Examples with UnitEntity org.n52.series.db.beans.UnitEntity used on opensource projects

Example 11 with UnitEntity

use of org.n52.series.db.beans.UnitEntity in project SOS by 52North.

the class HibernateObservationBuilder method getUnit.

protected UnitEntity getUnit() {
    UnitEntity unit = (UnitEntity) session.createCriteria(UnitEntity.class).add(Restrictions.eq(UnitEntity.IDENTIFIER, UNIT)).uniqueResult();
    if (unit == null) {
        unit = new UnitEntity();
        unit.setUnit(UNIT);
        session.save(unit);
        session.flush();
    }
    return unit;
}

Example 12 with UnitEntity

use of org.n52.series.db.beans.UnitEntity in project SOS by 52North.

the class InsertSensorHandler method addStaticReferenceValues.

private void addStaticReferenceValues(InsertSensorRequest request, Session session, FormatEntity procedureDescriptionFormat, ProcedureEntity hProcedure, List<FormatEntity> observationTypes, List<FormatEntity> featureOfInterestTypes, List<RelatedFeatureEntity> hRelatedFeatures, OfferingEntity hOffering, PhenomenonEntity hObservableProperty, AbstractSeriesDAO seriesDAO) throws OwsExceptionReport {
    AbstractFeature sosFeatureOfInterest = request.getProcedureDescription().getFeaturesOfInterestMap().entrySet().iterator().next().getValue();
    AbstractFeatureEntity<?> hFeature = getDaoFactory().getFeatureDAO().insertFeature(sosFeatureOfInterest, session);
    for (SmlCapability referenceValue : ((AbstractSensorML) request.getProcedureDescription().getProcedureDescription()).findCapabilities(REFERENCE_VALUES_PREDICATE).get().getCapabilities()) {
        if (!(referenceValue.getAbstractDataComponent() instanceof SweQuantity)) {
            throw new NoApplicableCodeException().withMessage("ReferenceValue of Type '%s' is not supported -> Aborting InsertSensor Operation!", referenceValue.getAbstractDataComponent().getDataComponentType());
        }
        SweQuantity referenceValueValue = (SweQuantity) referenceValue.getAbstractDataComponent();
        String identifier = hProcedure.getIdentifier() + REFERENCE_VALUE;
        SosProcedureDescription<?> procedureReferenceSeries = new SosProcedureDescriptionUnknownType(identifier, procedureDescriptionFormat.getFormat(), "");
        procedureReferenceSeries.setReference(true);
        procedureReferenceSeries.setName(new CodeType(referenceValue.getName()));
        ProcedureEntity hProcedureReferenceSeries = getDaoFactory().getProcedureDAO().getOrInsertProcedure(identifier, procedureDescriptionFormat, procedureReferenceSeries, false, session);
        OfferingEntity hOfferingReferenceSeries = getDaoFactory().getOfferingDAO().getAndUpdateOrInsert(new SosOffering(hOffering.getIdentifier() + REFERENCE_VALUE, hOffering.getName() + REFERENCE_VALUE), hRelatedFeatures, observationTypes, featureOfInterestTypes, session);
        TimeInstant time = new TimeInstant(new DateTime(0));
        SingleObservationValue<BigDecimal> sosValue = new SingleObservationValue<>(new QuantityValue(referenceValueValue.getValue(), referenceValueValue.getUom()));
        OmObservation sosObservation = new OmObservation();
        sosValue.setPhenomenonTime(time);
        sosObservation.setResultTime(time);
        sosObservation.setValue(sosValue);
        sosObservation.setObservationConstellation(new OmObservationConstellation(procedureReferenceSeries, new OmObservableProperty(hObservableProperty.getIdentifier()), sosFeatureOfInterest));
        DatasetEntity hObservationConstellationReferenceSeries = new DatasetEntity();
        hObservationConstellationReferenceSeries.setObservableProperty(hObservableProperty);
        hObservationConstellationReferenceSeries.setOffering(hOfferingReferenceSeries);
        hObservationConstellationReferenceSeries.setProcedure(hProcedureReferenceSeries);
        Map<String, CodespaceEntity> codespaceCache = CollectionHelper.synchronizedMap();
        Map<UoM, UnitEntity> unitCache = CollectionHelper.synchronizedMap();
        Map<String, FormatEntity> formatCache = CollectionHelper.synchronizedMap();
        ObservationPersister persister = new ObservationPersister(getDaoFactory(), getDaoFactory().getObservationDAO(), sosObservation, hObservationConstellationReferenceSeries, hFeature, codespaceCache, unitCache, formatCache, Collections.singleton(hOfferingReferenceSeries), session);
        DataEntity<?> observation = sosValue.getValue().accept(persister);
        DatasetEntity hReferenceSeries = seriesDAO.getSeries(hProcedureReferenceSeries.getIdentifier(), hObservableProperty.getIdentifier(), hOfferingReferenceSeries.getIdentifier(), Collections.singleton(hFeature.getIdentifier()), session).get(0);
        hReferenceSeries.setPublished(false);
        session.update(hReferenceSeries);
        ObservationContext ctxReferenced = new ObservationContext();
        ctxReferenced.setPhenomenon(hObservableProperty);
        ctxReferenced.setFeatureOfInterest(hFeature);
        ctxReferenced.setProcedure(hProcedure);
        ctxReferenced.setOffering(hOffering);
        ctxReferenced.setPublish(false);
        DatasetEntity hSeries = seriesDAO.getOrInsertSeries(ctxReferenced, observation, session);
        if (hSeries.getValueType().equals(ValueType.quantity)) {
            hSeries.setReferenceValues(Lists.newArrayList(hReferenceSeries));
        }
        session.update(hSeries);
    }
}

