package com.dy.common.mw.protocol.p206V202404.parse.global;
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import com.dy.common.mw.protocol.p206V202404.ProtocolConstantV206V202404;
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import com.dy.common.mw.protocol.p206V202404.upVos.DataCd80Vo;
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import com.dy.common.mw.protocol.p206V202404.upVos.DataCd81Vo;
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import com.dy.common.util.ByteUtil;
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import com.dy.common.util.ByteUtilUnsigned;
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import org.apache.logging.log4j.LogManager;
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import org.apache.logging.log4j.Logger;
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public class GlParse {
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private static final Logger log = LogManager.getLogger(GlParse.class);
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/**
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* 分析上行数据中的时钟
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* @param bs 上行字节数组
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* @param index 启始位
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* @return 控制器地址
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* @throws Exception 异常
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*/
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public static String parseRtuDt(byte[] bs, int index)throws Exception{
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String ss = ByteUtil.BCD2String_BE(bs, index, index) ;
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index++ ;
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String MM = ByteUtil.BCD2String_BE(bs, index, index) ;
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index++ ;
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String HH = ByteUtil.BCD2String_BE(bs, index, index) ;
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index++ ;
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String dd = ByteUtil.BCD2String_BE(bs, index, index) ;
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index++ ;
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String mm = ByteUtil.BCD2String_BE(bs, index, index) ;
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index++ ;
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String yy = ByteUtil.BCD2String_BE(bs, index, index) ;
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return yy + "-" + mm + "-" + dd + " " + HH + ":" + MM + ":" + ss ;
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}
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/**
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* 分析IC卡编号
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* @param bs 上行字节数组
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* @param index 启始位
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* @param len1 第一部分字节数
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* @param len2 第二部分字节数
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* @return 控制器地址
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* @throws Exception 异常
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*/
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public static String parseIcCardNo(byte[] bs, int index, int len1, int len2)throws Exception{
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String rtuAddrBCD = "" + ByteUtil.BCD2Long_BE(bs, index, index + len1 - 1) ;
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String rtuAddrStr = "" + ByteUtilUnsigned.bytes2Short_LE(bs, index + len1 + len2 -1 ) ;
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while(rtuAddrStr.length() < 5){
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rtuAddrStr = "0" + rtuAddrStr ;
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}
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return rtuAddrBCD + rtuAddrStr ;
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}
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/**
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* 分析状态与报警
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* @param bs
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* @param index
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* @return
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*/
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public static void parseAlarmAndState(byte[] bs, int index, DataCd80Vo vo){
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byte b = bs[index] ;
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vo.statePump = (byte)(b & 0x1) ;
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vo.alarmWaterRemain = (byte)(b & 0x2) ;
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vo.alarm0WaterRemain = (byte)(b & 0x4) ;
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vo.alarmExceedYear = (byte)(b & 0x8) ;
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vo.alarmWaterMeterFault = (byte)(b & 0x10) ;
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vo.alarmSteal = (byte)(b & 0x20) ;
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vo.alarmWaterMeterBreak = (byte)(b & 0x40) ;
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vo.alarmEleMeterFault = (byte)(b & 0x80) ;
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index++ ;
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b = bs[index] ;
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vo.alarm0MoneyRemain = (byte)(b & 0x1) ;
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vo.alarmInnerDoor = (byte)(b & 0x2) ;
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vo.alarmOuterDoor = (byte)(b & 0x4) ;
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vo.alarmEleMiss = (byte)(b & 0x8) ;
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vo.alarmEleExceed = (byte)(b & 0x10) ;
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vo.alarmEleLowVolt = (byte)(b & 0x20) ;
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vo.stateIcEnable = (byte)(b & 0x40) ;
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}
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/**
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* 分析状态与报警
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* @param bs
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* @param index
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* @return
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*/
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public static void parseAlarmAndState(byte[] bs, int index, DataCd81Vo vo){
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byte b = bs[index] ;
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vo.statePump = (byte)(b & 0x1) ;
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vo.alarmWaterRemain = (byte)(b & 0x2) ;
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vo.alarm0WaterRemain = (byte)(b & 0x4) ;
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vo.alarmExceedYear = (byte)(b & 0x8) ;
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vo.alarmWaterMeterFault = (byte)(b & 0x10) ;
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vo.alarmSteal = (byte)(b & 0x20) ;
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vo.alarmWaterMeterBreak = (byte)(b & 0x40) ;
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vo.alarmEleMeterFault = (byte)(b & 0x80) ;
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index++ ;
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b = bs[index] ;
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vo.alarm0MoneyRemain = (byte)(b & 0x1) ;
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vo.alarmInnerDoor = (byte)(b & 0x2) ;
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vo.alarmOuterDoor = (byte)(b & 0x4) ;
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vo.alarmEleMiss = (byte)(b & 0x8) ;
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vo.alarmEleExceed = (byte)(b & 0x10) ;
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vo.alarmEleLowVolt = (byte)(b & 0x20) ;
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vo.stateIcEnable = (byte)(b & 0x40) ;
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}
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public static String parseTp(byte[] bs, short index){
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String dt = "" ;
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try{
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dt = dt + ByteUtil.BCD2String_BE(bs, index, index) ;//秒
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index++ ;
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dt = ByteUtil.BCD2String_BE(bs, index, index) + ":" + dt ;//分
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index++ ;
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dt = ByteUtil.BCD2String_BE(bs, index, index) + ":" + dt ;//时
