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

Example 1 with PeriodicMeterReadsRequestDto

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

the class GetPeriodicMeterReadsCommandExecutorTest method testHappy.

@Test
void testHappy() throws Exception {
    // SETUP
    final PeriodTypeDto periodType = PeriodTypeDto.DAILY;
    final PeriodicMeterReadsRequestDto request = new PeriodicMeterReadsRequestDto(periodType, new Date(this.from), new Date(this.to));
    // SETUP - dlms objects
    final DlmsObject dlmsClock = new DlmsClock("0.0.1.0.0.255");
    final DlmsCaptureObject captureObject1 = new DlmsCaptureObject(dlmsClock, 2);
    final DlmsObject activeEnergyImportRate1 = new DlmsObject(DlmsObjectType.ACTIVE_ENERGY_IMPORT_RATE_1, 0, "1.0.1.8.1.255");
    final DlmsCaptureObject captureObject2 = new DlmsCaptureObject(activeEnergyImportRate1, 2);
    final DlmsObject activeEnergyImportRate2 = new DlmsObject(DlmsObjectType.ACTIVE_ENERGY_IMPORT_RATE_2, 0, "1.0.1.8.2.255");
    final DlmsCaptureObject captureObject3 = new DlmsCaptureObject(activeEnergyImportRate2, 2);
    final DlmsObject activeEnergyExportRate1 = new DlmsObject(DlmsObjectType.ACTIVE_ENERGY_EXPORT_RATE_1, 0, "1.0.2.8.1.255");
    final DlmsCaptureObject captureObject4 = new DlmsCaptureObject(activeEnergyExportRate1, 2);
    final DlmsObject activeEnergyExportRate2 = new DlmsObject(DlmsObjectType.ACTIVE_ENERGY_EXPORT_RATE_2, 0, "1.0.2.8.2.255");
    final DlmsCaptureObject captureObject5 = new DlmsCaptureObject(activeEnergyExportRate2, 2);
    final List<DlmsCaptureObject> captureObjects = Arrays.asList(captureObject1, captureObject2, captureObject3, captureObject4, captureObject5);
    final DlmsProfile dlmsProfile = new DlmsProfile(DlmsObjectType.DAILY_LOAD_PROFILE, "1.0.99.2.0.255", captureObjects, ProfileCaptureTime.DAY, Medium.ELECTRICITY);
    // SETUP - mock dlms object config to return attribute addresses
    final AttributeAddressForProfile attributeAddressForProfile = this.createAttributeAddressForProfile(dlmsProfile, captureObjects);
    final AttributeAddress attributeAddress = this.createAttributeAddress(dlmsProfile);
    when(this.dlmsObjectConfigService.findAttributeAddressForProfile(this.device, DlmsObjectType.DAILY_LOAD_PROFILE, 0, this.fromDateTime, this.toDateTime, Medium.ELECTRICITY)).thenReturn(Optional.of(attributeAddressForProfile));
    final DlmsObject intervalTime = mock(DlmsObject.class);
    when(this.dlmsObjectConfigService.findDlmsObject(any(Protocol.class), any(DlmsObjectType.class), any(Medium.class))).thenReturn(Optional.of(intervalTime));
    // SETUP - mock dlms helper to return data objects on request
    final DataObject data0 = mock(DataObject.class);
    // make sure to set logTime on first dataObject
    final List<DataObject> bufferedObjectValue = new ArrayList<>();
    when(data0.getValue()).thenReturn(bufferedObjectValue);
    final DataObject data1 = mock(DataObject.class);
    when(data1.isNumber()).thenReturn(true);
    final DataObject data2 = mock(DataObject.class);
    final DataObject data3 = mock(DataObject.class);
    final DataObject data4 = mock(DataObject.class);
    final DataObject data5 = mock(DataObject.class);
    final DataObject bufferedObject1 = mock(DataObject.class);
    when(bufferedObject1.getValue()).thenReturn(asList(data0, data1, data2, data3, data4, data5));
    final DataObject bufferedObject2 = mock(DataObject.class);
    when(bufferedObject2.getValue()).thenReturn(asList(data0, data1, data2, data3, data4, data5));
    final DataObject resultData = mock(DataObject.class);
    when(resultData.getValue()).thenReturn(Arrays.asList(bufferedObject1, bufferedObject2));
    final String expectedDescription = "retrieve periodic meter reads for " + periodType;
    final GetResult result0 = mock(GetResult.class);
    final GetResult result1 = mock(GetResult.class);
    final GetResult result2 = mock(GetResult.class);
    final GetResult result3 = mock(GetResult.class);
    final GetResult result4 = mock(GetResult.class);
    final GetResult result5 = mock(GetResult.class);
    final GetResult getResult = mock(GetResult.class);
    when(this.dlmsHelper.getAndCheck(this.connectionManager, this.device, expectedDescription, attributeAddress)).thenReturn(asList(result0, result1, result2, result3, result4, result5));
    when(this.dlmsHelper.readDataObject(result0, PERIODIC_E_METER_READS)).thenReturn(resultData);
    when(this.dlmsHelper.getAndCheck(this.connectionManager, this.device, expectedDescription, attributeAddressForProfile.getAttributeAddress())).thenReturn(Collections.singletonList(getResult));
    when(this.dlmsHelper.getAndCheck(this.connectionManager, this.device, expectedDescription, attributeAddress)).thenReturn(Collections.singletonList(getResult));
    when(this.dlmsHelper.readDataObject(eq(getResult), any(String.class))).thenReturn(resultData);
    final CosemDateTimeDto cosemDateTime = mock(CosemDateTimeDto.class);
    final String expectedDateTimeDescription = String.format("Clock from %s buffer", periodType);
    when(this.dlmsHelper.readDateTime(data0, expectedDateTimeDescription)).thenReturn(cosemDateTime);
    final DateTime bufferedDateTime = DateTime.now();
    when(cosemDateTime.asDateTime()).thenReturn(bufferedDateTime);
    // CALL
    final PeriodicMeterReadsResponseDto result = this.executor.execute(this.connectionManager, this.device, request, this.messageMetadata);
    // VERIFY calls to mocks
    verify(this.dlmsMessageListener).setDescription(String.format("GetPeriodicMeterReads DAILY from %s until %s, retrieve attribute: {%s,%s,%s}", new DateTime(this.from), new DateTime(this.to), dlmsProfile.getClassId(), dlmsProfile.getObisCode(), dlmsProfile.getDefaultAttributeId()));
    verify(this.dlmsHelper, times(2)).validateBufferedDateTime(same(bufferedDateTime), argThat(new DateTimeMatcher(this.from)), argThat(new DateTimeMatcher(this.to)));
    verify(this.dlmsObjectConfigService).findDlmsObject(any(Protocol.class), any(DlmsObjectType.class), any(Medium.class));
    // ASSERT - the result should contain 2 values
    final List<PeriodicMeterReadsResponseItemDto> periodicMeterReads = result.getPeriodicMeterReads();
    assertThat(periodicMeterReads.size()).isEqualTo(2);
    periodicMeterReads.forEach(p -> assertThat(p.getLogTime()).isNotNull());
}

