package com.dy.common.mw.protocol.p206V1_0_0.parse;
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import com.dy.common.mw.protocol.*;
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import com.dy.common.mw.protocol.p206V1_0_0.*;
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import com.dy.common.mw.protocol.p206V1_0_0.parse.global.GlParse;
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import com.dy.common.util.ByteUtil;
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import org.apache.logging.log4j.LogManager;
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import org.apache.logging.log4j.Logger;
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@AnnotationCodeUp(ifAny={
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CodeV1_0_1.cd_C0
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})
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@SuppressWarnings("unused")
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public class Cd_C0_Up implements CodeParse {
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private static final Logger log = LogManager.getLogger(Cd_C0_Up.class);
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/**
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* 分析上行数据
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*/
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@Override
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public MidResult[] parse(Boolean isLowPower, CodeParseParams params, CodeParseCallback callback)throws Exception {
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ParseParamsForUpV1_0_1 para = (ParseParamsForUpV1_0_1)params ;
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int bsLen = new CommonV1_0_1().parseDataLen(para.upBuffer) ;
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if(bsLen > 0){
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this.doParse(para.upBuffer,
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bsLen,
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para.upCode,
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para.data) ;
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}
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log.info("分析上行数据<" + CodeV1_0_1.getCodeName(para.upCode) + " RTU地址=" + para.rtuAddr + ">:\n" + para.data.toString());
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MidResultFromRtu midRs = new MidResultFromRtu() ;
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midRs.protocolName = para.protocolName ;//协议名称
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midRs.rtuAddr = para.rtuAddr ;//Rtu地址
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midRs.upCode = para.upCode ;//上行数据中的功能码
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midRs.upHex = para.upHex ;//上行数据十六进制形式
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midRs.upBuffer = para.upBuffer ;//上行数据字节数组
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midRs.data = para.data ;//解析后的数据
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midRs.reportOrResponse_trueOrFalse = true ;//主动上报
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String confirmComCode = para.upCode ;
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ParseParamsForDownV1_0_1 downCpParams = new ParseParamsForDownV1_0_1() ;
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downCpParams.setValue(
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null,
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ProtocolConstantV206V1_0_0.protocolName,
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para.rtuAddr,
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Command.defaultId,
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confirmComCode,
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null,
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null);
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//构造应答
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byte[] data = new Cd_02_Down().doParse(downCpParams) ;
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MidResultToRtu confirmCommand = new MidResultToRtu() ;
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confirmCommand.protocolName = para.protocolName ;//协议名称
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confirmCommand.rtuAddr = para.rtuAddr ;//Rtu地址
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confirmCommand.commandId = Command.defaultId ;//命令ID，发起命令的客户端(web端)生成，以匹配命令结果
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confirmCommand.downCode = confirmComCode ;//下行命令功能码;
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confirmCommand.downBuffer = data ;//下行命令数据
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confirmCommand.downBufHex = ByteUtil.bytes2Hex(data, true) ;//下行命令数据十六进制形式
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confirmCommand.hasResponse = false ;//是否有应答
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confirmCommand.maxSendTimes = 1 ;//命令最大发送次数(当收不到应答时，将重发2次)，如果不设置，命令缓存器进行补充设置
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confirmCommand.isCachForOffLine = false ;//RTU不在线，命令是否缓存
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confirmCommand.isSendFirst = true ;//确认命令，优先发送
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if(isLowPower != null && isLowPower.booleanValue()){
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//低功耗时，尽快发送
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confirmCommand.isQuickSend = true ;
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}
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callback.callback(midRs.reportOrResponse_trueOrFalse);
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return new MidResult[]{midRs, confirmCommand} ;
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}
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/**
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* 执行分析
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* @param bs 字节数组
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* @param bsLen 字节长度（总包长，包括包头和包尾）
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* @param dataCode 功能码
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* @param data 数据
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* @throws Exception 异常
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*/
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protected void doParse(byte[] bs, int bsLen, String dataCode, Data data) throws Exception {
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DataV1_0_1 dV1 = (DataV1_0_1)data.getSubData() ;
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DataCdC0Vo cdData = new DataCdC0Vo() ;
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dV1.dataCdC0Vo = cdData ;
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boolean hasWaterAmount = false ;//是否有流量数据
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boolean hasWaterPress = false ;//是否有水压数据
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boolean hasEleVolt = false ;//是否有电压数据
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boolean hasSignal = false ;//是否有信号强度数据
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boolean hasAlarmStatus = false ;//是否有数据
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short index = ProtocolConstantV206V1_0_0.dataIndex ;
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byte tmpBt1 = bs[index] ;
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index++ ;
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if(((tmpBt1 & 4) >> 2) == 1){
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hasWaterAmount = true ;
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}
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byte tmpBt2 = bs[index] ;
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index++ ;
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if(((tmpBt2 & 0x10) >> 4) == 1){
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hasAlarmStatus = true ;
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}
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if(((tmpBt2 & 0x20) >> 5) == 1){
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hasWaterPress = true ;
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}
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if(((tmpBt2 & 0x40) >> 6) == 1){
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hasEleVolt = true ;
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}
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if(((tmpBt2 & 0x80) >> 7) == 1){
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hasSignal = true ;
