Examples with ActiveEnergyValuesDto org.opensmartgridplatform.dto.valueobjects.smartmetering.ActiveEnergyValuesDto used on opensource projects

Example 1 with ActiveEnergyValuesDto

use of org.opensmartgridplatform.dto.valueobjects.smartmetering.ActiveEnergyValuesDto in project open-smart-grid-platform by OSGP.

the class GetActualMeterReadsCommandExecutor method execute.

@Override
public MeterReadsResponseDto execute(final DlmsConnectionManager conn, final DlmsDevice device, final ActualMeterReadsQueryDto actualMeterReadsQuery, final MessageMetadata messageMetadata) throws ProtocolAdapterException {
    if (actualMeterReadsQuery != null && actualMeterReadsQuery.isMbusQuery()) {
        throw new IllegalArgumentException("ActualMeterReadsQuery object for energy reads should not be about gas.");
    }
    conn.getDlmsMessageListener().setDescription("GetActualMeterReads retrieve attributes: " + JdlmsObjectToStringUtil.describeAttributes(ATTRIBUTE_ADDRESSES));
    LOGGER.info("Retrieving actual energy reads");
    final List<GetResult> getResultList = this.dlmsHelper.getAndCheck(conn, device, "retrieve actual meter reads", ATTRIBUTE_ADDRESSES);
    final CosemDateTimeDto cosemDateTime = this.dlmsHelper.readDateTime(getResultList.get(INDEX_TIME), "Actual Energy Reads Time");
    final DateTime time = cosemDateTime.asDateTime();
    if (time == null) {
        throw new ProtocolAdapterException("Unexpected null/unspecified value for Actual Energy Reads Time");
    }
    final DlmsMeterValueDto activeEnergyImport = this.dlmsHelper.getScaledMeterValue(getResultList.get(INDEX_ACTIVE_ENERGY_IMPORT), getResultList.get(INDEX_ACTIVE_ENERGY_IMPORT_SCALER_UNIT), "Actual Energy Reads +A");
    final DlmsMeterValueDto activeEnergyExport = this.dlmsHelper.getScaledMeterValue(getResultList.get(INDEX_ACTIVE_ENERGY_EXPORT), getResultList.get(INDEX_ACTIVE_ENERGY_EXPORT_SCALER_UNIT), "Actual Energy Reads -A");
    final DlmsMeterValueDto activeEnergyImportRate1 = this.dlmsHelper.getScaledMeterValue(getResultList.get(INDEX_ACTIVE_ENERGY_IMPORT_RATE_1), getResultList.get(INDEX_ACTIVE_ENERGY_IMPORT_RATE_1_SCALER_UNIT), "Actual Energy Reads +A rate 1");
    final DlmsMeterValueDto activeEnergyImportRate2 = this.dlmsHelper.getScaledMeterValue(getResultList.get(INDEX_ACTIVE_ENERGY_IMPORT_RATE_2), getResultList.get(INDEX_ACTIVE_ENERGY_IMPORT_RATE_2_SCALER_UNIT), "Actual Energy Reads +A rate 2");
    final DlmsMeterValueDto activeEnergyExportRate1 = this.dlmsHelper.getScaledMeterValue(getResultList.get(INDEX_ACTIVE_ENERGY_EXPORT_RATE_1), getResultList.get(INDEX_ACTIVE_ENERGY_EXPORT_RATE_1_SCALER_UNIT), "Actual Energy Reads -A rate 1");
    final DlmsMeterValueDto activeEnergyExportRate2 = this.dlmsHelper.getScaledMeterValue(getResultList.get(INDEX_ACTIVE_ENERGY_EXPORT_RATE_2), getResultList.get(INDEX_ACTIVE_ENERGY_EXPORT_RATE_2_SCALER_UNIT), "Actual Energy Reads -A rate 2");
    return new MeterReadsResponseDto(time.toDate(), new ActiveEnergyValuesDto(activeEnergyImport, activeEnergyExport, activeEnergyImportRate1, activeEnergyImportRate2, activeEnergyExportRate1, activeEnergyExportRate2));
}

Example 2 with ActiveEnergyValuesDto

use of org.opensmartgridplatform.dto.valueobjects.smartmetering.ActiveEnergyValuesDto in project open-smart-grid-platform by OSGP.

the class PeriodicMeterReadContainerMappingTest method mapsPeriodicMeterReadsResponseItemDto.

