Examples with Format nikita.common.model.noark5.v4.metadata.Format used on opensource projects

Example 16 with Format

use of nikita.common.model.noark5.v4.metadata.Format in project nikita-noark5-core by HiOA-ABI.

the class RegistryEntryTypeService method handleUpdate.

/**
 * Update a RegistryEntryType identified by its systemId
 * <p>
 * Copy the values you are allowed to change, code and description
 *
 * @param systemId The systemId of the format object you wish to update
 * @param format   The updated format object. Note the values you are
 *                 allowed to change are copied from this object. This
 *                 object is not persisted.
 * @return the updated format
 */
@Override
public MetadataHateoas handleUpdate(String systemId, Long version, RegistryEntryType format) {
    RegistryEntryType existingRegistryEntryType = getRegistryEntryTypeOrThrow(systemId);
    // Copy all the values you are allowed to copy ....
    if (null != existingRegistryEntryType.getCode()) {
        existingRegistryEntryType.setCode(existingRegistryEntryType.getCode());
    }
    if (null != existingRegistryEntryType.getDescription()) {
        existingRegistryEntryType.setDescription(existingRegistryEntryType.getDescription());
    }
    // Note this can potentially result in a NoarkConcurrencyException
    // exception
    existingRegistryEntryType.setVersion(version);
    MetadataHateoas formatHateoas = new MetadataHateoas(formatRepository.save(existingRegistryEntryType));
    metadataHateoasHandler.addLinks(formatHateoas, new Authorisation());
    applicationEventPublisher.publishEvent(new AfterNoarkEntityUpdatedEvent(this, existingRegistryEntryType));
    return formatHateoas;
}

Example 17 with Format

use of nikita.common.model.noark5.v4.metadata.Format in project nikita-noark5-core by HiOA-ABI.

the class RecordDeserializer method deserialize.

@Override
public Record deserialize(JsonParser jsonParser, DeserializationContext dc) throws IOException {
    Record record = new Record();
    ObjectNode objectNode = mapper.readTree(jsonParser);
    // Deserialise general properties
    CommonUtils.Hateoas.Deserialize.deserialiseNoarkSystemIdEntity(record, objectNode);
    CommonUtils.Hateoas.Deserialize.deserialiseNoarkCreateEntity(record, objectNode);
    // Deserialize archivedBy
    JsonNode currentNode = objectNode.get(RECORD_ARCHIVED_BY);
    if (currentNode != null) {
        record.setArchivedBy(currentNode.textValue());
        objectNode.remove(RECORD_ARCHIVED_BY);
    }
    // Deserialize archivedDate
    currentNode = objectNode.get(RECORD_ARCHIVED_DATE);
    if (currentNode != null) {
        try {
            Date parsedDate = Deserialize.parseDateTimeFormat(currentNode.textValue());
            record.setArchivedDate(parsedDate);
            objectNode.remove(RECORD_ARCHIVED_DATE);
        } catch (ParseException e) {
            throw new NikitaMalformedInputDataException("The registrering you tried to create " + "has a malformed arkivertDato. Make sure format is " + NOARK_DATE_FORMAT_PATTERN);
        }
    }
    // If there are additional throw a malformed input exception
    if (objectNode.size() != 0) {
        throw new NikitaMalformedInputDataException("The registrering you tried to create is malformed. The " + "following fields are not recognised as registrering fields [" + CommonUtils.Hateoas.Deserialize.checkNodeObjectEmpty(objectNode) + "]");
    }
    return record;
}

Example 18 with Format

use of nikita.common.model.noark5.v4.metadata.Format in project nikita-noark5-core by HiOA-ABI.

the class SeriesDeserializer method deserialize.