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index++ ;
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dt = ByteUtil.BCD2String_BE(bs, index, index) + " " + dt ;//日
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index++ ;
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//bs[index] = (byte)(bs[index] & 0x10);
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dt = ByteUtil.BCD2String_BE(bs, index, index) + "-" + dt ;//月
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index++ ;
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dt = "20" + ByteUtil.BCD2String_BE(bs, index, index) + "-" + dt ;//年
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}catch (Exception e){
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log.error("解析控制器时钟时异常：" + e.getMessage(), e);
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}
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return dt ;
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}
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/**
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* 分析功能80和5B数据
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* @param bs
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* @param cdData
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* @throws Exception
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*/
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public static void parseCd80And5B(byte[] bs, DataCd80Vo cdData) throws Exception{
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int index = ProtocolConstantV206V202404.dataIndex ;
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cdData.controllerType = ByteUtil.bytes2Hex(bs, false, index, 1) ;
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index++ ;
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cdData.projectNo = 0 + bs[index];
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index++ ;
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cdData.useWaterType = bs[index];
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index++ ;
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cdData.orderNo = ByteUtil.BCD2String_BE(bs, index, index + 4) ;
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index += 8 ;
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cdData.icCardAddr = ByteUtil.bytes2Hex(bs, false, index, 4) ;
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index += 4 ;
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cdData.icCardNo = GlParse.parseIcCardNo(bs, index, 6, 2) ;
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index += 8 ;
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cdData.rtuDt = GlParse.parseRtuDt(bs, index) ;
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index += 6 ;
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int waterLevel = ByteUtil.BCD2Int_BE(bs, index, index + 3) ;
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cdData.waterLevel = waterLevel/1000.0D;
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index += 4 ;
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int waterPress = ByteUtil.BCD2Int_BE(bs, index, index + 2) ;
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cdData.waterPress = waterPress/100.0D;
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index += 3 ;
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int waterInstant = ByteUtil.BCD2Int_BE(bs, index, index + 3) ;
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cdData.waterInstant = waterInstant/100.0D;
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index += 4 ;
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int waterTotal = ByteUtil.BCD2Int_BE(bs, index, index + 4) ;
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cdData.waterTotal = waterTotal/100.0D;
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index += 5 ;
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int eleTotal = ByteUtil.BCD2Int_BE(bs, index, index + 4) ;
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cdData.eleTotal = eleTotal/100.0D;
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index += 5 ;
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int moneyRemain = ByteUtil.BCD2Int_BE(bs, index, index + 4) ;
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cdData.moneyRemain = moneyRemain/100.0D;
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index += 5 ;
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int waterRemain = ByteUtil.BCD2Int_BE(bs, index, index + 4) ;
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cdData.waterRemain = waterRemain/100.0D;
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index += 5 ;
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int thisEle = ByteUtil.BCD2Int_BE(bs, index, index + 3) ;
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cdData.thisEle = thisEle/100.0D;
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index += 4 ;
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int thisWater = ByteUtil.BCD2Int_BE(bs, index, index + 3) ;
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cdData.thisWater = thisWater/100.0D;
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index += 4 ;
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int thisMoney = ByteUtil.BCD2Int_BE(bs, index, index + 3) ;
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cdData.thisMoney = thisMoney/100.0D;
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index += 4 ;
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cdData.thisDuration = ByteUtil.BCD2Int_BE(bs, index, index + 1) ;
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index += 2 ;
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int waterPrice = ByteUtil.BCD2Int_BE(bs, index, index + 1) ;
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cdData.waterPrice = waterPrice/100.0D;
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index += 2 ;
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int elePrice = ByteUtil.BCD2Int_BE(bs, index, index + 1) ;
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cdData.elePrice = elePrice/100.0D;
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index += 2 ;
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GlParse.parseAlarmAndState(bs, index, cdData) ;
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index += 2 ;
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int aVolt = ByteUtil.BCD2Int_BE(bs, index, index + 1) ;
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cdData.aVolt = aVolt/10.0D;
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index += 2 ;
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int bVolt = ByteUtil.BCD2Int_BE(bs, index, index + 1) ;
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cdData.bVolt = bVolt/10.0D;
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index += 2 ;
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int cVolt = ByteUtil.BCD2Int_BE(bs, index, index + 1) ;
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cdData.cVolt = cVolt/10.0D;
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index += 2 ;
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int aCurrent = ByteUtil.BCD2Int_BE(bs, index, index + 1) ;
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cdData.aCurrent = aCurrent/10.0D;
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index += 2 ;
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int bCurrent = ByteUtil.BCD2Int_BE(bs, index, index + 1) ;
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cdData.bCurrent = bCurrent/10.0D;
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index += 2 ;
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int cCurrent = ByteUtil.BCD2Int_BE(bs, index, index + 1) ;
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cdData.cCurrent = cCurrent/10.0D;
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index += 2 ;
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int batteryVolt = ByteUtil.BCD2Int_BE(bs, index, index + 1) ;
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cdData.batteryVolt = batteryVolt/100.0D;
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index += 2 ;
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int waterMeterTransVolt = ByteUtil.BCD2Int_BE(bs, index, index + 1) ;
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cdData.waterMeterTransVolt = waterMeterTransVolt/100.0D;
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index += 2 ;
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int waterMeterWorkVolt = ByteUtil.BCD2Int_BE(bs, index, index + 1) ;
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cdData.waterMeterWorkVolt = waterMeterWorkVolt/100.0D;
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index += 2 ;
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cdData.csq = ByteUtil.BCD2Int_BE(bs, index, index) ;
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}
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}
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