package com.dy.rtuMw.server.rtuData.p206V1_0_0;
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import com.dy.common.mw.protocol.p206V1_0_0.upVos.*;
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import com.dy.common.util.DateTime;
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import com.dy.pipIrrGlobal.pojoRm.RmAlarmStateHistory;
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import com.dy.rtuMw.server.rtuData.TaskSurpport;
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import com.dy.rtuMw.server.rtuData.dbSv.DbSv;
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import com.dy.common.mw.protocol.Data;
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import com.dy.common.mw.protocol.p206V1_0_0.DataV1_0_1;
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import com.dy.pipIrrGlobal.pojoPr.PrController;
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import com.dy.pipIrrGlobal.pojoRm.RmAlarmStateLast;
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import org.apache.logging.log4j.LogManager;
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import org.apache.logging.log4j.Logger;
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/**
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* @Author liurunyu
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* @Date 2024/6/11 17:19
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* @Description
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*/
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public class TkDealAlarmStatus extends TaskSurpport {
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private static final Logger log = LogManager.getLogger(TkDealAlarmStatus.class.getName()) ;
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//类ID，一定与Tree.xml配置文件中配置一致
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public static final String taskId = "TkDealAlarmStatus" ;
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/**
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* 执行节点任务：报警及状态
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* @param data 需要处理的数据
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*/
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@Override
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public void execute(Object data) {
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Data d = (Data)data ;
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Object subD = d.getSubData() ;
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if(subD != null){
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DataV1_0_1 dV1_0_1 = (DataV1_0_1)subD ;
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if(dV1_0_1 != null && dV1_0_1.subData != null){
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//dV1_0_1.dataCd81Vo、 dV1_0_1.dataCd84Vo 与 dV1_0_1.dataCdC0Vo 不会同时有值
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Object cdObj = dV1_0_1.subData ;
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try {
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if (cdObj instanceof DataCd81Vo) {
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DataCd81Vo dataCd81Vo = (DataCd81Vo)cdObj ;
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if (dataCd81Vo.alarmVo != null || dataCd81Vo.stateVo != null) {
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Object[] objs = this.getTaskResults(TkPreGenObjs.taskId);
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DbSv sv = (DbSv) objs[0];
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PrController controller = (PrController) objs[1];
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this.saveOrUpdateLast(sv, controller, d.getRtuAddr(), dataCd81Vo.rtuDt, dV1_0_1, dataCd81Vo.alarmVo, dataCd81Vo.stateVo);
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this.saveHistory(sv, controller, d.getRtuAddr(), dataCd81Vo.rtuDt, dV1_0_1, dataCd81Vo.alarmVo, dataCd81Vo.stateVo);
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}
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} else if (cdObj instanceof DataCd84Vo) {
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DataCd84Vo dataCd84Vo = (DataCd84Vo)cdObj ;
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if (dataCd84Vo.alarmVo != null || dataCd84Vo.stateVo != null) {
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Object[] objs = this.getTaskResults(TkPreGenObjs.taskId);
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DbSv sv = (DbSv) objs[0];
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PrController controller = (PrController) objs[1];
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this.saveOrUpdateLast(sv, controller, d.getRtuAddr(), dataCd84Vo.rtuDt, dV1_0_1, dataCd84Vo.alarmVo, dataCd84Vo.stateVo);
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this.saveHistory(sv, controller, d.getRtuAddr(), dataCd84Vo.rtuDt, dV1_0_1, dataCd84Vo.alarmVo, dataCd84Vo.stateVo);
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}
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} else if (cdObj instanceof DataCdC0Vo) {
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DataCdC0Vo dataCdC0Vo = (DataCdC0Vo)cdObj ;
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if (dataCdC0Vo.alarmVo != null || dataCdC0Vo.stateVo != null) {
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Object[] objs = this.getTaskResults(TkPreGenObjs.taskId);
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DbSv sv = (DbSv) objs[0];
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PrController controller = (PrController) objs[1];
