AutomaticSch.java
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package com.bsth.data.zndd;
import com.alibaba.fastjson.JSON;
import com.alibaba.fastjson.JSONObject;
import com.bsth.data.BasicData;
import com.bsth.data.adjg.domain.LargeGap;
import com.bsth.data.directive.DayOfDirectives;
import com.bsth.data.gpsdata_v2.GpsRealData;
import com.bsth.data.gpsdata_v2.entity.GpsEntity;
import com.bsth.data.schedule.DayOfSchedule;
import com.bsth.data.schedule.ScheduleComparator;
import com.bsth.data.schedule.late_adjust.LateAdjustHandle;
import com.bsth.entity.StationRoute;
import com.bsth.entity.directive.D60;
import com.bsth.entity.realcontrol.ScheduleRealInfo;
import com.bsth.repository.StationRouteRepository;
import com.bsth.service.directive.DirectiveService;
import com.bsth.service.realcontrol.ScheduleRealInfoService;
import com.bsth.util.HttpClientUtils;
import com.google.gson.Gson;
import org.apache.commons.lang3.StringUtils;
import org.slf4j.Logger;
import org.slf4j.LoggerFactory;
import org.springframework.beans.factory.annotation.Autowired;
import org.springframework.stereotype.Component;
import java.text.ParseException;
import java.text.SimpleDateFormat;
import java.util.*;
import java.util.concurrent.ConcurrentHashMap;
import java.util.concurrent.ConcurrentMap;
/**
* 自动检测调度异常
*/
@Component
public class AutomaticSch {
Logger logger = LoggerFactory.getLogger(this.getClass());
@Autowired
GpsRealData gpsRealData;
@Autowired
DayOfSchedule dayOfSchedule;
@Autowired
DayOfDirectives dayOfDirectives;
@Autowired
ScheduleRealInfoService scheduleRealInfoService;
@Autowired
DirectiveService directiveService;
@Autowired
StationRouteRepository stationRouteRepository;
@Autowired
OutEntrance outEntrance;
@Autowired
carMonitor carMonitor;
@Autowired
BasicData basicData;
private static SimpleDateFormat sdfHHmm = new SimpleDateFormat("HH:mm");
SimpleDateFormat sdf=new SimpleDateFormat("yyyy-MM-dd HH:mm");
private static Comparator<ScheduleRealInfo> cpm = new ScheduleComparator.DFSJ2();
private Map<String,Long> drivreMap =new HashMap<>(); //自动重发map
// 当日60指令缓存
private ConcurrentMap<Integer, D60> d60Map = new ConcurrentHashMap<>();//d60map
String urldkl = "http://10.10.200.202:5580/monitor/api/getMonitorInfoByDay?key=1&solt=1111&t=1&dayStr=2024-07-23"; //大间隔接口
//http://10.10.200.201:8083/wxk-prod-api/service-api/lggj/schedule/drByInfo 维修接口
private Map<String,Long> SFMAP = new HashMap<>();
//满载
public void mz(){
try {
ScheduleRealInfo sr = dayOfSchedule.executeCurr("S0R-054");
ts(addStationPeople(sr, "MZ", 0L));//第二种 设备未离线 出站时间内未出站
}
catch (Exception e){
logger.error("满载------------------",e);
}
}
//大间隔的情况
public void dfTz(){
try{
StringBuilder sb = HttpClientUtils.get(urldkl /*+ sdfMonth.format(new Date())*/);
if (sb == null)
return;
JSONObject obj = JSON.parseObject(sb.toString());