Example 13 with UnitEntity

use of org.n52.series.db.beans.UnitEntity in project SOS by 52North.

the class InsertSensorHandler method insertSensor.

@Override
public synchronized InsertSensorResponse insertSensor(final InsertSensorRequest request) throws OwsExceptionReport {
    final InsertSensorResponse response = new InsertSensorResponse();
    response.setService(request.getService());
    response.setVersion(request.getVersion());
    final String assignedProcedureID = request.getAssignedProcedureIdentifier();
    // we use only the first offering for the response because swes 2.0
    // specifies only one single element
    final SosOffering firstAssignedOffering = request.getFirstAssignedOffering();
    Session session = null;
    Transaction transaction = null;
    try {
        session = getHibernateSessionHolder().getSession();
        transaction = session.beginTransaction();
        FormatDAO formatDAO = new FormatDAO();
        final FormatEntity procedureDescriptionFormat = formatDAO.getOrInsertFormatEntity(request.getProcedureDescriptionFormat(), session);
        if (procedureDescriptionFormat != null) {
            final ProcedureEntity hProcedure = new ProcedureDAO(getDaoFactory()).getOrInsertProcedure(assignedProcedureID, procedureDescriptionFormat, request.getProcedureDescription(), request.isType(), session);
            // TODO: set correct validTime,
            new ProcedureHistoryDAO(getDaoFactory()).insert(hProcedure, procedureDescriptionFormat, getSensorDescriptionFromProcedureDescription(request.getProcedureDescription()), new DateTime(DateTimeZone.UTC), session);
            if (!request.isType()) {
                final List<FormatEntity> observationTypes = formatDAO.getOrInsertFormatEntitys(request.getMetadata().getObservationTypes(), session);
                final List<FormatEntity> featureOfInterestTypes = formatDAO.getOrInsertFormatEntitys(request.getMetadata().getFeatureOfInterestTypes(), session);
                if (observationTypes != null && featureOfInterestTypes != null) {
                    final List<PhenomenonEntity> hObservableProperties = getOrInsertNewObservableProperties(request.getObservableProperty(), request.getProcedureDescription(), session);
                    Map<String, UnitEntity> hUnits = getOrInsertNewUnits(hObservableProperties, request.getProcedureDescription(), session);
                    final AbstractSeriesDAO seriesDAO = getDaoFactory().getSeriesDAO();
                    final OfferingDAO offeringDAO = getDaoFactory().getOfferingDAO();
                    Set<String> allParentOfferings = getAllParentOfferings(hProcedure);
                    Set<String> parentOfferings = getParentOfferings(hProcedure);
                    for (final SosOffering assignedOffering : request.getAssignedOfferings()) {
                        final List<RelatedFeatureEntity> hRelatedFeatures = new LinkedList<RelatedFeatureEntity>();
                        if (request.getRelatedFeatures() != null && !request.getRelatedFeatures().isEmpty()) {
                            final RelatedFeatureDAO relatedFeatureDAO = getDaoFactory().getRelatedFeatureDAO();
                            for (final SwesFeatureRelationship relatedFeature : request.getRelatedFeatures()) {
                                hRelatedFeatures.addAll(relatedFeatureDAO.getOrInsertRelatedFeature(relatedFeature.getFeature(), relatedFeature.getRole(), session));
                            }
                        }
                        final OfferingEntity hOffering = offeringDAO.getAndUpdateOrInsert(new SosOffering(assignedOffering.getIdentifier(), assignedOffering.getOfferingName()), hRelatedFeatures, observationTypes, featureOfInterestTypes, session);
                        // is a child/component
