@@@@ &@@@@@@@@ TcpSv " + this.TcpSvUrl ) ;
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}else{
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System.out.println("@@@@@@$ O@@@@@@@@@ &@@@@@@@@") ;
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}
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if(this.RmiSvUrl != null){
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System.out.println("@@@@@@$ #@@@@@@@@@$ &@@@@@@@@ RmiSv " + this.RmiSvUrl ) ;
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}else{
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System.out.println("@@@@@@$ #@@@@@@@@@$ &@@@@@@@@" ) ;
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}
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System.out.println("@@@@@@@@@@@@@@@@@@@@@@# &@@@@@@@@ Runing in standalone mode" ) ;
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System.out.println("@@@@@@@@@@@@@@@@@@@@@& &@@@@@@@@ Startup in " + (System.currentTimeMillis() - start) + " MS" ) ;
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System.out.println("@@@@@@@@@@@@@@@@@@@# &@@@@@@@@ " + company) ;
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System.out.println("@@@@@@@@@@@@@@@@#O &@@@@@@@@") ;
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running = true ;
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}catch(Exception e){
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e.printStackTrace();
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running = false ;
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}
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return running ;
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}
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private void startUnits(){
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try {
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///////////////
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//基本配置
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ServerProperties.orgTag = this.conf.getSetAttrTxt(this.doc, "config.base", "orgTag", null, false, null) ;
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if(ServerProperties.orgTag==null || ServerProperties.orgTag.trim().equals("")){
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throw new Exception("机构tag不能为空") ;
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}
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ServerProperties.isLowPower = conf.getSetAttrBoolean(doc, "config.base", "isLowPower", null, null) ;
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if(ServerProperties.isLowPower == null){
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ServerProperties.isLowPower = false ;
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}
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String onlyDealRtus = conf.getSetAttrTxt(doc, "config.base", "onlyDealRtus", null, true, null) ;
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if(onlyDealRtus == null || onlyDealRtus.trim().equals("")){
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ServerProperties.onlyDealRtusTest = false ;
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}else{
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onlyDealRtus = onlyDealRtus.replaceAll("，", ",") ;
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onlyDealRtus = onlyDealRtus.replaceAll(" ", "") ;
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ServerProperties.onlyDealRtus = onlyDealRtus.split(",") ;
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if(ServerProperties.onlyDealRtus != null && ServerProperties.onlyDealRtus.length > 0){
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ServerProperties.onlyDealRtusTest = true ;
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}else{
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ServerProperties.onlyDealRtusTest = false ;
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}
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}
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//在支持多通信协议时，只有RTU上线了，才能识别出该RTU实际用的通信协议，进而用此协议解析上行数据及构造下行命令。
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//如果RTU未曾上线（通信中间件启动后该RTU未曾上线），那么在向它发送下行命令时，不能判断出其采用的协议，也不能构造命令，尤其是低功耗情况下，不上线是正常现象。
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// 当只有一个协议情况下，在RTU未曾上线时，也能用此协议构造命令并缓存下来，尤其适合低功耗情况。
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//onlyOne=true: 通信中间件当前只有一个协议
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ServerProperties.onlyOneProtocol = conf.getSetAttrBoolean(doc, "config.base", "onlyOneProtocol", null, null) ;
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if(ServerProperties.onlyOneProtocol == null){
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ServerProperties.onlyOneProtocol = false ;
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}
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//下行命令允许发送的最大次数X，即允许重发X-1
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ServerProperties.downComandMaxResendTimes = conf.getSetAttrPlusInt(doc, "config.base", "downComandMaxResendTimes", null, 1, 5, null).byteValue() ;
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//针对一个RTU，下发命令的时间间隔
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ServerProperties.commandSendInterval = conf.getSetAttrPlusInt(doc, "config.base", "commandSendInterval", null, 1, 40, null) * 1000L ;
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//命令已经发送达最大次数，仍未收到命令结果，需要在缓存继续等待，其等待最大时长
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ServerProperties.cachWaitResultTimeout = conf.getSetAttrPlusInt(doc, "config.base", "cachWaitResultTimeout", null, 10, 360, null) * 1000L ;
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//不在线缓存的命令最大缓存时长
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ServerProperties.offLineCachTimeout = conf.getSetAttrPlusInt(doc, "config.base", "offLineCachTimeout", null, 15, 172800, null) * 1000L ;
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//TCP上行数据时刻缓存时长，当达到时长时，TCP上行数据时刻被清空，采用TCP上行数据时刻目的是，阻止上数据同时下发数据，因为RTU处理不过来