List<LargeGap> lgs = JSON.parseArray(obj.getString("largeGap"), LargeGap.class);
Long its = 0l;
//数据转换 并推送
for (LargeGap lg : lgs){
if(dayOfSchedule.executeCurr(lg.getNbbm()) != null){
its= dayOfSchedule.executeCurr(lg.getNbbm()).getId();
}else {
continue;
}
ts(ConvertDJK(lg,its.toString()));
}
}catch (Exception e){
logger.error("大间隔推送失败------------------",e);
}
}
//撤销班次 检测人员或者车辆故障 --//换人换车或烂班 //路牌对调
public void cxJC(){
}
//撤销撤销班次 检测人员或者车辆故障 --//换人换车或烂班 //路牌对调
public void cxJCX(){
}
//实发未发检测 -- 车辆GPS掉线的情况下，车辆该出站了
/**
* 1。已过待发时间还没发车的
* 2.设备离线
* --上一班次还没有抵达终点不做操作
*/
public void sftz(){
logger.warn("实发未发扫描开始");
try {
//获取所有线路
Map<String, String> lineMap = BasicData.lineCode2NameMap;
for (Map.Entry<String, String> t : lineMap.entrySet()){
List<ScheduleRealInfo> srList = dayOfSchedule.findByLineCode(t.getKey());
for (ScheduleRealInfo sr : srList){
//1.离线 2.实发时间为空 3.已过待发时间还没发车的
long time = System.currentTimeMillis();//实际时间+2分钟
//超过待发时间 实发时间还是null的
if (sr.getFcsjT()+ (1000 * 60 * 3) < time && sr.getFcsjT()+ (1000 * 60 * 7) > time) {
//起点站实际到达时间为null的情况下
/* if (StringUtils.isEmpty(sr.getQdzArrDatesj())) {
ScheduleRealInfo prev = dayOfSchedule.prev(sr);
//上一个班次没有实际终点到达时间
if (prev != null && StringUtils.isEmpty(prev.getZdsjActual())) {
continue;
}
}*/
//第一种 设备离线的情况下改出站
Integer staus = 0; //状态
if (StringUtils.isEmpty(sr.getFcsjActual())
&& (sr.getBcType().equals("normal") || sr.getBcType().equals("region"))
&& (StringUtils.isEmpty(sr.getRemarks()) || sr.getRemarks().equals("_智能调度-异常实发"))) {
GpsEntity gps = gpsRealData.getByNbbm(sr.getClZbh());
//当前设备离线的情况
//1。一直没收到gps
//2.gps长时间离线的情况下
//3.人为调整过的都跳过
if (gps == null || gps.getTimestamp() + (1000 * 60 * 3) < time || (gps.getAbnormalStatus() != null && gps.getAbnormalStatus().equals("offline"))){
ts(addStationPeople(sr, "SFTZ_1", 0L));
Gson gson = new Gson();
String chartStr = gson.toJsonTree(sr).toString();
logger.info("实发调整--"+chartStr);
}
}
}
}
}
}catch (Exception e){
logger.error("自动调度，实发未发推送失败---",e);
}
logger.warn("实发未发扫描结束");
}
//实发撤销检测 -- 出现快一慢三的情况 && 指令重发
public void sfCX(){
//查询所有班次
//remark 人工干预过的的不检测
try {
stationRouteRepository.findAll();
Iterator<StationRoute> iterator = stationRouteRepository.findAll().iterator();
// Map<String, String> stationCode2Name = new HashMap<>();
// StationRoute sroute;
// while (iterator.hasNext()) {
// sroute = iterator.next();
// stationCode2Name.put(sroute.getLineCode() + "_" + sroute.getDirections() + "_" + sroute.getStationCode(), sroute.getStationMark());
// }
//
Map<String, String> lineMap = BasicData.lineCode2NameMap;
List<ScheduleRealInfo> oldSchDateList;
String lineCode;
for (Map.Entry<String, String> ts : lineMap.entrySet()){
lineCode =ts.getKey();
oldSchDateList = dayOfSchedule.findByLineCode(lineCode);
Map m = new HashMap();
//排序
Collections.sort(oldSchDateList, new ScheduleComparator.FCSJ());
for (ScheduleRealInfo t : oldSchDateList){
// 发车误点
