package com.fzzy.protocol.youxian1.analysis;
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import com.alibaba.fastjson.JSONObject;
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import com.fzzy.api.data.GatewayDeviceType;
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import com.fzzy.api.utils.BytesUtil;
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import com.fzzy.api.utils.NumberUtil;
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import com.fzzy.gateway.GatewayUtils;
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import com.fzzy.gateway.api.GatewayDeviceReportService;
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import com.fzzy.gateway.api.GatewayRemoteManager;
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import com.fzzy.gateway.data.BaseReqData;
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import com.fzzy.gateway.data.WeatherWebDto;
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import com.fzzy.gateway.entity.GatewayDevice;
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import com.fzzy.gateway.hx2023.ScConstant;
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import com.fzzy.gateway.hx2023.data.*;
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import com.fzzy.protocol.ProtocolUtils;
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import com.fzzy.protocol.bhzn.cmd.ReMessageBuilder;
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import com.fzzy.protocol.data.THDto;
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import com.fzzy.protocol.youxian0.ServiceUtils;
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import com.fzzy.protocol.youxian0.data.GrainRoot;
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import lombok.extern.slf4j.Slf4j;
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import org.springframework.stereotype.Component;
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import javax.annotation.Resource;
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import javax.persistence.criteria.CriteriaBuilder;
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import java.net.InetAddress;
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import java.util.ArrayList;
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import java.util.HashMap;
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import java.util.List;
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import java.util.Map;
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/**
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* 游仙分库，返回报文解析
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*/
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@Slf4j
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@Component(AnalysisService.BEAN_ID)
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public class AnalysisService {
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public static final String BEAN_ID = "youxian1.analysisService";
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@Resource
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private GatewayRemoteManager gatewayRemoteManager;
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/**
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* 用于存放返回的仓温仓湿信息
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*/
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public static Map<String, THDto> contextMapTH = new HashMap<>();
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/**
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* 协议解析
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* <p>
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* 80 80 80 80 80 90 41 --90代表分机编码
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* 39 39 39 35 39 39 39 39 39 39 39 39 --四组湿度
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* B4 30 30 31 30 30 B4 30 30 B4 30 30 --四组温度
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* ---以下为粮温，3个值转换为一个点
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* 31 30 35 31 37 32 32 31 34 32 30 33 31 30 38 31 36 34 32 32 35 32 31 38 31 30 34 31 36 36 32 32 33 32 31 34 31 30 32 31 35 39 32 31 37 32 30 34 31 30 37 31 33 37 32 32 34 32 31 37 31 31 30
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*
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* @param address
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* @param port
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* @param strMsg
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*/
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public void analysis(InetAddress address, int port, String strMsg) {
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//分机ID
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int start = 5 * 2;
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int end = start + 1 * 2;
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String deviceSn = strMsg.substring(start, end);
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// deviceSn = 调整转换规则 ---TODO
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GatewayDevice device = GatewayUtils.getCacheByDeviceSn(deviceSn);
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//解析温湿度
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this.analysisGrainTh(device, strMsg);
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//解析粮情
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this.analysisGrainStep1(device, strMsg);
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}
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private void analysisGrainTh(GatewayDevice device, String strMsg) {
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//湿度信息，四组，获取有效的一组数据
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int start = 7 * 2;
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int end = start + 12 * 2;
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String hHex = strMsg.substring(start, end);
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THDto thDto = new THDto();
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double h = getGrainTemp(hHex.substring(0, 6));
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if (h < 99.9) {
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thDto.setHumidityIn(h);
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}
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h = getGrainTemp(hHex.substring(6, 12));
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if (h < 99.9) {
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thDto.setHumidityIn(h);
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}
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h = getGrainTemp(hHex.substring(12, 18));
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if (h < 99.9) {
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thDto.setHumidityIn(h);
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}
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h = getGrainTemp(hHex.substring(18, 24));
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if (h < 99.9) {
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thDto.setHumidityIn(h);
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}
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//湿度信息
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start = 19 * 2;
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end = start + 12 * 2;
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String tHex = strMsg.substring(start, end);
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double t = getGrainTemp(tHex.substring(0, 6));
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if (t > -40.0) {
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thDto.setTempIn(t);
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}
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t = getGrainTemp(tHex.substring(6, 12));
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if (t > -40.0) {
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thDto.setTempIn(t);
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}
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t = getGrainTemp(tHex.substring(12, 18));
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if (t > -40.0) {
