use of edu.harvard.iq.dataverse.api.dto.MetadataBlockDTO in project dataverse by IQSS.
the class DublinCoreExportUtil method writeContributorElement.
private static void writeContributorElement(XMLStreamWriter xmlw, DatasetVersionDTO datasetVersionDTO, String dcFlavor) throws XMLStreamException {
for (Map.Entry<String, MetadataBlockDTO> entry : datasetVersionDTO.getMetadataBlocks().entrySet()) {
String key = entry.getKey();
MetadataBlockDTO value = entry.getValue();
if ("citation".equals(key)) {
for (FieldDTO fieldDTO : value.getFields()) {
if (DatasetFieldConstant.contributor.equals(fieldDTO.getTypeName())) {
String contributorName = "";
for (HashSet<FieldDTO> foo : fieldDTO.getMultipleCompound()) {
for (Iterator<FieldDTO> iterator = foo.iterator(); iterator.hasNext(); ) {
FieldDTO next = iterator.next();
if (DatasetFieldConstant.contributorName.equals(next.getTypeName())) {
contributorName = next.getSinglePrimitive();
}
}
if (!contributorName.isEmpty()) {
xmlw.writeStartElement(dcFlavor + ":" + "contributor");
xmlw.writeCharacters(contributorName);
// abstract
xmlw.writeEndElement();
}
}
}
}
}
}
}
use of edu.harvard.iq.dataverse.api.dto.MetadataBlockDTO in project dataverse by IQSS.
the class DublinCoreExportUtil method writeSpatialElements.
private static void writeSpatialElements(XMLStreamWriter xmlw, DatasetVersionDTO datasetVersionDTO, String dcFlavor) throws XMLStreamException {
for (Map.Entry<String, MetadataBlockDTO> entry : datasetVersionDTO.getMetadataBlocks().entrySet()) {
String key = entry.getKey();
MetadataBlockDTO value = entry.getValue();
if ("geospatial".equals(key)) {
for (FieldDTO fieldDTO : value.getFields()) {
if (DatasetFieldConstant.geographicCoverage.equals(fieldDTO.getTypeName())) {
for (HashSet<FieldDTO> foo : fieldDTO.getMultipleCompound()) {
for (Iterator<FieldDTO> iterator = foo.iterator(); iterator.hasNext(); ) {
FieldDTO next = iterator.next();
if (DatasetFieldConstant.country.equals(next.getTypeName())) {
writeFullElement(xmlw, dcFlavor + ":" + "spatial", next.getSinglePrimitive());
}
if (DatasetFieldConstant.city.equals(next.getTypeName())) {
writeFullElement(xmlw, dcFlavor + ":" + "spatial", next.getSinglePrimitive());
}
if (DatasetFieldConstant.state.equals(next.getTypeName())) {
writeFullElement(xmlw, dcFlavor + ":" + "spatial", next.getSinglePrimitive());
}
if (DatasetFieldConstant.otherGeographicCoverage.equals(next.getTypeName())) {
writeFullElement(xmlw, dcFlavor + ":" + "spatial", next.getSinglePrimitive());
}
}
}
}
}
}
}
}
use of edu.harvard.iq.dataverse.api.dto.MetadataBlockDTO in project dataverse by IQSS.
the class DublinCoreExportUtil method writeSubjectElement.
private static void writeSubjectElement(XMLStreamWriter xmlw, DatasetVersionDTO datasetVersionDTO, String dcFlavor) throws XMLStreamException {
for (Map.Entry<String, MetadataBlockDTO> entry : datasetVersionDTO.getMetadataBlocks().entrySet()) {
String key = entry.getKey();
MetadataBlockDTO value = entry.getValue();
if ("citation".equals(key)) {
for (FieldDTO fieldDTO : value.getFields()) {
if (DatasetFieldConstant.subject.equals(fieldDTO.getTypeName())) {
for (String subject : fieldDTO.getMultipleVocab()) {
xmlw.writeStartElement(dcFlavor + ":" + "subject");
xmlw.writeCharacters(subject);
// Keyword
xmlw.writeEndElement();
}
}
if (DatasetFieldConstant.keyword.equals(fieldDTO.getTypeName())) {
for (HashSet<FieldDTO> foo : fieldDTO.getMultipleCompound()) {
String keywordValue = "";
for (Iterator<FieldDTO> iterator = foo.iterator(); iterator.hasNext(); ) {
FieldDTO next = iterator.next();
if (DatasetFieldConstant.keywordValue.equals(next.getTypeName())) {
keywordValue = next.getSinglePrimitive();
}
}
if (!keywordValue.isEmpty()) {
xmlw.writeStartElement(dcFlavor + ":" + "subject");
xmlw.writeCharacters(keywordValue);
// Keyword
xmlw.writeEndElement();
}
}
}
}
}
}
}
use of edu.harvard.iq.dataverse.api.dto.MetadataBlockDTO in project dataverse by IQSS.