                        if (!parentOfferings.isEmpty() && !allParentOfferings.isEmpty() && hProcedure.hasParents() && !allParentOfferings.contains(assignedOffering.getIdentifier()) && !parentOfferings.contains(assignedOffering.getIdentifier())) {
                            offeringDAO.updateParentOfferings(parentOfferings, hOffering, session);
                        }
                        for (final PhenomenonEntity hObservableProperty : hObservableProperties) {
                            CategoryEntity hCategory = getCategory(hObservableProperty, request, session);
                            ObservationContext ctx = new ObservationContext().setCategory(hCategory).setOffering(hOffering).setPhenomenon(hObservableProperty).setProcedure(hProcedure).setPublish(false).setHiddenChild(!assignedOffering.isParentOffering());
                            checkForMobileInsituFlags(ctx, request.getProcedureDescription().getProcedureDescription());
                            if (hUnits.containsKey(hObservableProperty.getIdentifier())) {
                                ctx.setUnit(hUnits.get(hObservableProperty.getIdentifier()));
                            }
                            if (request.getProcedureDescription().isSetFeaturesOfInterestMap()) {
                                boolean inserted = false;
                                for (AbstractFeature feature : request.getProcedureDescription().getFeaturesOfInterestMap().values()) {
                                    if (feature instanceof FeatureWithGeometry && ((FeatureWithGeometry) feature).isSetGeometry()) {
                                        ctx.setFeatureOfInterest(getDaoFactory().getFeatureOfInterestDAO().checkOrInsert(feature, session));
                                        inserted = true;
                                        seriesDAO.getOrInsert(ctx, session);
                                    }
                                }
                                if (!inserted) {
                                    seriesDAO.getOrInsert(ctx, session);
                                }
                            } else {
                                seriesDAO.getOrInsert(ctx, session);
                            }
                            if (checkPreconditionsOfStaticReferenceValues(request)) {
                                addStaticReferenceValues(request, session, procedureDescriptionFormat, hProcedure, observationTypes, featureOfInterestTypes, hRelatedFeatures, hOffering, hObservableProperty, seriesDAO);
                            }
                        }
                    }
                // TODO: parent and child procedures
                } else {
                    throw new NoApplicableCodeException().withMessage("Error while inserting InsertSensor into database!");
                }
            }
            response.setAssignedProcedure(assignedProcedureID);
            response.setAssignedOffering(firstAssignedOffering.getIdentifier());
        } else {
            throw new InvalidParameterValueException(Sos2Constants.InsertSensorParams.procedureDescriptionFormat, request.getProcedureDescriptionFormat());
        }
        session.flush();
        transaction.commit();
    } catch (final HibernateException he) {
        if (transaction != null) {
            transaction.rollback();
        }
        throw new NoApplicableCodeException().causedBy(he).withMessage("Error while inserting sensor data into database!");
    } finally {
        getHibernateSessionHolder().returnSession(session);
    }
    return response;
}

Example 14 with UnitEntity

use of org.n52.series.db.beans.UnitEntity in project SOS by 52North.

the class InsertResultHandler method insertResult.