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thDto.setTempIn(t);
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}
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t = getGrainTemp(tHex.substring(18, 24));
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if (t > -40.0) {
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thDto.setTempIn(t);
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}
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this.add2Map(device.getDeviceSn(), thDto);
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}
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/**
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* 协议解析
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* <p>
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* 80 80 80 80 80 90 41 --90代表分机编码
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* 39 39 39 35 39 39 39 39 39 39 39 39 --四组湿度
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* B4 30 30 31 30 30 B4 30 30 B4 30 30 --四组温度
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* ---以下为粮温，3个值转换为一个点
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* 31 30 35 31 37 32 32 31 34 32 30 33 31 30 38 31 36 34 32 32 35 32 31 38 31 30 34 31 36 36 32 32 33 32 31 34 31 30 32 31 35 39 32 31 37 32 30 34 31 30 37 31 33 37 32 32 34 32 31 37 31 31 30
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*
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* @param device
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* @Param strMsg
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*/
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private void analysisGrainStep1(GatewayDevice device, String strMsg) {
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String[] attCable = device.getCableRule().split("-");
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int cableZ = Integer.valueOf(attCable[0]);
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int cableY = Integer.valueOf(attCable[1]);
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int cableX = Integer.valueOf(attCable[2]);
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log.info("z={},x={},y={}", cableZ, cableX, cableY);
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//获取请求信息
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BaseReqData reqData = ProtocolUtils.getSyncReq(device.getDepotIdSys());
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if (null == reqData) {
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log.error("---------没有获取到请求信息，不执行解析------{}", device.getDeviceName());
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return;
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}
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//只保留粮情信息
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int start = 31 * 2;
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strMsg = strMsg.substring(start);
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int num = cableZ * cableY * cableX;
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String tempStr = "";
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List<Double> points = new ArrayList<>();
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double point = 0;
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for (int i = 0; i < num; i++) {
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tempStr = strMsg.substring(i * 3 * 2, i * 3 * 2 + 3 * 2);
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point = this.getGrainTemp(tempStr);
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//处理无效的数据
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if (point > 50) {
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point = -100.0;
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}
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points.add(point);
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}
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analysisGrainStep2(reqData, cableZ, cableY, cableX, points);
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}
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/**
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* 数据转换
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*
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* @param reqData
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* @param cableZ
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* @param cableY
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* @param cableX
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* @param points
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*/
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private void analysisGrainStep2(BaseReqData reqData, int cableZ, int cableY, int cableX, List<Double> points) {
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GatewayDevice device = reqData.getDevice();
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//数据封装
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GrainData grain = new GrainData();
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grain.setMessageId(ScConstant.getMessageId());
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grain.setDeviceId(device.getDeviceId());
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grain.setTimestamp(System.currentTimeMillis() + "");
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ClientHeaders headers = new ClientHeaders();
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headers.setDeviceName(device.getDeviceName());
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headers.setProductId(device.getProductId());
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headers.setOrgId(device.getOrgId());
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headers.setMsgId(reqData.getMessageId());
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grain.setHeaders(headers);
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GrainOutPut outPut = new GrainOutPut();
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double max = ReMessageBuilder.MAX_TEMP, min = ReMessageBuilder.MIN_TEMP, sumT = 0.0, sumNum = cableX * cableY * cableZ;
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List<GrainTemp> temperature = new ArrayList<>();
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//根号
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int cableNum = 1, position = 0;
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double curTemp;
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int x = 0, y = 0, z = 0;
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for (int i = 0; i < points.size(); i++) {
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curTemp = points.get(i);
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position = i;
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z = i % cableZ + 1;
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x = i / (cableZ * cableY);
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y = x * (cableZ * cableY);
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y = (i - y) / cableZ;
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//根号
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cableNum = (i / cableZ) + 1;
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temperature.add(new GrainTemp(cableNum + "", z + "", curTemp + "", position + ""));
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sumT += curTemp;
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if (curTemp > max) {
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max = curTemp;
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}
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if (curTemp < min) {
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min = curTemp;
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}
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}
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if (sumNum == 0) {
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sumNum = 1;
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log.warn("---当前粮情采集异常--");
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}
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//过滤比较用的最大最小值
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if (max == ReMessageBuilder.MAX_TEMP) {
