package com.dy.common.mw.protocol.pMeterV1_0_1;

import java.util.List;

//周期上报
public class DataCd01Vo {
	//以下数据都是24（0）时整点采集的数据
	public String dt ;//上报时间(格式 yyyy-mm-dd hh:mm:ss)
	public String dataDt ;//数据时间(格式 yyyy-mm-dd)
	public Float totalAmount ;//累计用水量
	public Float totalAmountPerDay ;//日结用水量
	public Float volt ;//电池电压
	public Float signal ;//信号强度
	public Byte valveSta ;//阀门状态: 00阀开，01阀关
	public Byte alarmValve ;//阀门报警:  1报警，0无
	public Byte alarmMagnetism ;//强磁报警:  1报警，0无
	public Byte alarmVolt ;//电压欠压报警:  1报警，0无
	public List<Float> values ;//周期上报数据
	public Short gap ;//密采数据间隔（分钟）
	   
    public boolean isAlarm(){
    	boolean flag = false ;
    	if(valveSta != null && valveSta.intValue() == 1){//阀门状态(0:阀开   1:阀关) 
    		flag = true ;
    	}
    	if(alarmValve != null && alarmValve.intValue() == 1){//阀门异常告警	1 阀门异常，0 阀门正常  
    		flag = true ;
    	}
    	if(alarmVolt != null && alarmVolt.intValue() == 1){//电池欠压告警  1告警，0无告警  
    		flag = true ;
    	}
    	if(alarmMagnetism != null && alarmMagnetism.intValue() == 1){//磁干扰告警 	1告警，0无告警     	
    		flag = true ;
    	}
    	return flag ;
    }
	public String toString(){
		StringBuffer sb = new StringBuffer() ;
		sb.append("      定时上报 : \n") ;
		sb.append("      终端时间 : " + dt + "\n") ;
		sb.append("      数据时间 : " + dataDt + "\n") ;
		sb.append("      冻结累计水量 : " + totalAmount + "\n") ;
		sb.append("      日累计水量 : " + totalAmountPerDay + "\n") ;
		sb.append("      电压 : " + volt + "\n") ;
		sb.append("      信号强度 : " + signal + "\n") ;
		sb.append("      阀门状态 : " + valveSta + "（" + (valveSta==0?"阀开":"阀关") +  "）\n") ;
		sb.append("      阀门报警 : " + alarmValve + "（" + (alarmValve==0?"正常":"报警") +  "）\n") ;
		sb.append("      强磁报警 : " + alarmMagnetism + "（" + (alarmMagnetism==0?"正常":"报警") +  "）\n") ;
		sb.append("      欠压报警 : " + alarmVolt + "（" + (alarmVolt==0?"正常":"报警") +  "）\n") ;
		sb.append("      密采数据间隔 : " + gap +  "（分钟）\n") ;
		sb.append("        密采数据：\n") ;
		if(values != null && values.size() > 0){
			for(int i = 0 ; i < values.size(); i++){
				sb.append("          " + (i + 1) + "时用水量：" + values.get(i) + "\n") ;
			}
		}
		return sb.toString() ;
	}
	public String getDt() {
		return dt;
	}
	public void setDt(String dt) {
		this.dt = dt;
	}
	public String getDataDt() {
		return dataDt;
	}
	public void setDataDt(String dataDt) {
		this.dataDt = dataDt;
	}
	public Float getTotalAmount() {
		return totalAmount;
	}
	public void setTotalAmount(Float totalAmount) {
		this.totalAmount = totalAmount;
	}
	public Float getTotalAmountPerDay() {
		return totalAmountPerDay;
	}
	public void setTotalAmountPerDay(Float totalAmountPerDay) {
		this.totalAmountPerDay = totalAmountPerDay;
	}
	public Float getVolt() {
		return volt;
	}
	public void setVolt(Float volt) {
		this.volt = volt;
	}
	public Float getSignal() {
		return signal;
	}
	public void setSignal(Float signal) {
		this.signal = signal;
	}
	public Byte getValveSta() {
		return valveSta;
	}
	public void setValveSta(Byte valveSta) {
		this.valveSta = valveSta;
	}
	public Byte getAlarmValve() {
		return alarmValve;
	}
	public void setAlarmValve(Byte alarmValve) {
		this.alarmValve = alarmValve;
	}
	public Byte getAlarmMagnetism() {
		return alarmMagnetism;
	}
	public void setAlarmMagnetism(Byte alarmMagnetism) {
		this.alarmMagnetism = alarmMagnetism;
	}
	public Byte getAlarmVolt() {
		return alarmVolt;
	}
	public void setAlarmVolt(Byte alarmVolt) {
		this.alarmVolt = alarmVolt;
	}
	public List<Float> getValues() {
		return values;
	}
	public void setValues(List<Float> values) {
		this.values = values;
	}
	public Short getGap() {
		return gap;
	}
	public void setGap(Short gap) {
		this.gap = gap;
	}

	
}