粮情协议优化

vince

2024-04-26 b1c572949997a5d82d9b609163ff280a1c49627d

 src/main/java/com/fzzy/protocol/youxian0/analysis/AnalysisService.java

@@ -1,22 +1,50 @@
package com.fzzy.protocol.youxian0.analysis;

import com.fzzy.api.Constant;
import com.alibaba.fastjson.JSONObject;
import com.fzzy.api.data.GatewayDeviceType;
import com.fzzy.api.utils.BytesUtil;
import com.fzzy.api.utils.NumberUtil;
import com.fzzy.gateway.GatewayUtils;
import com.fzzy.gateway.api.GatewayDeviceReportService;
import com.fzzy.gateway.api.GatewayRemoteManager;
import com.fzzy.gateway.data.BaseReqData;
import com.fzzy.gateway.data.WeatherWebDto;
import com.fzzy.gateway.entity.GatewayDevice;
import com.fzzy.gateway.hx2023.ScConstant;
import com.fzzy.gateway.hx2023.data.*;
import com.fzzy.protocol.ProtocolUtils;
import com.fzzy.protocol.bhzn.cmd.ReMessageBuilder;
import com.fzzy.protocol.data.THDto;
import com.fzzy.protocol.youxian0.ServiceUtils;
import com.fzzy.protocol.youxian0.data.GrainRoot;
import lombok.extern.slf4j.Slf4j;
import org.springframework.stereotype.Component;

import javax.annotation.Resource;
import java.net.InetAddress;
import java.util.ArrayList;
import java.util.HashMap;
import java.util.List;
import java.util.Map;

/**
 * 游仙主库，返回报文解析
 */
@Slf4j
@Component(AnalysisService.BEAN_ID)
public class AnalysisService {

    public static final String BEAN_ID = "youxian0.analysisService";

    @Resource
    private GatewayRemoteManager gatewayRemoteManager;

    private static Map<String, GrainRoot> contextGrainRoot = new HashMap<>();

    /**
     * 用于存放返回的仓温仓湿信息
     */
    public static Map<String, THDto> contextMapTH = new HashMap<>();


    /**
@@ -50,10 +78,56 @@

        //粮情返回
        if (ServiceUtils.FUNCTION_66.equalsIgnoreCase(funId)) {
            this.analysisGrain(device, msgId, strMsg);

            log.info("---------开始解析粮情信息---------");
            try{
                this.analysisGrainStep1(device, msgId, strMsg);
            }catch (Exception e){
                log.error(e.getMessage(),e);
            }

            log.info("---------解析粮情信息结束---------");
        }

        //温湿度返回
        if (ServiceUtils.FUNCTION_68.equalsIgnoreCase(funId)) {
            log.info("---------开始解析仓温湿度信息---------");
            try{
                this.analysisGrainTh(device, strMsg);
            }catch (Exception e){
                log.error(e.getMessage(),e);
            }

        }

    }

    private void analysisGrainTh(GatewayDevice device, String strMsg) {
        try{
            THDto th = new THDto();

            //TODO----->>> 待解析调整，先用外部气象信息
            //7E 00 01 01 00 06 00 00 A0 FF FF 68 1A 05 CC 16 3A 62 36 7E
            //系统气象站信息
//        WeatherWebDto weather = WeatherWebDto.contextMap.get("default");
//        th.setTempIn(Double.valueOf(weather.getTem()) - 2);
//        th.setHumidityIn(Double.valueOf(weather.getHumidity()) - 10);
            double t,h;
            String temp = strMsg.substring(30,32);
            t =  BytesUtil.hexToInt(temp)/2;
            log.info("温度：{}",t);
            temp = strMsg.substring(32,34);
            h = BytesUtil.hexToInt(temp);
            log.info("湿度：{}",h);
            th.setTempIn(t);
            th.setHumidityIn(h);
            this.add2ThMap(device.getDepotIdSys(), th);
        }catch (Exception e){
            log.error(e.getMessage(),e);
        }

    }


    /**
     * 粮情解析
@@ -64,33 +138,265 @@
     * @param device
     * @param msgId  命令ID
     */
    private void analysisGrain(GatewayDevice device, int msgId, String strMsg) {

    private void analysisGrainStep1(GatewayDevice device, int msgId, String strMsg) {
        String[] attCable = device.getCableRule().split("-");
        int cableZ = Integer.valueOf(attCable[0]);
        int cableY = Integer.valueOf(attCable[1]);
        int cableX = Integer.valueOf(attCable[2]);
        log.info("z={},x={},y={}",cableZ,cableX,cableY);
        //获取请求信息
        BaseReqData reqData = ProtocolUtils.getSyncReq(device.getDepotIdSys());
        if (null == reqData) {
            log.error("---------没有获取到请求信息，不执行解析------{}", device.getDeviceName());
            return;
        }
        //只保留粮情信息
        int start = 22 * 2;
        int start = 15 * 2;
        strMsg = strMsg.substring(start);