@Test
public void mapsPeriodicMeterReadsResponseItemDto() {
    final Date logTime = new Date();
    final ActiveEnergyValuesDto valuesDto = new ActiveEnergyValuesDto(new DlmsMeterValueDto(new BigDecimal("12.34"), DlmsUnitTypeDto.M3), new DlmsMeterValueDto(new BigDecimal("12.35"), DlmsUnitTypeDto.M3), new DlmsMeterValueDto(new BigDecimal("12.36"), DlmsUnitTypeDto.M3), new DlmsMeterValueDto(new BigDecimal("12.37"), DlmsUnitTypeDto.M3), new DlmsMeterValueDto(new BigDecimal("12.38"), DlmsUnitTypeDto.M3), new DlmsMeterValueDto(new BigDecimal("12.39"), DlmsUnitTypeDto.M3));
    final AmrProfileStatusCodeDto amrProfileStatusCodeDto = new AmrProfileStatusCodeDto(new HashSet<>(asList(AmrProfileStatusCodeFlagDto.CRITICAL_ERROR, AmrProfileStatusCodeFlagDto.CLOCK_ADJUSTED)));
    final PeriodicMeterReadsResponseItemDto source = new PeriodicMeterReadsResponseItemDto(logTime, valuesDto, amrProfileStatusCodeDto);
    final PeriodicMeterReads readsResult = this.monitoringMapper.map(source, PeriodicMeterReads.class);
    final ActiveEnergyValues expectedValues = new ActiveEnergyValues(new OsgpMeterValue(new BigDecimal("12.340"), OsgpUnit.M3), new OsgpMeterValue(new BigDecimal("12.350"), OsgpUnit.M3), new OsgpMeterValue(new BigDecimal("12.360"), OsgpUnit.M3), new OsgpMeterValue(new BigDecimal("12.370"), OsgpUnit.M3), new OsgpMeterValue(new BigDecimal("12.380"), OsgpUnit.M3), new OsgpMeterValue(new BigDecimal("12.390"), OsgpUnit.M3));
    final AmrProfileStatusCode amrProfileStatusCode = new AmrProfileStatusCode(new HashSet<>(asList(AmrProfileStatusCodeFlag.CRITICAL_ERROR, AmrProfileStatusCodeFlag.CLOCK_ADJUSTED)));
    final PeriodicMeterReads expectedReads = new PeriodicMeterReads(logTime, expectedValues, amrProfileStatusCode);
    assertThat(readsResult).usingRecursiveComparison().isEqualTo(expectedReads);
}

Example 3 with ActiveEnergyValuesDto

use of org.opensmartgridplatform.dto.valueobjects.smartmetering.ActiveEnergyValuesDto in project open-smart-grid-platform by OSGP.

the class MonitoringMapperTest method convertsMeterReadsResponseDtoToMeterReads.

@Test
public void convertsMeterReadsResponseDtoToMeterReads() {
    final Date logTime = new Date(123L * 24 * 60 * 60 * 1000);
    final ActiveEnergyValuesDto activeEnergyValuesDto = new ActiveEnergyValuesDto(new DlmsMeterValueDto(new BigDecimal("12.34"), DlmsUnitTypeDto.M3), new DlmsMeterValueDto(new BigDecimal("12.35"), DlmsUnitTypeDto.M3), new DlmsMeterValueDto(new BigDecimal("12.36"), DlmsUnitTypeDto.M3), new DlmsMeterValueDto(new BigDecimal("12.37"), DlmsUnitTypeDto.M3), new DlmsMeterValueDto(new BigDecimal("12.38"), DlmsUnitTypeDto.M3), new DlmsMeterValueDto(new BigDecimal("12.39"), DlmsUnitTypeDto.M3));
    final MeterReadsResponseDto source = new MeterReadsResponseDto(logTime, activeEnergyValuesDto);
    final MeterReads result = this.mapper.map(source, MeterReads.class);
    final ActiveEnergyValues activeEnergyValues = new ActiveEnergyValues(new OsgpMeterValue(new BigDecimal("12.340"), OsgpUnit.M3), new OsgpMeterValue(new BigDecimal("12.350"), OsgpUnit.M3), new OsgpMeterValue(new BigDecimal("12.360"), OsgpUnit.M3), new OsgpMeterValue(new BigDecimal("12.370"), OsgpUnit.M3), new OsgpMeterValue(new BigDecimal("12.380"), OsgpUnit.M3), new OsgpMeterValue(new BigDecimal("12.390"), OsgpUnit.M3));
    final MeterReads expected = new MeterReads(logTime, activeEnergyValues);
    assertThat(result).usingRecursiveComparison().isEqualTo(expected);
}