the class DublinCoreExportUtil method writeRelPublElement.
private static void writeRelPublElement(XMLStreamWriter xmlw, DatasetVersionDTO datasetVersionDTO, String dcFlavor) throws XMLStreamException {
for (Map.Entry<String, MetadataBlockDTO> entry : datasetVersionDTO.getMetadataBlocks().entrySet()) {
String key = entry.getKey();
MetadataBlockDTO value = entry.getValue();
if ("citation".equals(key)) {
for (FieldDTO fieldDTO : value.getFields()) {
if (DatasetFieldConstant.publication.equals(fieldDTO.getTypeName())) {
for (HashSet<FieldDTO> foo : fieldDTO.getMultipleCompound()) {
String pubString = "";
String citation = "";
String IDType = "";
String IDNo = "";
String url = "";
for (Iterator<FieldDTO> iterator = foo.iterator(); iterator.hasNext(); ) {
FieldDTO next = iterator.next();
if (DatasetFieldConstant.publicationCitation.equals(next.getTypeName())) {
citation = next.getSinglePrimitive();
}
if (DatasetFieldConstant.publicationIDType.equals(next.getTypeName())) {
IDType = next.getSinglePrimitive();
}
if (DatasetFieldConstant.publicationIDNumber.equals(next.getTypeName())) {
IDNo = next.getSinglePrimitive();
}
if (DatasetFieldConstant.publicationURL.equals(next.getTypeName())) {
url = next.getSinglePrimitive();
}
}
pubString = appendCommaSeparatedValue(citation, IDType);
pubString = appendCommaSeparatedValue(pubString, IDNo);
pubString = appendCommaSeparatedValue(pubString, url);
if (!pubString.isEmpty()) {
xmlw.writeStartElement(dcFlavor + ":" + "isReferencedBy");
xmlw.writeCharacters(pubString);
// relPubl
xmlw.writeEndElement();
}
}
}
}
}
}
}
use of edu.harvard.iq.dataverse.api.dto.MetadataBlockDTO in project dataverse by IQSS.
the class DdiExportUtil method writeSummaryDescriptionElement.
private static void writeSummaryDescriptionElement(XMLStreamWriter xmlw, DatasetVersionDTO datasetVersionDTO) throws XMLStreamException {
xmlw.writeStartElement("sumDscr");
for (Map.Entry<String, MetadataBlockDTO> entry : datasetVersionDTO.getMetadataBlocks().entrySet()) {
String key = entry.getKey();
MetadataBlockDTO value = entry.getValue();
if ("citation".equals(key)) {
Integer per = 0;
Integer coll = 0;
for (FieldDTO fieldDTO : value.getFields()) {
if (DatasetFieldConstant.timePeriodCovered.equals(fieldDTO.getTypeName())) {
String dateValStart = "";
String dateValEnd = "";
for (HashSet<FieldDTO> foo : fieldDTO.getMultipleCompound()) {
per++;
for (Iterator<FieldDTO> iterator = foo.iterator(); iterator.hasNext(); ) {
FieldDTO next = iterator.next();
if (DatasetFieldConstant.timePeriodCoveredStart.equals(next.getTypeName())) {
dateValStart = next.getSinglePrimitive();
}
if (DatasetFieldConstant.timePeriodCoveredEnd.equals(next.getTypeName())) {
dateValEnd = next.getSinglePrimitive();
}
}
if (!dateValStart.isEmpty()) {
writeDateElement(xmlw, "timePrd", "P" + per.toString(), "start", dateValStart);
}
if (!dateValEnd.isEmpty()) {
writeDateElement(xmlw, "timePrd", "P" + per.toString(), "end", dateValEnd);
}
}
}
if (DatasetFieldConstant.dateOfCollection.equals(fieldDTO.getTypeName())) {