        GrainRoot grainRoot = new GrainRoot();
        grainRoot.setKey(buildGrainRootKey(device.getDeviceSn(), msgId));
        grainRoot.setNum(msgId);

        //密钥和点数
        String kyeNumHex = strMsg.substring(2, 4);
        String kyeNumBin = BytesUtil.toBinary8String(BytesUtil.hexToInt(kyeNumHex));
        String tempStr = "";
        for (int j = 0;j<cableY;j++){
            tempStr = strMsg.substring((6+2*cableZ) * j,(6+2*cableZ)  * j + (6+2*cableZ) );
            //密钥和点数 02 A4 BB BA BA B4
            String kyeNumHex = tempStr.substring(2, 4);
            String kyeNumBin = BytesUtil.toBinary8String(BytesUtil.hexToInt(kyeNumHex));

        String key = kyeNumBin.substring(0, 3);
        int keyValue = BytesUtil.hexToInt(BytesUtil.bin2Hex(key));
        key = kyeNumBin.substring(4);
        int numValue = BytesUtil.hexToInt(BytesUtil.bin2Hex(key));
            String key = "00000" + kyeNumBin.substring(0, 3);
            int keyValue = BytesUtil.hexToInt(BytesUtil.bin2Hex(key));
            key = "0000" + kyeNumBin.substring(4);
            int numValue = BytesUtil.hexToInt(BytesUtil.bin2Hex(key));

            //02 A4 BB BA BA B4
            start = 2 * 2;
            String tempHex;

        //02 A4 BB BA BA B4
        start = 2 * 2;
        String tempHex;
        for (int i = 0; i < numValue; i++) {
            start = start + i * 2;
            tempHex = strMsg.substring(start, start + 2);
            //实际温度＝密钥*密钥*37(溢出为无符号字节)再异或加密后的温度/2。
            double point = 0;
            for (int i = 0; i < numValue; i++) {
                start = start + i * 2;
                tempHex = tempStr.substring(start, start + 2);
                //实际温度＝密钥*密钥*37(溢出为无符号字节)再异或加密后的温度/2。
                point = this.getGrainTemp(keyValue, tempHex);
                log.info("--------解析后的温度点----{}---{}", tempHex, point);
                grainRoot.getPoints().add(point);
                start = 2 * 2;
            }
        }

        this.add2GrainMap(grainRoot);

        //判断是不是最后一包数据，如果是最后一包执行解析

        if (grainRoot.getNum() == cableX) {
            analysisGrainStep2(reqData, cableZ, cableY, cableX);
        }
    }

    /**
     * 封装粮情点位
     *
     * @param reqData
     * @param cableZ
     * @param cableY
     * @param cableX
     */
    private void analysisGrainStep2(BaseReqData reqData, int cableZ, int cableY, int cableX) {

        List<Double> points = new ArrayList<>();
        GrainRoot root;
        List<Double> t = null;
        for (int i = 1; i <= cableX; i++) {
            root = this.getGrainRoot(buildGrainRootKey(reqData.getDevice().getDeviceSn(), i));

            if (null == root || null == root.getPoints()) {
                log.error("-----------解析获取所有粮情检测点失败，取消执行---------{}---{}", reqData.getDevice().getDeviceName(),i);
                ;
                t = new ArrayList<>();
                for (int x = 0;x<cableY*cableZ;x++
                     ) {
                    t.add(-100.00);
                }
                //return;
                points.addAll(t);
            }else{
                points.addAll(root.getPoints());
            }

        }

        //执行封装解析
        analysisGrainStep3(reqData, cableZ, cableY, cableX, points);
    }

    private void analysisGrainStep3(BaseReqData reqData, int cableZ, int cableY, int cableX, List<Double> points) {

        GatewayDevice device = reqData.getDevice();
        //数据封装
        GrainData grain = new GrainData();
        grain.setMessageId(ScConstant.getMessageId());
        grain.setDeviceId(device.getDeviceId());
        grain.setTimestamp(System.currentTimeMillis() + "");

        ClientHeaders headers = new ClientHeaders();
        headers.setDeviceName(device.getDeviceName());
        headers.setProductId(device.getProductId());
        headers.setOrgId(device.getOrgId());
        headers.setMsgId(reqData.getMessageId());
        grain.setHeaders(headers);


        GrainOutPut outPut = new GrainOutPut();


        double max = ReMessageBuilder.MAX_TEMP, min = ReMessageBuilder.MIN_TEMP, sumT = 0.0, sumNum = cableX * cableY * cableZ;