Example 2 with PeriodicMeterReadsRequestDto

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

the class GetPeriodicMeterReadsCommandExecutorIntegrationTest method testExecute.

private void testExecute(final Protocol protocol, final PeriodTypeDto type, final boolean useNullData) throws Exception {
    // SETUP
    final MessageMetadata messageMetadata = MessageMetadata.newBuilder().withCorrelationUid("123456").build();
    // Reset stub
    this.connectionStub.clearRequestedAttributeAddresses();
    // Create device with requested protocol version
    final DlmsDevice device = this.createDlmsDevice(protocol);
    // Create request object
    final PeriodicMeterReadsRequestDto request = new PeriodicMeterReadsRequestDto(type, this.timeFrom, this.timeTo);
    // Get expected values
    final AttributeAddress expectedAddressProfile = this.createAttributeAddress(protocol, type, this.timeFrom, this.timeTo);
    final List<AttributeAddress> expectedScalerUnitAddresses = this.getScalerUnitAttributeAddresses(type);
    final int expectedTotalNumberOfAttributeAddresses = expectedScalerUnitAddresses.size() + 1;
    // Set response in stub
    this.setResponseForProfile(expectedAddressProfile, protocol, type, useNullData);
    this.setResponsesForScalerUnit(expectedScalerUnitAddresses);
    // CALL
    final PeriodicMeterReadsResponseDto response = this.executor.execute(this.connectionManagerStub, device, request, messageMetadata);
    // VERIFY
    // Get resulting requests from connection stub
    final List<AttributeAddress> requestedAttributeAddresses = this.connectionStub.getRequestedAttributeAddresses();
    assertThat(requestedAttributeAddresses.size()).isEqualTo(expectedTotalNumberOfAttributeAddresses);
    // There should be 1 request to the buffer (id = 2) of a profile
    // (class-id = 7)
    final AttributeAddress actualAttributeAddressProfile = requestedAttributeAddresses.stream().filter(a -> a.getClassId() == this.CLASS_ID_PROFILE).collect(Collectors.toList()).get(0);
    AttributeAddressAssert.is(actualAttributeAddressProfile, expectedAddressProfile);
    // Check the amount of requests to the scaler_units of the meter values
    // in the registers
    final List<AttributeAddress> attributeAddressesScalerUnit = requestedAttributeAddresses.stream().filter(a -> a.getClassId() == this.CLASS_ID_REGISTER && a.getId() == this.ATTR_ID_SCALER_UNIT).collect(Collectors.toList());
    assertThat(attributeAddressesScalerUnit.size()).isEqualTo(expectedScalerUnitAddresses.size());
    // Check response
    assertThat(response.getPeriodType()).isEqualTo(type);
    final List<PeriodicMeterReadsResponseItemDto> periodicMeterReads = response.getPeriodicMeterReads();
    assertThat(periodicMeterReads.size()).isEqualTo(this.AMOUNT_OF_PERIODS);
    this.checkClockValues(periodicMeterReads, type, useNullData);
    this.checkValues(periodicMeterReads, type);
}

Example 3 with PeriodicMeterReadsRequestDto

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

the class PeriodicMeterReadsRequestMessageProcessor method handleMessage.