if (t.getDfsj() != null && t.getFcsjActual() != null
&& (t.getBcType().equals("normal") || t.getBcType().equals("region"))
&& (StringUtils.isEmpty(t.getRemarks()) || t.getRemarks().equals("_智能调度-异常实发"))) {
long sjc = t.getFcsjActualTime() - t.getDfsjT();
long time = System.currentTimeMillis();//当前时间
if (t.getDfsjT() > time) {
//快1慢3
if (sjc >= -1 * 60 * 1000 && sjc <= 3 * 60 * 1000) {
continue;
} else {
//异常实发
ts(addStationPeople(t, "YCSF", 0l));
Gson gson = new Gson();
String chartStr = gson.toJsonTree(t).toString();
logger.info("实发撤销--" + chartStr);
}
}
/* //待发时间要大于当前时间
//车辆还在站内
String mark = null;
if (gps != null){
mark = stationCode2Name.get(gps.getLineId()+"_"+gps.getUpDown()+"_"+gps.getStopNo());
}
if (t.getFcsjT() > time && ((gps!= null && gps.getInstation() == 2)
|| gps == null ||
(gps!= null && mark!=null && mark.equals("B") && gps.getInstation() == 1) ||
(gps!= null && mark!=null && mark.equals("E") && gps.getInstation() == 1))) {
}*/
}
}
}
}catch (Exception e){
logger.error("实发撤销推送接口出错-----------",e);
}
}
//发车信息微调检测 -- 车辆掉线后实发检测，重新计算时间发车时间
public void updatesf(){
}
//临加班次 -- 检测到大客流 //走落地屏客流接口
public void ljbc(){
}
/**
* 指令重发 -- 芦潮港1路
* 指令下发后设备未响应后 5分钟后重新发送一次 还未响应的话 未来一小时不自动发送该设备
*/
public void drivresponse(){
logger.warn("指令重发扫描开始");
try {
Map<String,Object> tempmap =new HashMap<>();
//所有缓存指令
Collection<D60> dptArray = dayOfDirectives.all60();
Map<String, String> lineMap = BasicData.lineCode2NameMap;
List<ScheduleRealInfo> oldSchDateList;
String lineCode;
for (Map.Entry<String, String> ts : lineMap.entrySet()) {
lineCode = ts.getKey();
/* if (!lineCode.equals("12101"))
return;*/
oldSchDateList = dayOfSchedule.findByLineCode(lineCode);
for (ScheduleRealInfo t : oldSchDateList){
//指令重发
//1.班次已经执行过的
//2.驾驶员未确认的
//3.
Long t1 = 1000L * 60 * 5;
Long sj = new Date().getTime();
if(t.getStatus() == 2 && t.getDirectiveState() != 200 && t.getBcType().equals("normal")){
//还未下发的
if (drivreMap.get(t.getClZbh()) == null){
//下发或者处置
drivreMap.put(t.getClZbh(),new Date().getTime());
directiveService.send60DispatchZndd(t.getId(), "智能调度");
//下发实际超过5分钟的
} else if (drivreMap.get(t.getClZbh()) + t1 <= sj){
directiveService.send60DispatchZndd(t.getId(), "智能调度");
//更新下发时间
drivreMap.put(t.getClZbh(),new Date().getTime());
//下发时间未超过5分钟返回
}
}
}
}
}catch (Exception e){
logger.error("自动调度，指令重发---",e);
}
logger.warn("指令重发扫描结束");
}
//误点检测 调度有的-LateAdjustHandle
public Map wd(){
//推送
try{
List<ScheduleRealInfo> all = new ArrayList<>(dayOfSchedule.findAll());
Collections.sort(all, cpm);
long t = System.currentTimeMillis();
int size = all.size();
ScheduleRealInfo sch;
for(int i = 0; i < size; i ++){
sch = all.get(i);
if(sch.getDfsjT() > t)
break;
/*if(sch.isLate())
continue;*/
if(sch.getStatus() == 0
&& StringUtils.isEmpty(sch.getFcsjActual())){
//检查应发未到 当前班次无起点到达时间
if(StringUtils.isEmpty(sch.getQdzArrDatesj())){
ScheduleRealInfo prev = dayOfSchedule.prev(sch);
