package com.sandu.ximon.admin.manager.iot.frame.inner.report;
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import cn.hutool.core.util.StrUtil;
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import com.sandu.ximon.admin.manager.iot.frame.inner.BaseResponseInnerFrame;
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import com.sandu.ximon.admin.manager.iot.frame.inner.IResponseInnerFrame;
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import com.sandu.ximon.admin.manager.iot.rrpc.util.CRC32Utils;
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import lombok.Data;
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import lombok.ToString;
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/**
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* @author chenjiantian
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* @date 2021/12/6 18:20
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* A5-84-01
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* 大气心跳包 应答
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*/
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@Data
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@ToString(callSuper = true)
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public class A5AtmosphereHeartbeatReportInnerFrame extends BaseResponseInnerFrame<A5AtmosphereHeartbeatReportInnerFrame> {
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// 目标地址 2
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private String destinationAddress;
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// 心跳包数据 58
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private HeartBeatDataPackage heartBeatDataPackage;
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private String originFrame;
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@Override
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public A5AtmosphereHeartbeatReportInnerFrame transformFrame(String hex) {
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// 长度不一致时，返回null
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if (StrUtil.isBlank(hex)) {
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return null;
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}
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// MQTT通信方式(1)
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setConnectType(hex.substring(0, 2));
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// 功能码(1)
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setFunctionCode(hex.substring(2, 4));
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// 负荷长度(2)
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setPayloadLength(hex.substring(4, 8));
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setDestinationAddress(hex.substring(8, 12));
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String heartBeatData = hex.substring(12, hex.length() - 8);
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HeartBeatDataPackage heartBeatDataPackage = new HeartBeatDataPackage();
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heartBeatDataPackage.transformFrame(heartBeatData);
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setHeartBeatDataPackage(heartBeatDataPackage);
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setCrc32(hex.substring(hex.length() - 8));
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// 校验CRC32
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String frame = hex.substring(2, hex.length() - 8);
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this.setValidate(CRC32Utils.validateFrame(frame, getCrc32()));
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return this;
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}
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@Data
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public static class HeartBeatDataPackage implements IResponseInnerFrame<HeartBeatDataPackage> {
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// 编号 数据 含义 单位
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// D7:D6 D5:D4 D3:D2 D1:D0
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// 0x01 空，用0x00填充 0x00~0xEC 0x00~0x09 温度 0.1℃
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// 0x02 空，用0x00填充 0x00~0x64 0x00~0x09 湿度 0.1%
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// 0x03 空，用0x00填充 0x00 0x00 风速 0.1m/s
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// 0x04 空，用0x00填充 0xF8或0x00 0x00 风向 八方向/0.1℃
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// 0x05 空，用0x00填充 空，用0x00填充 0x00~0x12 风力 级
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// 0x06 0x00 0x00 0x00 大气压 0.01hPA(百帕斯卡）
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// 0x07 0x00 0x00 0x00 光强 Lux
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// 0x08 空，用0x00填充 0x00 0x00 噪音 0.1dB
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// 0x09 空，用0x00填充 0x00 0x00 PM2.5 ug/m3
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// 0x0A 空，用0x00填充 0x00 0x00 PM10 ug/m3
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// 0x0B 空，用0x00填充 0x00 0x00 TSP ug/m3
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// 0x0C 空，用0x00填充 0x00 0x00 雨量 0.1mm
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// 0x0D 空，用0x00填充 0x00 0x00 甲醛 ppm
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// 0x0E 空，用0x00填充 0x00 0x00 TVOC ppm
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// 0x0F 空，用0x00填充 0x00 0x00 eCO2 ppm
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// 0x10 空，用0x00填充 0x00 0x00 SO2二氧化硫 ppm
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// 0x11 空，用0x00填充 0x00 0x00 NO2二氧化氮 ppm
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// 0x12 空，用0x00填充 0x00 0x00 CO一氧化碳 ppm
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// 0x13 空，用0x00填充 0x00 0x00 O3臭氧 ppm
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// 0x14 空，用0x00填充 0x00 0x00 F氟化物 ppm
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// 设备型号 2
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private String deviceType;
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// 模块预热状态标志 1
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private String moduleWarmUpStatusFlag;
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// 温度值
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private String temperature;
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// 湿度值
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private String humidity;
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// 风速
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private String windSpeed;
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// 风向
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private String windDirection;
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// 风力
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private String windPower;
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// 大气压
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private String pressure;
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// 光强
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private String lightIntensity;
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// 噪音
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private String noise;
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// PM2.5
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private String pm25;
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// PM10
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private String pm10;
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//总悬浮颗粒物TSP
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private String tsp;
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// 雨量
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private String rain;
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// SO2二氧化硫相对值
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private String so2;
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// 甲醛相对值
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private String ech2o;
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// NO2二氧化氮
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private String no2;
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// TVOC
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private String tvoc;
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// CO一氧化碳
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private String co;
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// 二氧化碳
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private String co2;
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// O3臭氧
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private String o3;
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// F氟化物
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private String fluoride;
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@Override
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public HeartBeatDataPackage transformFrame(String hex) {
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//判断数据长度是否正确
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if (hex == null || hex.substring(6).length() % 8 != 0) {
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System.out.println("hex:---" + hex);
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System.out.println("心跳包数据异常！");
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return null;
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}
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//设备型号
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Integer type = 0;
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this.deviceType = hex.substring(0, 4);
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if (this.deviceType.equals(DeviceType.SENSOR_V1.getType())) {
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type = 1;
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}
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//模块预热状态标志
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this.moduleWarmUpStatusFlag = hex.substring(4, 6);
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//心跳包设备数据
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String data = hex.substring(6, hex.length() - 8);
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int lenght = data.length() / 8;
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//设备数据
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String sub;
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for (int i = 0; i < lenght; i++) {
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sub = data.substring(i * 8, i * 8 + 8);
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switch (data.substring(i * 8, i * 8 + 2)) {
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//温度
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case "01":
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//01001E01
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this.temperature = Double.parseDouble(
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parseVal(sub, 4, 6)
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+ "."
