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+package com.gzlh.device.plc.service;
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+
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+import cn.hutool.extra.spring.SpringUtil;
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+import com.gzlh.bus.EventBus;
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+import com.gzlh.bus.EventConfig;
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+import com.gzlh.bus.EventDataManager;
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+import com.gzlh.config.ModuleEnum;
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+import com.gzlh.config.dto.SerialSetting;
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+import com.gzlh.device.plc.event.PLCEvent;
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+import com.gzlh.device.weighbridge.event.WeighbridgeEvent;
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+import com.gzlh.utils.DeviceCache;
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+
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+import java.util.Date;
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+
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+public class PLCService {
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+ public void fRedTrigger(String plcInfo) throws InterruptedException {
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+ EventBus eventBus = SpringUtil.getBean(EventBus.class);
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+ //向总线发送抓拍到车牌事件
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+ SerialSetting.PlcDTO.StatusDTO status = EventConfig.serialSetting.getPlc().getStatus();
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+// 将plc设备信息的字符串反转
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+ plcInfo = new StringBuffer(plcInfo).reverse().toString();
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+ String newStatus = null;
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+ String oldFRed = String.valueOf(plcInfo.charAt(Integer.parseInt(status.getFRedPoint())));
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+ String newFRed = null;
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+ boolean bool = true;
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+ while (bool) {
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+ newStatus = new StringBuffer(DeviceCache.getPlcStatus()).reverse().toString();
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+ newFRed = String.valueOf(newStatus.charAt(Integer.parseInt(status.getFRedPoint())));
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+// 前红外信息发生变化之后再继续
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+ if (oldFRed.equals(newFRed)) {
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+ Thread.sleep(2000);
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+ } else {
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+ bool = false;
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+ }
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+ }
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+
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+ String BRed = String.valueOf(newStatus.charAt(Integer.parseInt(status.getBRedPoint())));
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+ String radar = String.valueOf(newStatus.charAt(Integer.parseInt(status.getRadarPoint())));
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+
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+// 车辆处于前后红外之间(外)
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+ if (newFRed.equals("0") && BRed.equals("0")) {
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+ Date fRedTime = DeviceCache.getTime(status.getFRedPoint());
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+ Date radarTime = DeviceCache.getTime(status.getRadarPoint());
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+
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+// 雷达时间小于前红外时间为进,车辆前后红外之间
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+ if (radarTime.before(fRedTime)) {
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+ eventBus.startEvent(ModuleEnum.WEIGHBRIDGE_MODULE.getModuleEn() + "." + WeighbridgeEvent.READ);
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+ }
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+ }
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+ }
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+
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+
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+ public void radarTrigger() throws InterruptedException {
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+ EventBus eventBus = SpringUtil.getBean(EventBus.class);
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+ //向总线发送抓拍到车牌事件
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+ SerialSetting.PlcDTO.StatusDTO status = EventConfig.serialSetting.getPlc().getStatus();
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+// 将plc设备信息的字符串反转
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+ String newStatus = null;
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+ String newRadar = null;
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+ boolean bool = true;
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+ while (bool) {
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+// 反转当前设备信息
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+ newStatus = new StringBuffer(DeviceCache.getPlcStatus()).reverse().toString();
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+ newRadar = String.valueOf(newStatus.charAt(Integer.parseInt(status.getRadarPoint())));
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+// 雷达信息发生变化之后再继续
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+ if ("0".equals(newRadar)) {
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+ bool = false;
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+ } else {
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+ Thread.sleep(2000);
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+ }
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+ }
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+
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+ String BRed = String.valueOf(newStatus.charAt(Integer.parseInt(status.getBRedPoint())));
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+ String radar = String.valueOf(newStatus.charAt(Integer.parseInt(status.getRadarPoint())));
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+
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+// 设置str为只有栏杆下到位的状态
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+ String str = "00000000";
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+ StringBuilder sb = new StringBuilder(str);
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+ sb.setCharAt(Integer.parseInt(status.getDownPoint()), '1');
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+ str = sb.toString();
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+ System.out.println(str);
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+// 判断当前PLC状态
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+ if (str.equals(newStatus)) {
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+ Date fRedTime = DeviceCache.getTime(status.getFRedPoint());
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+ Date radarTime = DeviceCache.getTime(status.getRadarPoint());
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+// 雷达时间大于前红外时间为退,并且只有下到位触发,判断车辆不在通道内,触发通道空闲状态
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+ if (radarTime.after(fRedTime)) {
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+ EventDataManager.cleanData();
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+ eventBus.startEvent(ModuleEnum.PLC_MODULE.getModuleEn() + "." + PLCEvent.IDLE);
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+ }
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+ }
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+ }
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+
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+ public void upTrigger() throws InterruptedException {
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+ EventBus eventBus = SpringUtil.getBean(EventBus.class);
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+ //向总线发送抓拍到车牌事件
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+ SerialSetting.PlcDTO.StatusDTO status = EventConfig.serialSetting.getPlc().getStatus();
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+// 将plc设备信息的字符串反转
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+ String newStatus = null;
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+ String downPoint = null;
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+ boolean bool = true;
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+ while (bool) {
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+// 反转当前设备信息
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+ newStatus = new StringBuffer(DeviceCache.getPlcStatus()).reverse().toString();
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+ downPoint = String.valueOf(newStatus.charAt(Integer.parseInt(status.getDownPoint())));
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+// 落杆后结束循环
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+ if ("1".equals(downPoint)) {
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+ bool = false;
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+ } else {
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+ Thread.sleep(2000);
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+ }
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+ }
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+
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+// 设置只有栏杆下到位的状态
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+ String downOnly = "00000000";
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+ StringBuilder sb = new StringBuilder(downOnly);
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+ sb.setCharAt(Integer.parseInt(status.getDownPoint()), '1');
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+ downOnly = sb.toString();
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+// System.out.println(downOnly);
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+// 判断当前PLC状态
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+ if (downOnly.equals(newStatus)) {
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+ EventDataManager.cleanData();
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+ eventBus.startEvent(ModuleEnum.PLC_MODULE.getModuleEn() + "." + PLCEvent.IDLE);
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+ }
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+ }
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+}
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