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ServerProperties.lastUpDataTimeLive = conf.getSetAttrPlusInt(doc, "config.base", "lastUpDataTimeLive", null, 0, 5000, null) * 1L ;
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//数据库数据id生成器的id后缀，0是默认的后缀，一般web系统应用，数据中间件id后缀大于等于1
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ServerProperties.dbDataIdSuffix = conf.getSetAttrInt(doc, "config.base", "dbDataIdSuffix", null, 0, 99, null);
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//上下行数据缓存队列中缓存数据个数的报警量，这个与现实项目所接水表数相关
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ServerProperties.cacheUpDownDataWarnCount = conf.getSetAttrPlusInt(doc, "config.base", "cacheUpDownDataWarnCount", null, 1, null, null) ;
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//上下行数据缓存队列中缓存数据个数的最大值，这个与现实项目所接水表数相关
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ServerProperties.cacheUpDownDataMaxCount = conf.getSetAttrPlusInt(doc, "config.base", "cacheUpDownDataMaxCount", null, 1, null, null) ;
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if(ServerProperties.cacheUpDownDataMaxCount <= ServerProperties.cacheUpDownDataWarnCount){
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throw new Exception("cacheUpDownDataMaxCount必须大于cacheUpDownDataWarnCount") ;
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}
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//没有上行数据的分钟数，达到这个分钟数，认为RTU断网了，取值范围是2-100
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ServerProperties.disconnectedByNoUpDataMinutes = 0L + conf.getSetAttrPlusInt(doc, "config.base", "disconnectedByNoUpDataMinutes", null, 1, 100, null) ;
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if(ServerProperties.disconnectedByNoUpDataMinutes < 1 || ServerProperties.disconnectedByNoUpDataMinutes > 100){
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throw new Exception("disconnectedByNoUpDataMinutes取值必须是1~100") ;
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}
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ServerProperties.disconnectedByNoUpDataMinutes = ServerProperties.disconnectedByNoUpDataMinutes * 60 * 1000 ;
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//工作报太频繁，N次上报处理1次，取值范围是1-100
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ServerProperties.workReportDealOneByTimes = conf.getSetAttrPlusInt(doc, "config.base", "workReportDealOneByTimes", null, 1, 100, null) ;
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//触发发送钉钉报警消息的取水口日漏损量的最小值（包括但除0.0外）
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ServerProperties.intakeAlarmLossMinValue = conf.getSetAttrPlusDouble(doc, "config.base", "intakeAlarmLossMinValue", null, 0.0, 1000000.0, null) ;
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//有报警发生时，向钉钉发送消息的间隔时长（分钟）
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ServerProperties.sendDingDingAlarmMsInterval = conf.getSetAttrPlusInt(doc, "config.base", "sendDingDingAlarmMsInterval", null, 1, 600, null) ;
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//设置ID生成器的后缀
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IDLongGenerator.setSuffix(ServerProperties.dbDataIdSuffix.intValue());
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////////////////
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//协议模块
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ProtocolConfigVo protoVo = new ProtocolConfigVo();
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protoVo.centerAddr = conf.getSetAttrPlusInt(doc, "config.protocol", "centerAddr", null, 1, 4, null) ;
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protoVo.synchroRtuClock = conf.getSetAttrBoolean(doc, "config.protocol", "synchroRtuClock", null, null) ;
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//当RTU与服务器时钟相差一定秒钟后，进行校时
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protoVo.synchroRtuClockTimepieces = 1000 * conf.getSetAttrPlusInt(doc, "config.protocol", "synchroRtuClockTimepieces", null, null, null, null) ;
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protoVo.showStartInfo = showStartInfo ;
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AdapterImp_ProtocolUnit protoAdap = new AdapterImp_ProtocolUnit();
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protoAdap.setConfig(protoVo);
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ProtocolUnit protoUnit = ProtocolUnit.getInstance();
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protoUnit.setAdapter(protoAdap);
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protoUnit.start(obj -> {
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});
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units.add(protoUnit) ;
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////////////////////////////////////////////////////////
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//支持模块： springHibernate和 线程池
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SupportUnitConfigVo supVo = new SupportUnitConfigVo() ;
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//短工作时长线程池，线程负责用时较短的工作任务
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supVo.short_maxThread = conf.getSetAttrPlusInt(doc, "config.support", "short_maxThread", null, -1, 1000, null) ;//池中最大线程数为所有CPU核数+1
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if(supVo.short_maxThread < 0){
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supVo.short_maxThread = -1 ;
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}
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supVo.short_minThread = conf.getSetAttrPlusInt(doc, "config.support", "short_minThread", null, -1, 100, null) ;//池中最小线程数
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if(supVo.short_minThread < 0){
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supVo.short_minThread = -1 ;
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}
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supVo.short_freeTimeout = conf.getSetAttrPlusInt(doc, "config.support", "short_freeTimeout", null, 1, 90, null) * 1000 ;//线程数空闲时长，若池中线程数量大于minThread，且有的线程空闲时长超过freeTimeout，则清除该线程，为了不清除，把minThread与maxThread设置相等