@Override
public synchronized InsertResultResponse insertResult(final InsertResultRequest request) throws OwsExceptionReport {
    final InsertResultResponse response = new InsertResultResponse();
    response.setService(request.getService());
    response.setVersion(request.getVersion());
    Session session = null;
    Transaction transaction = null;
    Map<String, CodespaceEntity> codespaceCache = Maps.newHashMap();
    Map<UoM, UnitEntity> unitCache = Maps.newHashMap();
    Map<String, FormatEntity> formatCache = Maps.newHashMap();
    try {
        session = getHibernateSessionHolder().getSession();
        final ResultTemplateEntity resultTemplate = getDaoFactory().getResultTemplateDAO().getResultTemplateObject(request.getTemplateIdentifier(), session);
        transaction = session.beginTransaction();
        final OmObservation o = getSingleObservationFromResultValues(response.getVersion(), resultTemplate, request.getResultValues(), session);
        final List<OmObservation> observations = getSingleObservationsFromObservation(o);
        if (o.getObservationConstellation().isSetFeatureOfInterest() && o.getObservationConstellation().isSetProcedure()) {
            response.setObservation(o);
        } else {
            response.setObservations(observations);
        }
        final AbstractSeriesDAO obsConstDao = getDaoFactory().getSeriesDAO();
        final FormatDAO obsTypeDao = getDaoFactory().getObservationTypeDAO();
        Map<OmObservationConstellation, DatasetEntity> obsConsts = new HashMap<>();
        int insertion = 0;
        final int size = observations.size();
        final AbstractObservationDAO observationDAO = getDaoFactory().getObservationDAO();
        LOGGER.debug("Start saving {} observations.", size);
        Map<String, AbstractFeatureEntity> featureEntityMap = new HashMap<>();
        for (final OmObservation observation : observations) {
            OmObservationConstellation omObsConst = observation.getObservationConstellation();
            if (!obsConsts.containsKey(omObsConst)) {
                DatasetEntity oc = obsConstDao.getSeries(omObsConst, session);
                if (oc != null) {
                    obsConsts.put(omObsConst, oc);
                } else if (isConvertComplexProfileToSingleProfiles() && observation.isSetValue() && observation.getValue().isSetValue() && observation.getValue().getValue() instanceof ProfileValue) {
                    obsConsts.put(omObsConst, insertObservationConstellationForProfiles(obsConstDao, obsTypeDao, observation, session));
                }
            }
            DatasetEntity obsConst = obsConsts.get(observation.getObservationConstellation());
            AbstractFeatureEntity feature = null;
            if (resultTemplate.isSetFeature()) {
                feature = resultTemplate.getFeature();
            } else {
                feature = getFeature(omObsConst.getFeatureOfInterest(), featureEntityMap, session);
            }
            try {
                if (observation.getValue() instanceof SingleObservationValue) {
                    observationDAO.insertObservationSingleValue(obsConst, feature, observation, codespaceCache, unitCache, formatCache, session);
                } else if (observation.getValue() instanceof MultiObservationValues) {
                    observationDAO.insertObservationMultiValue(obsConst, feature, observation, codespaceCache, unitCache, formatCache, session);
                }
                if (!abortInsertResultForExistingObservations()) {
                    transaction.commit();
                    transaction = session.beginTransaction();
                }
            } catch (PersistenceException pe) {
                if (abortInsertResultForExistingObservations()) {
                    throw pe;
                } else {
                    transaction.rollback();
                    session.clear();
                    transaction = session.beginTransaction();
                    LOGGER.debug("Already existing observation would be ignored!", pe);
                }
            }
            if ((++insertion % FLUSH_THRESHOLD) == 0) {
                session.flush();
                session.clear();
                LOGGER.debug("Saved {}/{} observations.", insertion, size);
            }
        }
        LOGGER.debug("Saved {} observations.", size);
        transaction.commit();
    } catch (final HibernateException he) {
        if (transaction != null) {
            transaction.rollback();
        }
        // XXX exception text
        throw new NoApplicableCodeException().causedBy(he);
    } finally {
        getHibernateSessionHolder().returnSession(session);
    }
    return response;
}

Example 15 with UnitEntity

use of org.n52.series.db.beans.UnitEntity in project SOS by 52North.

the class AbstractHibernateStreamingValue method createParameter.

private NamedValue<BigDecimal> createParameter(String name, BigDecimal value, UnitEntity unit) {
    final NamedValue<BigDecimal> namedValue = new NamedValue<>();
    final ReferenceType referenceType = new ReferenceType(name);
    namedValue.setName(referenceType);
    namedValue.setValue(new QuantityValue(value, unit != null ? unit.getUnit() : "m"));
    return namedValue;
}