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max = 0.0;
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}
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if (min == ReMessageBuilder.MIN_TEMP) {
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min = 0.0;
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}
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outPut.setTemperature(temperature);
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outPut.setAvgTemperature(NumberUtil.keepPrecision((sumT / sumNum), 1) + "");
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outPut.setMinTemperature(min + "");
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outPut.setMaxTemperature(min + "");
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List<GrainTH> ths = new ArrayList<>();
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//获取温湿度
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THDto thDto = this.getTH(device.getDeviceSn());
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ths.add(new GrainTH(thDto.getTempIn() != null ? thDto.getTempIn() + "" : "", thDto.getHumidityIn() != null ? thDto.getHumidityIn() + "" : "", "1"));
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outPut.setTemperatureAndhumidity(ths);
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grain.setOutput(JSONObject.toJSONString(outPut));
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GatewayDevice gatewayDeviceWeather = GatewayUtils.getCacheByDeviceTypeOne(GatewayDeviceType.TYPE_09.getCode());
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//系统气象站信息
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WeatherWebDto weather = WeatherWebDto.contextMap.get("default");
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//气象信息
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GrainWeather weatherStation = new GrainWeather();
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weatherStation.setMessageId(ScConstant.getMessageId());
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weatherStation.setMessgeId(weatherStation.getMessageId());
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if (null != gatewayDeviceWeather) {
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weatherStation.setId(gatewayDeviceWeather.getDeviceId());
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} else {
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weatherStation.setId(device.getDeviceId());
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}
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weatherStation.setAirPressure(weather.getPressure());
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weatherStation.setHumidity(weather.getHumidity().replaceAll("%",""));
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weatherStation.setPm(weather.getAir_pm25());
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weatherStation.setRadiation("0");
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weatherStation.setRainfallAmount(weather.getWea());
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weatherStation.setTemperature(weather.getTem());
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weatherStation.setWindDirection(weather.getWin());
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weatherStation.setWindPower(weather.getWin_meter());
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weatherStation.setWindSpeed(weather.getWin_speed());
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grain.setWeatherStation(JSONObject.toJSONString(weatherStation));
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//封装好的数据
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log.info("---粮情信息封装完成-开始执行推送");
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reqData.setData(JSONObject.toJSONString(grain));
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doPushGrain(reqData,grain);
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}
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private void doPushGrain(BaseReqData reqData,GrainData grainData) {
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GatewayDeviceReportService reportService = gatewayRemoteManager.getDeviceReportService(reqData.getDevice().getPushProtocol());
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if (null == reportService) {
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log.error("------------粮情推送失败，系统不存在当前协议执行类----{}", reqData.getDevice().getDeviceName());
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return;
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}
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reportService.reportGrainData(reqData);
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reqData.setData(reportService.grainData2GatewayApiInfoKafka(grainData,reqData.getDevice()).getData());
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reportService.reportGrainDataByKafka(reqData);
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}
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/**
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* 计算粮情温度 3组温度
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*
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* @param tempHex
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* @return
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*/
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public static double getGrainTemp(String tempHex) {
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String strAscii = "";
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strAscii += toAscii(tempHex.substring(0, 2));
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strAscii += toAscii(tempHex.substring(2, 4));
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strAscii += toAscii(tempHex.substring(4, 6));
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Integer value = Integer.valueOf(strAscii);
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return value / 10.0;
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}
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private void add2Map(String deviceSn, THDto thDto) {
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contextMapTH.put("TH_" + deviceSn, thDto);
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}
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private THDto getTH(String deviceSn) {
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return contextMapTH.get("TH_" + deviceSn);
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}
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public static void main(String[] args) {
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String strMsg = "31 30 35 31 37 32 32 31 34 32 30 33 31 30 38 31 36 34 32 32 35 32 31 38 31 30 34 31 36 36 32 32 33 32 31 34 31 30 32 31 35 39 32 31 37 32 30 34 31 30 37 31 33 37 32 32 34 32 31 37 31 31 30";
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strMsg = strMsg.replaceAll(" ", "");
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System.out.println("---" + strMsg);
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int num = 20;
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String tempStr = "";
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double tem;
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for (int i = 0; i < num; i++) {
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tempStr = strMsg.substring(i * 3 * 2, i * 3 * 2 + 3 * 2);
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System.out.println("---" + tempStr);
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tem = getGrainTemp(tempStr);
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System.out.println("-tem--" + tem);
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}
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}
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public static char toAscii(String hexString) {
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int decimal = Integer.parseInt(hexString, 16);
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return (char) decimal;
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}
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}
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