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+ parseVal(sub, 6, 8)
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) + "℃";
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break;
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//湿度
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case "02":
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//02003608
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this.humidity = Double.parseDouble(
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parseVal(sub, 4, 6)
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+ "."
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+ parseVal(sub, 6, 8)
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) + "%";
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break;
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//风速
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case "03":
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//03000000
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this.windSpeed = parseVal(sub, 4, 8) * .1 + "m/s";
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break;
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//风向
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case "04":
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//0400F804
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if ("F8".equals(sub.substring(4, 6))) {
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//八向款风向仪
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switch (sub.substring(6, 8)) {
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case "00":
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this.windDirection = "北风";
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break;
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case "01":
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this.windDirection = "东北风";
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break;
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case "02":
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this.windDirection = "东风";
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break;
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case "03":
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this.windDirection = "东南风";
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break;
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case "04":
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this.windDirection = "南风";
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break;
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case "05":
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this.windDirection = "西南风";
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break;
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case "06":
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this.windDirection = "西风";
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break;
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case "07":
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this.windDirection = "西北风";
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break;
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default:
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this.windDirection = "未知风向";
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}
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} else if ("00".equals(sub.substring(4, 6))) {
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//360度款风向仪
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this.windDirection = parseVal(sub, 4, 8) * .1 + "℃";
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}
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break;
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//风力
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case "05":
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this.windPower = sub.substring(6, 8) + "级";
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break;
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//大气压
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case "06":
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//06000000
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this.pressure = parseVal(sub, 2, 8) * .01 + "hPA";
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break;
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//光强
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case "07":
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this.lightIntensity = parseVal(sub, 2, 8) + "Lux";
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break;
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//噪音
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case "08":
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this.noise = parseVal(sub, 4, 8) * .1 + "dB";
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break;
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//PM2.5
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case "09":
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this.pm25 = parseVal(sub, 4, 8) + "ug/m3";
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break;
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//PM10
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case "0A":
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this.pm10 = parseVal(sub, 4, 8) + "ug/m3";
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break;
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//TSP
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case "0B":
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this.tsp = parseVal(sub, 4, 8) + "ug/m3";
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break;
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//雨量
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case "0C":
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this.rain = parseVal(sub, 4, 8) * .1 + "mm";
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break;
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//甲醛
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case "0D":
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this.ech2o = parseVal(sub, 4, 8) + "ppm";
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break;
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//TVOC
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case "0E":
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this.tvoc = parseVal(sub, 4, 8) + "ppm";
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break;
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//eCO2
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case "0F":
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this.co2 = parseVal(sub, 4, 8) + "ppm";
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break;
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//SO2二氧化硫
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case "10":
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this.so2 = parseVal(sub, 4, 8) + "ppm";
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break;
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//NO2二氧化氮
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case "11":
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this.no2 = parseVal(sub, 4, 8) + "ppm";
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break;
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//CO一氧化碳
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case "12":
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this.co = parseVal(sub, 4, 8) + "ppm";
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break;
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//O3臭氧
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case "13":
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this.o3 = parseVal(sub, 4, 8) + "ppm";
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break;
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//F氟化物
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case "14":
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this.fluoride = parseVal(sub, 4, 8) + "ppm";
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break;
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default:
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return null;
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}
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}
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return this;
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}
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private Integer parseVal(String frame, int start, int end) {
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return Integer.parseInt(frame.substring(start, end), 16);
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}
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}
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public enum DeviceType {
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SENSOR_V1("0101");
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private String type;
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DeviceType(String type) {
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this.type = type;
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}
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public String getType() {
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return type;
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}
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}
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}
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