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supVo.short_busyTimeout = conf.getSetAttrPlusInt(doc, "config.support", "short_busyTimeout", null, 1, 10, null) * 1000 ;//线程不间断工作时长（单位为秒)超时限，认为线程已经了崩溃，将强制清除，短工作时长设置为5秒
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if(supVo.short_maxThread == 0 || supVo.short_minThread == 0){
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supVo.enableShortThreadPool = false ;
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}else{
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supVo.enableShortThreadPool = true ;
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}
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//长工作时长线程池，线程负责用时较长的工作任务
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supVo.long_maxThread = conf.getSetAttrInt(doc, "config.support", "long_maxThread", null, -1, 1000, null) ;//池中最大线程数,若为-1，不受限制
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if(supVo.long_maxThread < 0){
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supVo.long_maxThread = -1 ;
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}
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supVo.long_minThread = conf.getSetAttrPlusInt(doc, "config.support", "long_minThread", null, -1, 100, null) ;//池中最小线程数
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if(supVo.long_minThread < 0){
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supVo.long_minThread = -1 ;
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}
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supVo.long_freeTimeout = conf.getSetAttrPlusInt(doc, "config.support", "long_freeTimeout", null, 1, 90, null) * 1000 ;//线程数空闲时长，若池中线程数量大于minThread，且有的线程空闲时长超过freeTimeout，则清除该线程
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supVo.long_busyTimeout = conf.getSetAttrInt(doc, "config.support", "long_busyTimeout", null, -1, 10, null) ;//线程不间断工作时长（单位为秒)超时限，若为-1，不受限制
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if(supVo.long_busyTimeout < 0){
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supVo.long_busyTimeout = -1 ;
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}
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if(supVo.long_maxThread == 0 || supVo.long_minThread == 0){
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supVo.enableLongThreadPool = false ;
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}else{
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supVo.enableLongThreadPool = true ;
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}
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supVo.showStartInfo = showStartInfo ;
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AdapterImp_SupportUnit supAdap = new AdapterImp_SupportUnit() ;
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supAdap.setConfig(supVo);
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SupportUnit supUnit = SupportUnit.getInstance() ;
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supUnit.setAdapter(supAdap);
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supUnit.start(obj -> {
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});
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units.add(supUnit) ;
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/////////////////////////
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//资源模块
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ResourceUnitConfigVo resVo = new ResourceUnitConfigVo() ;
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//RTU日志文件存储目录(相对目录)
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resVo.rtuLogDir = conf.getSetAttrTxt(doc, "config.resource", "rtuLogDir", null, false, null) ;
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//RTU日志文件最大字节数(KB)
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resVo.rtuLogFileMaxSize = conf.getSetAttrPlusInt(doc, "config.resource", "rtuLogFileMaxSize", null, 10, 2000000, null) ;
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//RTU日志文件最大文件数
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resVo.rtuLogFileMaxCount = conf.getSetAttrPlusInt(doc, "config.resource", "rtuLogFileMaxCount", null, 1, 10, null) ;
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//Rtu状态监视间隔(分钟)
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resVo.monitorInterval = conf.getSetAttrPlusInt(doc, "config.resource", "monitorInterval", null, 1, 5, null) ;
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//Rtu状态存数据库间隔(分钟)
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resVo.saveDbInterval = conf.getSetAttrPlusInt(doc, "config.resource", "saveDbInterval", null, 5, 20, null) ;
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//Rtu无数据上传达到此值，则认为不在线了(分钟)
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//注意：noUpDataLimitTime在元素config.protocol中
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//resVo.noUpDataLimitTime = conf.getSetAttrPlusInt(doc, "config.protocol", "noUpDataLimitTime", null, 30, 60, null) ;
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AdapterImp_ResourceUnit resAdap = new AdapterImp_ResourceUnit() ;
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resAdap.setConfig(resVo);
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ResourceUnit resUnit = ResourceUnit.getInstance() ;
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resUnit.setAdapter(resAdap);
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//当前支持spring + hibernate
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resUnit.setSpringContext(SpringContextUtil.getApplicationContext());
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resUnit.start(obj -> {
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});
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units.add(resUnit) ;
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/////////////////
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//RMI模块 暂时不应用
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/*
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RmiConfigVo rmiVo = new RmiConfigVo();