String dateValStart = "";
String dateValEnd = "";
for (HashSet<FieldDTO> foo : fieldDTO.getMultipleCompound()) {
coll++;
for (Iterator<FieldDTO> iterator = foo.iterator(); iterator.hasNext(); ) {
FieldDTO next = iterator.next();
if (DatasetFieldConstant.dateOfCollectionStart.equals(next.getTypeName())) {
dateValStart = next.getSinglePrimitive();
}
if (DatasetFieldConstant.dateOfCollectionEnd.equals(next.getTypeName())) {
dateValEnd = next.getSinglePrimitive();
}
}
if (!dateValStart.isEmpty()) {
writeDateElement(xmlw, "collDate", "P" + coll.toString(), "start", dateValStart);
}
if (!dateValEnd.isEmpty()) {
writeDateElement(xmlw, "collDate", "P" + coll.toString(), "end", dateValEnd);
}
}
}
if (DatasetFieldConstant.kindOfData.equals(fieldDTO.getTypeName())) {
writeMultipleElement(xmlw, "dataKind", fieldDTO);
}
}
}
if ("geospatial".equals(key)) {
for (FieldDTO fieldDTO : value.getFields()) {
if (DatasetFieldConstant.geographicCoverage.equals(fieldDTO.getTypeName())) {
for (HashSet<FieldDTO> foo : fieldDTO.getMultipleCompound()) {
for (Iterator<FieldDTO> iterator = foo.iterator(); iterator.hasNext(); ) {
FieldDTO next = iterator.next();
if (DatasetFieldConstant.country.equals(next.getTypeName())) {
writeFullElement(xmlw, "nation", next.getSinglePrimitive());
}
if (DatasetFieldConstant.city.equals(next.getTypeName())) {
writeFullElement(xmlw, "geogCover", next.getSinglePrimitive());
}
if (DatasetFieldConstant.state.equals(next.getTypeName())) {
writeFullElement(xmlw, "geogCover", next.getSinglePrimitive());
}
if (DatasetFieldConstant.otherGeographicCoverage.equals(next.getTypeName())) {
writeFullElement(xmlw, "geogCover", next.getSinglePrimitive());
}
}
}
}
if (DatasetFieldConstant.geographicBoundingBox.equals(fieldDTO.getTypeName())) {
for (HashSet<FieldDTO> foo : fieldDTO.getMultipleCompound()) {
for (Iterator<FieldDTO> iterator = foo.iterator(); iterator.hasNext(); ) {
FieldDTO next = iterator.next();
if (DatasetFieldConstant.westLongitude.equals(next.getTypeName())) {
writeFullElement(xmlw, "westBL", next.getSinglePrimitive());
}
if (DatasetFieldConstant.eastLongitude.equals(next.getTypeName())) {
writeFullElement(xmlw, "eastBL", next.getSinglePrimitive());
}
if (DatasetFieldConstant.northLatitude.equals(next.getTypeName())) {
writeFullElement(xmlw, "northBL", next.getSinglePrimitive());
}
if (DatasetFieldConstant.southLatitude.equals(next.getTypeName())) {
writeFullElement(xmlw, "southBL", next.getSinglePrimitive());
}
}
}
}
}
writeFullElementList(xmlw, "geogUnit", dto2PrimitiveList(datasetVersionDTO, DatasetFieldConstant.geographicUnit));
}
if ("socialscience".equals(key)) {
for (FieldDTO fieldDTO : value.getFields()) {
if (DatasetFieldConstant.universe.equals(fieldDTO.getTypeName())) {
writeMultipleElement(xmlw, "universe", fieldDTO);
}
if (DatasetFieldConstant.unitOfAnalysis.equals(fieldDTO.getTypeName())) {
writeMultipleElement(xmlw, "anlyUnit", fieldDTO);
}
}
}
}
// sumDscr
xmlw.writeEndElement();
}
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