//上一个班次也没有实际终点到达时间
if(prev != null && StringUtils.isEmpty(prev.getZdsjActual())){
//进入误点调整程序
LateAdjustHandle.putLate(sch);
List<Map> dzList = carMonitor.carMonitor(prev.getXlBm(), prev.getXlDir(), prev.getZdzCode()); //信息发布接口
for (Map m : dzList){
if (basicData.nbbmCompanyPlateMap.get(prev.getClZbh()) != null && m.get("terminal").equals(basicData.nbbmCompanyPlateMap.get(prev.getClZbh()).replaceAll("-",""))){
sch.setRemark(m.get("sj").toString());
Gson gson = new Gson();
String chartStr = gson.toJsonTree(sch).toString();
logger.info("误点--"+chartStr);
ts(addStationPeople(sch, "WD", 0L));
}
}
}
};
}
}
}catch (Exception e){
logger.error("误点检测推送接口出错---",e);
}
return null;
}
public void ts(Map m) throws ParseException {
//记录存一下 --超过当前时间的是否推送？
String st = m.get("lineCode")+"_"+m.get("type")+"_"+m.get("rqStr");
Long sj = sdf.parse(m.get("rqStr").toString() +" "+ m.get("rq")).getTime();
Long dsj = new Date().getTime();
List<Long> list = new ArrayList();
//111_DJG_2024-06-24
if (ZnddThread.ZNDDTYPEMAP.get(st) != null ) {
list = ZnddThread.ZNDDTYPEMAP.get(st);
int i = 0;
for (Long s : list){ //推送过的同样情况1小时内 &&//超过当前时间的不推送&& sj < dsj
if (Math.abs(s - sj) > (60 * 60 * 1000)){
i ++ ;
}
}
outEntrance.Znddjk(m);//测试推送
}else {
list.add(sj);
ZnddThread.ZNDDTYPEMAP.put(st,list);//存记录
outEntrance.Znddjk(m);//推送
}
}
//大间隔数据转换
public Map ConvertDJK(LargeGap lg,String ids){
Map sp = new HashMap();
sp.put("uuid",UUID());
sp.put("lineCode",lg.getLineCode());
sp.put("lineName",lg.getLineName() );
sp.put("rqStr",lg.getDateStr());
sp.put("rq",sdfHHmm.format(lg.getTsTime()));
sp.put("type","DJG");
sp.put("xlDir",lg.getUpDown());
sp.put("numType",lg.getIntervalMinute());
sp.put("stationCode",lg.getStationName());
sp.put("stationName",lg.getStationName());
sp.put("clzbh",lg.getNbbm());
sp.put("fcsj",lg.getBcfcsj());
sp.put("ids",ids);
sp.put("lg",lg);
return sp;
}
//转换
public Map addStationPeople(ScheduleRealInfo info,String type,Long sst) throws ParseException{
Map sp = new HashMap();
sp.put("uuid",UUID());
sp.put("lineCode",info.getXlBm());
sp.put("lineName",info.getXlName() );
sp.put("rqStr",info.getScheduleDateStr());
sp.put("rq",sdfHHmm.format(new Date())); //检测到时间
sp.put("type",type);
sp.put("xlDir",info.getXlDir());
sp.put("numType",sst);
sp.put("fcsj",info.getFcsj());
sp.put("id",info.getId());
sp.put("clzbh",info.getClZbh());
sp.put("ids",info.getId());
sp.put("sch",info);
return sp;
}
//生成唯一id
public String UUID(){
String uuid = UUID.randomUUID().toString().replaceAll("-", "");
uuid=uuid.substring(0,10);
StringBuilder builder=new StringBuilder();
builder.append(uuid)
.append(getRandom(3));
return builder.toString();
}
private static long getRandom(long n) {
long min = 1, max = 9;
for (int i = 1; i < n; i++) {
min *= 10;
max *= 10;
}
long rangeLong = (((long) (new Random().nextDouble() * (max - min)))) + min;
return rangeLong;
}
}