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rmiVo.enable = conf.getSetAttrBoolean(doc, "config.rmi", "enable", null, null) ;
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if(rmiVo.enable){
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rmiVo.port = conf.getSetAttrPlusInt(doc, "config.rmi", "port", null, 100, 65535, null);
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rmiVo.context = conf.getSetAttrTxt(doc, "config.rmi", "context", null, false, null);
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rmiVo.showStartInfo = showStartInfo ;
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AdapterImp_RmiUnit rmiAdap = new AdapterImp_RmiUnit();
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rmiAdap.setConfig(rmiVo);
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RmiUnit rmiUnit = RmiUnit.getInstance();
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rmiUnit.setAdapter(rmiAdap);
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rmiUnit.start(obj -> {
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});
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RmiSvUrl = "[ip]:" + rmiVo.port + "/" + rmiVo.context ;
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units.add(rmiUnit) ;
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}
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*/
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/////////////////
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//RTU上行数据处理模块（任务树）
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RtuDataUnitConfigVo rducVo = new RtuDataUnitConfigVo();
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rducVo.resourceLoader = this.resourceLoader ;
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AdapterImp_RtuDataUnit rducAdap = new AdapterImp_RtuDataUnit();
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rducAdap.setConfig(rducVo);
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RtuDataUnit rducUnit = RtuDataUnit.getInstance();
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rducUnit.setAdapter(rducAdap);
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rducUnit.start(obj -> {
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});
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units.add(rducUnit) ;
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// ///////////////
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// 核心
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CoreUnitConfigVo coreConfVo = new CoreUnitConfigVo();
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coreConfVo.sleepBigBusy = conf.getSetAttrPlusInt(doc, "config.core", "sleepBigBusy", null, 1, 200, null).longValue() ;
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coreConfVo.sleepSmallBusy = conf.getSetAttrPlusInt(doc, "config.core", "sleepSmallBusy", null, 2, 1000, null).longValue();
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coreConfVo.queueWarnSize = ServerProperties.cacheUpDownDataWarnCount ;
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coreConfVo.queueMaxSize = ServerProperties.cacheUpDownDataMaxCount ;
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coreConfVo.showStartInfo = showStartInfo ;
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AdapterImp_CoreUnit coreAdap = new AdapterImp_CoreUnit();
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coreAdap.setConfig(coreConfVo);
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CoreUnit coreUnit = CoreUnit.getInstance();
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coreUnit.setAdapter(coreAdap);
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CoreUnit.addConstantTask(new ToRtuConstantTask());
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CoreUnit.addConstantTask(new FromRtuDataConstantTask());
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CoreUnit.addConstantTask(new FromRtuComResultConstantTask());
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CoreUnit.addConstantTask(new SendMsConstantTask());
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coreUnit.start(obj -> {
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});
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units.add(coreUnit) ;
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// ///////////////
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// TCP 模块
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TcpConfigVo tcpVo = new TcpConfigVo();
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tcpVo.enable = conf.getSetAttrBoolean(doc, "config.tcp", "enable", null, null) ;
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if(tcpVo.enable){
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tcpVo.port = conf.getSetAttrPlusInt(doc, "config.tcp", "port", null, 100, 65535, null);
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tcpVo.processors = conf.getSetAttrPlusInt(doc, "config.tcp", "processors", null, 1, 100, null);
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tcpVo.idle = conf.getSetAttrPlusInt(doc, "config.tcp", "idle", null, 1, 20, null);// 10分钟
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tcpVo.showStartInfo = showStartInfo ;
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AdapterImp_TcpUnit tcpAdap = new AdapterImp_TcpUnit();
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tcpAdap.setConfig(tcpVo);
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TcpUnit tcpUnit = TcpUnit.getInstance();
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tcpUnit.setAdapter(tcpAdap);
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tcpUnit.start(obj -> {
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});
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TcpSvUrl = "[ip]:" + tcpVo.port ;
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units.add(tcpUnit) ;
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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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}
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