@Override
protected Serializable handleMessage(final DlmsConnectionManager conn, final DlmsDevice device, final Serializable requestObject, final MessageMetadata messageMetadata) throws OsgpException {
    this.assertRequestObjectType(PeriodicMeterReadsRequestDto.class, requestObject);
    final PeriodicMeterReadsRequestDto periodicMeterReadsQuery = (PeriodicMeterReadsRequestDto) requestObject;
    return this.monitoringService.requestPeriodicMeterReads(conn, device, periodicMeterReadsQuery, messageMetadata);
}

Example 4 with PeriodicMeterReadsRequestDto

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

the class GetPeriodicMeterReadsCommandExecutor method fromBundleRequestInput.

@Override
public PeriodicMeterReadsRequestDto fromBundleRequestInput(final ActionRequestDto bundleInput) throws ProtocolAdapterException {
    this.checkActionRequestType(bundleInput);
    final PeriodicMeterReadsRequestDataDto periodicMeterReadsRequestDataDto = (PeriodicMeterReadsRequestDataDto) bundleInput;
    return new PeriodicMeterReadsRequestDto(periodicMeterReadsRequestDataDto.getPeriodType(), periodicMeterReadsRequestDataDto.getBeginDate(), periodicMeterReadsRequestDataDto.getEndDate());
}

Example 5 with PeriodicMeterReadsRequestDto

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

the class MonitoringService method requestPeriodicMeterReads.

public void requestPeriodicMeterReads(final MessageMetadata messageMetadata, final PeriodicMeterReadsQuery periodicMeterReadsValueQuery) throws FunctionalException {
    LOGGER.info("requestPeriodicMeterReads for organisationIdentification: {} for deviceIdentification: {}", messageMetadata.getOrganisationIdentification(), messageMetadata.getDeviceIdentification());
    final SmartMeter smartMeter = this.domainHelperService.findSmartMeter(messageMetadata.getDeviceIdentification());
    if (periodicMeterReadsValueQuery.isMbusDevice()) {
        if (smartMeter.getChannel() == null) {
            /*
         * For now, throw a FunctionalException. As soon as we can
         * communicate with some types of gas meters directly, and not
         * through an M-Bus port of an energy meter, this will have to
         * be changed.
         */
            throw new FunctionalException(FunctionalExceptionType.VALIDATION_ERROR, ComponentType.DOMAIN_SMART_METERING, new AssertionError("Meter for gas reads should have a channel configured."));
        }
        final PeriodicMeterReadsRequestDto requestDto = new PeriodicMeterReadsRequestDto(PeriodTypeDto.valueOf(periodicMeterReadsValueQuery.getPeriodType().name()), periodicMeterReadsValueQuery.getBeginDate(), periodicMeterReadsValueQuery.getEndDate(), ChannelDto.fromNumber(smartMeter.getChannel()));
        final Device gatewayDevice = smartMeter.getGatewayDevice();
        if (gatewayDevice == null) {
            /*
         * For now throw a FunctionalException, based on the same
         * reasoning as with the channel a couple of lines up. As soon
         * as we have scenario's with direct communication with gas
         * meters this will have to be changed.
         */
            throw new FunctionalException(FunctionalExceptionType.VALIDATION_ERROR, ComponentType.DOMAIN_SMART_METERING, new AssertionError("Meter for gas reads should have an energy meter as gateway device."));
        }
        this.osgpCoreRequestMessageSender.send(requestDto, messageMetadata.builder().withDeviceIdentification(gatewayDevice.getDeviceIdentification()).withIpAddress(gatewayDevice.getIpAddress()).withNetworkSegmentIds(gatewayDevice.getBtsId(), gatewayDevice.getCellId()).build());
    } else {
        final PeriodicMeterReadsRequestDto requestDto = this.monitoringMapper.map(periodicMeterReadsValueQuery, PeriodicMeterReadsRequestDto.class);
        this.osgpCoreRequestMessageSender.send(requestDto, messageMetadata.builder().withIpAddress(smartMeter.getIpAddress()).withNetworkSegmentIds(smartMeter.getBtsId(), smartMeter.getCellId()).build());
    }
}