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this.saveOrUpdateLast(sv, controller, d.getRtuAddr(), dataCdC0Vo.rtuDt, dV1_0_1, dataCdC0Vo.alarmVo, dataCdC0Vo.stateVo);
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this.saveHistory(sv, controller, d.getRtuAddr(), dataCdC0Vo.rtuDt, dV1_0_1, dataCdC0Vo.alarmVo, dataCdC0Vo.stateVo);
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}
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}
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} catch (Exception e) {
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log.error("保存控制器报警和状态数据时发生异常", e);
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}
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}
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}
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}
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/**
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* 保存报警状态最新数据
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* @param sv 服务
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* @param controller 控制器对象
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* @param rtuAddr 控制器地址
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* @param rtuDt 控制器时钟
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* @param alarmVo 报警对象
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* @param stateVo 状态对象
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*/
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private void saveOrUpdateLast(DbSv sv, PrController controller, String rtuAddr, String rtuDt, DataV1_0_1 dV1_0_1, DataAlarmVo alarmVo, DataStateVo stateVo) throws Exception {
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RmAlarmStateLast po = sv.getRmAlarmStateLast(rtuAddr) ;
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if(po == null){
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po = new RmAlarmStateLast(null, controller==null?null:controller.getId(), controller==null?null:controller.getIntakeId(),
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rtuAddr,
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DateTime.dateFrom_yyyy_MM_dd_HH_mm_ss(dV1_0_1.dt),
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DateTime.dateFrom_yyyy_MM_dd_HH_mm_ss(rtuDt),
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stateVo==null?null:stateVo.working,//状态-阀门/泵（1打开、0关闭）
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(byte)0,//剩余水量报警 (1：小于报警上限报警 0：正常)
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(byte)0,//剩余水量为0关泵/阀 (1：剩余水量为0关泵 0：正常)
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(byte)0,//年用水量大于限制水量报警(1：报警 0：正常)
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alarmVo==null?null:alarmVo.meter,// 流量计故障(1：报警，0：正常)
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alarmVo==null?null:alarmVo.loss,// 漏损(偷水)报警(1：报警， 0：正常)
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(byte)0,//流量计损坏(正常通讯但瞬时为0)报警(1：报警，0：正常)
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(byte)0,//电表故障报警(1：报警，0：正常)
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(byte)0,//剩余金额为0(1：报警，0：正常)
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(byte)0,//控制器内门报警(1：报警，0：正常)
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(byte)0,//控制器外门打开报警(1：报警，0：正常)
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(byte)0,//交流缺项报警(1：报警，0：正常)
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(byte)0,//交流过流报警(1：报警，0：正常)
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(byte)0,//三相电欠压报警(1：报警，0：正常)
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stateVo==null?null:stateVo.icCard,//IC卡状态(1、有效，0：无效) ;
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alarmVo==null?null:alarmVo.batteryVolt,//电池电压(1：报警，0：正常)
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alarmVo==null?null:alarmVo.valve//阀门报警(1：报警，0：正常)
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);
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sv.saveRmAlarmStateLast(po) ;
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}else{
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po = this.update(controller, po, rtuDt, dV1_0_1, alarmVo, stateVo) ;
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this.updateVirCardNoUseState(sv, controller, stateVo) ;
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sv.updateRmAlarmStateLast(po);
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}
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}
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/**
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* 保存报警状态历史记录
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* @param sv 服务
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* @param controller 控制器对象
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* @param rtuAddr 控制器地址
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* @param rtuDt 控制器时钟
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* @param alarmVo 报警对象
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* @param stateVo 状态对象
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*/
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private void saveHistory(DbSv sv, PrController controller, String rtuAddr, String rtuDt, DataV1_0_1 dV1_0_1, DataAlarmVo alarmVo, DataStateVo stateVo) throws Exception {
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RmAlarmStateHistory po = new RmAlarmStateHistory(null, controller==null?null:controller.getId(), controller==null?null:controller.getIntakeId(),
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rtuAddr,