@Override
public Series deserialize(JsonParser jsonParser, DeserializationContext dc) throws IOException {
    Series series = new Series();
    ObjectNode objectNode = mapper.readTree(jsonParser);
    // Deserialise general properties
    CommonUtils.Hateoas.Deserialize.deserialiseNoarkEntity(series, objectNode);
    CommonUtils.Hateoas.Deserialize.deserialiseDocumentMedium(series, objectNode);
    CommonUtils.Hateoas.Deserialize.deserialiseStorageLocation(series, objectNode);
    // Deserialize seriesStatus
    JsonNode currentNode = objectNode.get(SERIES_STATUS);
    if (null != currentNode) {
        series.setSeriesStatus(currentNode.textValue());
        objectNode.remove(SERIES_STATUS);
    }
    // Deserialize seriesStartDate
    currentNode = objectNode.get(SERIES_START_DATE);
    if (null != currentNode) {
        try {
            Date parsedDate = Deserialize.parseDateFormat(currentNode.textValue());
            series.setSeriesStartDate(parsedDate);
            objectNode.remove(SERIES_START_DATE);
        } catch (ParseException e) {
            throw new NikitaMalformedInputDataException("The arkivdel you tried to create " + "has a malformed arkivperiodeStartDato. Make sure format is " + NOARK_DATE_FORMAT_PATTERN);
        }
    }
    // Deserialize seriesEndDate
    currentNode = objectNode.get(SERIES_END_DATE);
    if (null != currentNode) {
        try {
            Date parsedDate = Deserialize.parseDateFormat(currentNode.textValue());
            series.setSeriesEndDate(parsedDate);
            objectNode.remove(SERIES_END_DATE);
        } catch (ParseException e) {
            throw new NikitaMalformedInputDataException("The arkivdel you tried to create " + "has a malformed arkivperiodeSluttDato. Make sure format is " + NOARK_DATE_FORMAT_PATTERN);
        }
    }
    // Deserialize referencePrecursor
    currentNode = objectNode.get(SERIES_PRECURSOR);
    if (null != currentNode) {
        Series seriesPrecursor = new Series();
        seriesPrecursor.setSystemId(currentNode.textValue());
        series.setReferencePrecursor(seriesPrecursor);
        // TODO: Does this imply that the current arkivdel is the successor?
        // I would not set it here, as the service class has to check that
        // the seriesPrecursor object actually exists
        objectNode.remove(SERIES_PRECURSOR);
    }
    // Deserialize referenceSuccessor
    currentNode = objectNode.get(SERIES_SUCCESSOR);
    if (null != currentNode) {
        Series seriesSuccessor = new Series();
        seriesSuccessor.setSystemId(currentNode.textValue());
        series.setReferenceSuccessor(seriesSuccessor);
        // TODO: Does this imply that the current arkivdel is the precursor?
        // I would not set it here, as the service class should do this
        objectNode.remove(SERIES_SUCCESSOR);
    }
    series.setReferenceDisposal(CommonUtils.Hateoas.Deserialize.deserialiseDisposal(objectNode));
    series.setReferenceDisposalUndertaken(CommonUtils.Hateoas.Deserialize.deserialiseDisposalUndertaken(objectNode));
    series.setReferenceDeletion(CommonUtils.Hateoas.Deserialize.deserialiseDeletion(objectNode));
    series.setReferenceScreening(CommonUtils.Hateoas.Deserialize.deserialiseScreening(objectNode));
    series.setReferenceClassified(CommonUtils.Hateoas.Deserialize.deserialiseClassified(objectNode));
    // If there are additional throw a malformed input exception
    if (objectNode.size() != 0) {
        throw new NikitaMalformedInputDataException("The arkivdel you tried to create is malformed. The " + "following fields are not recognised as arkivdel fields [" + CommonUtils.Hateoas.Deserialize.checkNodeObjectEmpty(objectNode) + "]");
    }
    return series;
}

Example 19 with Format

use of nikita.common.model.noark5.v4.metadata.Format in project nikita-noark5-core by HiOA-ABI.

the class RegistryEntryDeserializer method deserialize.