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}
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if(hasWaterAmount){
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//瞬时流量：5字节BCD码，取值范围0~9999999.999，单位为m3/h。
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cdData.instantAmount = 0.0D ;
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int tpInt = ByteUtil.BCD2Int_LE(bs, index, index) ;
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index++ ;
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cdData.instantAmount += tpInt/1000.0 ;
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tpInt = ByteUtil.BCD2Int_LE(bs, index, index) ;
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index++ ;
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cdData.instantAmount += tpInt/10.0 ;
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tpInt = ByteUtil.BCD2Int_LE(bs, index, index) ;
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index++ ;
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cdData.instantAmount += tpInt * 10.0 ;
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tpInt = ByteUtil.BCD2Int_LE(bs, index, index) ;
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index++ ;
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cdData.instantAmount += tpInt * 1000.0 ;
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tpInt = ByteUtil.BCD2Int_LE(bs, index, index) ;
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index++ ;
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cdData.instantAmount += tpInt * 100000.0 ;
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//累计流量：5字节BCD码，取值范围0~9999999999，单位为m3。
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cdData.totalAmount = 0.0D ;
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tpInt = ByteUtil.BCD2Int_LE(bs, index, index) ;
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index++ ;
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cdData.totalAmount += tpInt;
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tpInt = ByteUtil.BCD2Int_LE(bs, index, index) ;
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index++ ;
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cdData.totalAmount += tpInt * 100.0 ;
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tpInt = ByteUtil.BCD2Int_LE(bs, index, index) ;
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index++ ;
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cdData.totalAmount += tpInt * 10000.0 ;
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tpInt = ByteUtil.BCD2Int_LE(bs, index, index) ;
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index++ ;
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cdData.totalAmount += tpInt * 1000000.0 ;
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tpInt = ByteUtil.BCD2Int_LE(bs, index, index) ;
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index++ ;
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cdData.totalAmount += tpInt * 100000000.0 ;
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//损失流量：5字节BCD码，取值范围0~9999999999，单位为m3。
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cdData.lossAmount = 0.0D ;
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tpInt = ByteUtil.BCD2Int_LE(bs, index, index) ;
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index++ ;
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cdData.lossAmount += tpInt;
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tpInt = ByteUtil.BCD2Int_LE(bs, index, index) ;
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index++ ;
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cdData.lossAmount += tpInt * 100.0 ;
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tpInt = ByteUtil.BCD2Int_LE(bs, index, index) ;
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index++ ;
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cdData.lossAmount += tpInt * 10000.0 ;
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tpInt = ByteUtil.BCD2Int_LE(bs, index, index) ;
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index++ ;
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cdData.lossAmount += tpInt * 1000000.0 ;
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tpInt = ByteUtil.BCD2Int_LE(bs, index, index) ;
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index++ ;
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cdData.lossAmount += tpInt * 100000000.0 ;
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}
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if(hasWaterPress){
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//水压：4字节BCD码，取值范围0~999999.99，单位为KPa。
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cdData.waterPress = 0.0D ;
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int tpInt = ByteUtil.BCD2Int_LE(bs, index, index) ;
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index++ ;
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cdData.waterPress += tpInt/100.0 ;
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tpInt = ByteUtil.BCD2Int_LE(bs, index, index) ;
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index++ ;
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cdData.waterPress += tpInt;
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tpInt = ByteUtil.BCD2Int_LE(bs, index, index) ;
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index++ ;
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cdData.waterPress += tpInt * 100.0 ;
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tpInt = ByteUtil.BCD2Int_LE(bs, index, index) ;
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index++ ;
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cdData.waterPress += tpInt * 10000.0 ;
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}
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if(hasEleVolt){
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//电池电压：4字节BCD码，取值范围0~99.99，单位为V。
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cdData.batteryVolt = 0.0D ;//蓄电池电压
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cdData.sunVolt = 0.0D ;//太阳能电压
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int tpInt = ByteUtil.BCD2Int_LE(bs, index, index) ;
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index++ ;
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cdData.batteryVolt += tpInt/100.0 ;
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tpInt = ByteUtil.BCD2Int_LE(bs, index, index) ;
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index++ ;
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cdData.batteryVolt += tpInt;
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//太阳能电压：4字节BCD码，取值范围0~99.99，单位为V。
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tpInt = ByteUtil.BCD2Int_LE(bs, index, index) ;
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index++ ;
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cdData.sunVolt += tpInt/100.0 ;
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tpInt = ByteUtil.BCD2Int_LE(bs, index, index) ;
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index++ ;
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cdData.sunVolt += tpInt;
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}
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if(hasSignal){
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//信号强度：1字节BCD码，取值范围0~99。
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cdData.signal = 0 ;
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int tpInt = ByteUtil.BCD2Int_LE(bs, index, index) ;
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index++ ;
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cdData.signal += tpInt ;
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}
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if(hasAlarmStatus){
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//报警数据
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cdData.alarmVo = GlParse.parseAlarm(bs, index) ;
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index += 2 ;
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//状态数据
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cdData.stateVo = GlParse.parseState(bs, index) ;
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index += 2 ;
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}
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cdData.rtuDt = GlParse.parseTp(bs, index) ;
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}
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}
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