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DateTime.dateFrom_yyyy_MM_dd_HH_mm_ss(dV1_0_1.dt),
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DateTime.dateFrom_yyyy_MM_dd_HH_mm_ss(rtuDt),
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stateVo==null?null:stateVo.working,//状态-阀门/泵（1打开、0关闭）
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(byte)0,//剩余水量报警 (1：小于报警上限报警 0：正常)
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(byte)0,//剩余水量为0关泵/阀 (1：剩余水量为0关泵 0：正常)
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(byte)0,//年用水量大于限制水量报警(1：报警 0：正常)
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alarmVo==null?null:alarmVo.meter,// 流量计故障(1：报警，0：正常)
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alarmVo==null?null:alarmVo.loss,// 漏损(偷水)报警(1：报警， 0：正常)
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(byte)0,//流量计损坏(正常通讯但瞬时为0)报警(1：报警，0：正常)
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(byte)0,//电表故障报警(1：报警，0：正常)
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(byte)0,//剩余金额为0(1：报警，0：正常)
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(byte)0,//控制器内门报警(1：报警，0：正常)
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(byte)0,//控制器外门打开报警(1：报警，0：正常)
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(byte)0,//交流缺项报警(1：报警，0：正常)
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(byte)0,//交流过流报警(1：报警，0：正常)
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(byte)0,//三相电欠压报警(1：报警，0：正常)
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stateVo==null?null:stateVo.icCard,//IC卡状态(1、有效，0：无效) ;
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alarmVo==null?null:alarmVo.batteryVolt,//电池电压(1：报警，0：正常)
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alarmVo==null?null:alarmVo.valve//阀门报警(1：报警，0：正常)
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);
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sv.saveRmAlarmStateHistory(po) ;
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}
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private RmAlarmStateLast update(PrController controller, RmAlarmStateLast po, String rtuDt, DataV1_0_1 dV1_0_1, DataAlarmVo alarmVo, DataStateVo stateVo) throws Exception {
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po.controllerId = controller==null?null:controller.getId() ;
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po.intakeId = controller==null?null:controller.getIntakeId() ;
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po.dt = DateTime.dateFrom_yyyy_MM_dd_HH_mm_ss(dV1_0_1.dt) ;
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po.rtuDt = DateTime.dateFrom_yyyy_MM_dd_HH_mm_ss(rtuDt) ;
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if(alarmVo != null){
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po.alarmBatteryVolt = alarmVo.batteryVolt ;
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po.alarmLoss = alarmVo.loss ;
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po.alarmWaterMeterBreak = alarmVo.meter ;
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po.alarmValve = alarmVo.valve ;
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}/*else{
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po.alarmBatteryVolt = null ;
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po.alarmLoss = null ;
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po.alarmWaterMeterBreak = null ;
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po.alarmValve = null ;
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}*/
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if(stateVo != null){
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po.stateIcEnable = stateVo.icCard ;
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po.valveState = stateVo.working ;
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//po.valvestate = stateVo.valve ;
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}/*else{
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po.stateIcEnable = null ;
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po.valveState = null ;
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//po.valvestate = null ;
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}*/
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return po ;
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}
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/**
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* 虚拟卡在取水中的占用状态改为非应用状态
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*/
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private void updateVirCardNoUseState(DbSv sv,
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PrController controller,
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DataStateVo stateVo){
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if(stateVo != null){
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if(stateVo.working != null && stateVo.working.byteValue() == 0){
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//阀门关闭状态
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if(controller != null && controller.getIntakeId() != null){
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//虚拟卡在取水中的占用状态改为非应用状态
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sv.updateVirCardNoUseState(controller.getIntakeId());
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}
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}
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}
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}
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}
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