@Override
public RegistryEntry deserialize(JsonParser jsonParser, DeserializationContext dc) throws IOException {
    RegistryEntry registryEntry = new RegistryEntry();
    ObjectNode objectNode = mapper.readTree(jsonParser);
    // Deserialise general record properties
    CommonUtils.Hateoas.Deserialize.deserialiseNoarkSystemIdEntity(registryEntry, objectNode);
    CommonUtils.Hateoas.Deserialize.deserialiseNoarkCreateEntity(registryEntry, objectNode);
    // Deserialize archivedBy
    JsonNode currentNode = objectNode.get(RECORD_ARCHIVED_BY);
    if (null != currentNode) {
        registryEntry.setArchivedBy(currentNode.textValue());
        objectNode.remove(RECORD_ARCHIVED_BY);
    }
    // Deserialize archivedDate
    currentNode = objectNode.get(RECORD_ARCHIVED_DATE);
    if (null != currentNode) {
        try {
            Date parsedDate = Deserialize.parseDateTimeFormat(currentNode.textValue());
            registryEntry.setArchivedDate(parsedDate);
            objectNode.remove(RECORD_ARCHIVED_DATE);
        } catch (ParseException e) {
            throw new NikitaMalformedInputDataException("The journalpost object you tried to create " + "has a malformed arkivertDato. Make sure format is " + NOARK_DATE_FORMAT_PATTERN);
        }
    }
    // Deserialize general basicRecord properties
    // Deserialize recordId
    currentNode = objectNode.get(BASIC_RECORD_ID);
    if (null != currentNode) {
        registryEntry.setRecordId(currentNode.textValue());
        objectNode.remove(BASIC_RECORD_ID);
    }
    // Deserialize title (not using utils to preserve order)
    currentNode = objectNode.get(TITLE);
    if (null != currentNode) {
        registryEntry.setTitle(currentNode.textValue());
        objectNode.remove(TITLE);
    }
    // Deserialize  officialTitle
    currentNode = objectNode.get(FILE_PUBLIC_TITLE);
    if (null != currentNode) {
        registryEntry.setOfficialTitle(currentNode.textValue());
        objectNode.remove(FILE_PUBLIC_TITLE);
    }
    // Deserialize description
    currentNode = objectNode.get(DESCRIPTION);
    if (null != currentNode) {
        registryEntry.setDescription(currentNode.textValue());
        objectNode.remove(DESCRIPTION);
    }
    CommonUtils.Hateoas.Deserialize.deserialiseDocumentMedium(registryEntry, objectNode);
    // Deserialize general registryEntry properties
    // Deserialize recordYear
    currentNode = objectNode.get(REGISTRY_ENTRY_YEAR);
    if (null != currentNode) {
        registryEntry.setRecordYear(Integer.valueOf(currentNode.intValue()));
        objectNode.remove(REGISTRY_ENTRY_YEAR);
    }
    // Deserialize recordSequenceNumber
    currentNode = objectNode.get(REGISTRY_ENTRY_SEQUENCE_NUMBER);
    if (null != currentNode) {
        registryEntry.setRecordSequenceNumber(Integer.valueOf(currentNode.intValue()));
        objectNode.remove(REGISTRY_ENTRY_SEQUENCE_NUMBER);
    }
    // Deserialize registryEntryNumber
    currentNode = objectNode.get(REGISTRY_ENTRY_NUMBER);
    if (null != currentNode) {
        registryEntry.setRegistryEntryNumber(Integer.valueOf(currentNode.intValue()));
        objectNode.remove(REGISTRY_ENTRY_NUMBER);
    }
    // Deserialize registryEntryType
    currentNode = objectNode.get(REGISTRY_ENTRY_TYPE);
    if (null != currentNode) {
        registryEntry.setRegistryEntryType(currentNode.textValue());
        objectNode.remove(REGISTRY_ENTRY_TYPE);
    }
    // Deserialize recordStatus
    currentNode = objectNode.get(REGISTRY_ENTRY_STATUS);
    if (null != currentNode) {
        registryEntry.setRecordStatus(currentNode.textValue());
        objectNode.remove(REGISTRY_ENTRY_STATUS);
    }
    // Deserialize recordDate
    currentNode = objectNode.get(REGISTRY_ENTRY_DATE);
    if (null != currentNode) {
        try {
            Date parsedDate = Deserialize.parseDateFormat(currentNode.textValue());
            registryEntry.setRecordDate(parsedDate);
            objectNode.remove(REGISTRY_ENTRY_DATE);
        } catch (ParseException e) {
            throw new NikitaMalformedInputDataException("The journalpost you tried to create " + "has a malformed journaldato. Make sure format is " + NOARK_DATE_FORMAT_PATTERN);
        }
    }
    // Deserialize documentDate
    currentNode = objectNode.get(REGISTRY_ENTRY_DOCUMENT_DATE);