        List<GrainTemp> temperature = new ArrayList<>();
        //根号
        int cableNum = 1, position = 0;

        double curTemp;
        int x = 0, y = 0, z = 0;
        for (int i = 0; i < points.size(); i++) {
            curTemp = points.get(i);
            position = i;
            z = i % cableZ + 1;
            x = i / (cableZ * cableY);
            y = x * (cableZ * cableY);
            y = (i - y) / cableZ;
            //根号
            cableNum = (i / cableZ) + 1;

            temperature.add(new GrainTemp(cableNum + "", z + "", curTemp + "", position + ""));

            sumT += curTemp;
            if (curTemp > max) {
                max = curTemp;
            }
            if (curTemp < min) {
                min = curTemp;
            }
        }

        if (sumNum == 0) {
            sumNum = 1;
            log.warn("---当前粮情采集异常--");
        }
        //过滤比较用的最大最小值
        if (max == ReMessageBuilder.MAX_TEMP) {
            max = 0.0;
        }
        if (min == ReMessageBuilder.MIN_TEMP) {
            min = 0.0;
        }

        outPut.setTemperature(temperature);
        outPut.setAvgTemperature(NumberUtil.keepPrecision((sumT / sumNum), 1) + "");
        outPut.setMinTemperature(min + "");
        outPut.setMaxTemperature(min + "");
        List<GrainTH> ths = new ArrayList<>();


        //获取温湿度
        THDto thDto = this.getGrainTh(device.getDepotIdSys());

        ths.add(new GrainTH(thDto.getTempIn() != null ? thDto.getTempIn() + "" : "", thDto.getHumidityIn() != null ? thDto.getHumidityIn() + "" : "", "1"));
        outPut.setTemperatureAndhumidity(ths);
        grain.setOutput(JSONObject.toJSONString(outPut));

        GatewayDevice gatewayDeviceWeather = GatewayUtils.getCacheByDeviceTypeOne(GatewayDeviceType.TYPE_09.getCode());

        //系统气象站信息
        WeatherWebDto weather = WeatherWebDto.contextMap.get("default");

        //气象信息
        GrainWeather weatherStation = new GrainWeather();
        weatherStation.setMessageId(ScConstant.getMessageId());
        weatherStation.setMessgeId(weatherStation.getMessageId());

        if (null != gatewayDeviceWeather) {
            weatherStation.setId(gatewayDeviceWeather.getDeviceId());
        } else {
            weatherStation.setId(device.getDeviceId());
        }
        weatherStation.setAirPressure(weather.getPressure());
        weatherStation.setHumidity(weather.getHumidity());
        weatherStation.setPm(weather.getAir_pm25());
        weatherStation.setRadiation("0");
        weatherStation.setRainfallAmount(weather.getWea());
        weatherStation.setTemperature(weather.getTem());
        weatherStation.setWindDirection(weather.getWin());
        weatherStation.setWindPower(weather.getWin_meter());
        weatherStation.setWindSpeed(weather.getWin_speed());

        grain.setWeatherStation(JSONObject.toJSONString(weatherStation));

        //封装好的数据
        log.info("---粮情信息封装完成-开始执行推送");

        reqData.setData(JSONObject.toJSONString(grain));

        doPushGrain(reqData,grain);
    }

    private void doPushGrain(BaseReqData reqData,GrainData grainData) {

        GatewayDeviceReportService reportService = gatewayRemoteManager.getDeviceReportService(reqData.getDevice().getPushProtocol());
        if (null == reportService) {
            log.error("------------粮情推送失败，系统不存在当前协议执行类----{}", reqData.getDevice().getDeviceName());
            return;
        }
        reportService.reportGrainData(reqData);
        reqData.setData(reportService.grainData2GatewayApiInfoKafka(grainData,reqData.getDevice()).getData());
        reportService.reportGrainDataByKafka(reqData);
    }

    private synchronized  void add2GrainMap(GrainRoot grainRoot) {
        contextGrainRoot.put(grainRoot.getKey(), grainRoot);
    }

    private GrainRoot getGrainRoot(String key) {
        return contextGrainRoot.get(key);
    }

    private String buildGrainRootKey(String deviceSn, int num) {
        return deviceSn + "_" + num;
    }

    /**
     * 计算粮情温度
     * 实际温度＝密钥*密钥*37(溢出为无符号字节)再异或加密后的温度/2。
     * 举例说明：第三个字节BB实际温度是5*5*37=039D取9D^(0xBB)＝38/2=19；
     *
     * @param keyValue
     * @param tempHex
     * @return
     */
    private double getGrainTemp(int keyValue, String tempHex) {
        int value = keyValue * keyValue * 37;
        String valueHex = BytesUtil.intToHexStr(value);

        valueHex = valueHex.substring(2);

        int num1 = BytesUtil.hexToInt(valueHex);
        int num2 = BytesUtil.hexToInt(tempHex);
        if((num1 ^ num2) / 2.0 > 35){
            return  -100.00;
        }else {
            return  (num1 ^ num2) / 2.0;
        }

    }

    private void add2ThMap(String depotIdSys, THDto th) {
        String key = "TH_" + depotIdSys;
        contextMapTH.put(key, th);
    }

    private THDto getGrainTh(String depotIdSys) {
        String key = "TH_" + depotIdSys;
        return contextMapTH.get(key);
    }
}