    if (null != currentNode) {
        try {
            Date parsedDate = Deserialize.parseDateFormat(currentNode.textValue());
            registryEntry.setDocumentDate(parsedDate);
            objectNode.remove(REGISTRY_ENTRY_DOCUMENT_DATE);
        } catch (ParseException e) {
            throw new NikitaMalformedInputDataException("The journalpost you tried to create " + "has a malformed dokumentetsDato. Make sure format is " + NOARK_DATE_FORMAT_PATTERN);
        }
    }
    // Deserialize receivedDate
    currentNode = objectNode.get(REGISTRY_ENTRY_RECEIVED_DATE);
    if (null != currentNode) {
        try {
            Date parsedDate = Deserialize.parseDateFormat(currentNode.textValue());
            registryEntry.setReceivedDate(parsedDate);
            objectNode.remove(REGISTRY_ENTRY_RECEIVED_DATE);
        } catch (ParseException e) {
            throw new NikitaMalformedInputDataException("The journalpost you tried to create " + "has a malformed mottattDato. Make sure format is " + NOARK_DATE_FORMAT_PATTERN);
        }
    }
    // Deserialize sentDate
    currentNode = objectNode.get(REGISTRY_ENTRY_SENT_DATE);
    if (null != currentNode) {
        try {
            Date parsedDate = Deserialize.parseDateFormat(currentNode.textValue());
            registryEntry.setSentDate(parsedDate);
            objectNode.remove(REGISTRY_ENTRY_SENT_DATE);
        } catch (ParseException e) {
            throw new NikitaMalformedInputDataException("The journalpost you tried to create " + "has a malformed sendtDate. Make sure format is " + NOARK_DATE_FORMAT_PATTERN);
        }
    }
    // Deserialize dueDate
    currentNode = objectNode.get(REGISTRY_ENTRY_DUE_DATE);
    if (null != currentNode) {
        try {
            Date parsedDate = Deserialize.parseDateFormat(currentNode.textValue());
            registryEntry.setDueDate(parsedDate);
            objectNode.remove(REGISTRY_ENTRY_DUE_DATE);
        } catch (ParseException e) {
            throw new NikitaMalformedInputDataException("The journalpost you tried to create " + "has a malformed forfallsdato. Make sure format is " + NOARK_DATE_FORMAT_PATTERN);
        }
    }
    // Deserialize freedomAssessmentDate
    currentNode = objectNode.get(REGISTRY_ENTRY_RECORD_FREEDOM_ASSESSMENT_DATE);
    if (null != currentNode) {
        try {
            Date parsedDate = Deserialize.parseDateFormat(currentNode.textValue());
            registryEntry.setFreedomAssessmentDate(parsedDate);
            objectNode.remove(REGISTRY_ENTRY_RECORD_FREEDOM_ASSESSMENT_DATE);
        } catch (ParseException e) {
            throw new NikitaMalformedInputDataException("The journalpost you tried to create " + "has a malformed offentlighetsvurdertDato. Make sure format is " + NOARK_DATE_FORMAT_PATTERN);
        }
    }
    // Deserialize numberOfAttachments
    currentNode = objectNode.get(REGISTRY_ENTRY_NUMBER_OF_ATTACHMENTS);
    if (null != currentNode) {
        registryEntry.setNumberOfAttachments(Integer.valueOf(currentNode.intValue()));
        objectNode.remove(REGISTRY_ENTRY_NUMBER_OF_ATTACHMENTS);
    }
    // Deserialize loanedDate
    currentNode = objectNode.get(CASE_LOANED_DATE);
    if (null != currentNode) {
        try {
            Date parsedDate = Deserialize.parseDateFormat(currentNode.textValue());
            registryEntry.setLoanedDate(parsedDate);
            objectNode.remove(CASE_LOANED_DATE);
        } catch (ParseException e) {
            throw new NikitaMalformedInputDataException("The journalpost you tried to create " + "has a malformed utlaantDato. Make sure format is " + NOARK_DATE_FORMAT_PATTERN);
        }
    }
    // Deserialize loanedTo
    currentNode = objectNode.get(CASE_LOANED_TO);
    if (null != currentNode) {
        registryEntry.setLoanedTo(currentNode.textValue());
        objectNode.remove(CASE_LOANED_TO);
    }
    // If there are additional throw a malformed input exception
    if (objectNode.size() != 0) {
        throw new NikitaMalformedInputDataException("The journalpost you tried to create is malformed. The " + "following fields are not recognised as journalpost fields [" + CommonUtils.Hateoas.Deserialize.checkNodeObjectEmpty(objectNode) + "]");
    }
    return registryEntry;
}