use of de.catma.document.annotation.TagReference in project catma by forTEXT.
the class GitMarkupCollectionHandler method getDeleteByThemAnnotationConflict.
private AnnotationConflict getDeleteByThemAnnotationConflict(String projectId, String collectionId, String serializedConflictingAnnotation) throws Exception {
JsonLdWebAnnotation masterVersionJsonLdWebAnnotation = new SerializationHelper<JsonLdWebAnnotation>().deserialize(serializedConflictingAnnotation, JsonLdWebAnnotation.class);
List<TagReference> masterTagReferences = masterVersionJsonLdWebAnnotation.toTagReferenceList(projectId, collectionId);
AnnotationConflict annotationConflict = new AnnotationConflict(null, Collections.emptyList(), masterTagReferences.get(0).getTagInstance(), masterTagReferences);
return annotationConflict;
}
use of de.catma.document.annotation.TagReference in project catma by forTEXT.
the class TaggerView method tagInstanceAdded.
public void tagInstanceAdded(ClientTagInstance clientTagInstance) {
AnnotationCollection collection = annotationPanel.getSelectedEditableCollection();
if (collection == null) {
// shouldn't happen, but just in case
Notification.show("Info", "Please make sure you have an editable Collection available " + "and select this Collection as 'currently being edited'! " + "Your Annotation hasn't been saved!", Type.ERROR_MESSAGE);
} else {
TagLibrary tagLibrary = collection.getTagLibrary();
TagDefinition tagDef = tagLibrary.getTagDefinition(clientTagInstance.getTagDefinitionID());
TagInstance ti = new TagInstance(clientTagInstance.getInstanceID(), tagDef.getUuid(), project.getUser().getIdentifier(), ZonedDateTime.now().format(DateTimeFormatter.ofPattern(Version.DATETIMEPATTERN)), tagDef.getUserDefinedPropertyDefinitions(), tagDef.getTagsetDefinitionUuid());
List<TagReference> tagReferences = new ArrayList<TagReference>();
try {
String userMarkupCollectionUuid = collection.getId();
for (TextRange tr : clientTagInstance.getRanges()) {
Range r = new Range(tr.getStartPos(), tr.getEndPos());
TagReference ref = new TagReference(ti, sourceDocument.getUuid(), r, userMarkupCollectionUuid);
tagReferences.add(ref);
}
final Annotation annotation = new Annotation(ti, tagReferences, collection, tagLibrary.getTagPath(tagDef));
if (!tagDef.getUserDefinedPropertyDefinitions().isEmpty()) {
EditAnnotationPropertiesDialog editAnnotationPropertiesDialog = new EditAnnotationPropertiesDialog(project, annotation, new SaveCancelListener<List<Property>>() {
@Override
public void savePressed(List<Property> notOfInterest) {
userMarkupCollectionManager.addTagReferences(tagReferences, collection);
}
});
editAnnotationPropertiesDialog.show();
} else {
userMarkupCollectionManager.addTagReferences(tagReferences, collection);
}
} catch (URISyntaxException e) {
errorHandler.showAndLogError("Error adding Annotations!", e);
}
}
}
use of de.catma.document.annotation.TagReference in project catma by forTEXT.
the class KwicPanel method annotateSelection.
@SuppressWarnings("unchecked")
private void annotateSelection(Set<QueryResultRow> selectedRows, WizardContext result) throws Exception {
List<Property> properties = (List<Property>) result.get(AnnotationWizardContextKey.PROPERTIES);
Map<String, AnnotationCollectionReference> collectionRefsByDocId = (Map<String, AnnotationCollectionReference>) result.get(AnnotationWizardContextKey.COLLECTIONREFS_BY_DOCID);
TagDefinition tag = (TagDefinition) result.get(AnnotationWizardContextKey.TAG);
AnnotationCollectionManager collectionManager = new AnnotationCollectionManager(project);
for (AnnotationCollectionReference ref : collectionRefsByDocId.values()) {
collectionManager.add(project.getUserMarkupCollection(ref));
}
for (QueryResultRow row : selectedRows) {
AnnotationCollectionReference collectionRef = collectionRefsByDocId.get(row.getSourceDocumentId());
TagInstance tagInstance = new TagInstance(idGenerator.generate(), tag.getUuid(), project.getUser().getIdentifier(), ZonedDateTime.now().format(DateTimeFormatter.ofPattern(Version.DATETIMEPATTERN)), tag.getUserDefinedPropertyDefinitions(), tag.getTagsetDefinitionUuid());
List<TagReference> tagReferences = new ArrayList<TagReference>();
for (Property protoProp : properties) {
tagInstance.getUserDefinedPropetyByUuid(protoProp.getPropertyDefinitionId()).setPropertyValueList(protoProp.getPropertyValueList());
}
Set<Range> ranges = row.getRanges();
for (Range range : ranges) {
TagReference tagReference = new TagReference(tagInstance, row.getSourceDocumentId(), range, collectionRef.getId());
tagReferences.add(tagReference);
}
collectionManager.addTagReferences(tagReferences, collectionRef.getId());
}
}
use of de.catma.document.annotation.TagReference in project catma by forTEXT.
the class Tagger method setVisible.
public void setVisible(List<TagReference> tagReferences, boolean visible) {
Map<String, ClientTagInstance> tagInstancesByInstanceID = new HashMap<String, ClientTagInstance>();
for (TagReference tagReference : tagReferences) {
List<TextRange> textRanges = new ArrayList<TextRange>();
textRanges.add(new TextRange(tagReference.getRange().getStartPoint(), tagReference.getRange().getEndPoint()));
ClientTagInstance tagInstance = tagInstancesByInstanceID.get(tagReference.getTagInstanceId());
if (tagInstance == null) {
TagDefinition tagDefinition = project.getTagManager().getTagLibrary().getTagDefinition(tagReference.getTagDefinitionId());
tagInstancesByInstanceID.put(tagReference.getTagInstanceId(), new ClientTagInstance(tagReference.getTagDefinitionId(), tagReference.getTagInstanceId(), tagDefinition == null ? "FFFFFF" : ColorConverter.toHex(tagDefinition.getColor()), textRanges));
} else {
tagInstance.addRanges(textRanges);
}
}
setTagInstancesVisible(tagInstancesByInstanceID.values(), visible);
}
use of de.catma.document.annotation.TagReference in project catma by forTEXT.
the class CorpusImporter method importCorpus.
/**
* !BACKGROUND THREAD! No direct UI code here!
*
* @param progressListener
* @param corpusFile
* @param documentMetadataList
* @param tempDir
* @param ui
* @param project
* @return
* @throws Exception
*/
public Void importCorpus(final ProgressListener progressListener, final File corpusFile, final List<CorpusImportDocumentMetadata> documentMetadataList, final String tempDir, final UI ui, final Project project) throws Exception {
progressListener.setProgress("Importing Corpus");
GZIPInputStream gzipIs = new GZIPInputStream(new FileInputStream(corpusFile));
try (TarArchiveInputStream taIs = new TarArchiveInputStream(gzipIs)) {
TarArchiveEntry entry = taIs.getNextTarEntry();
while (entry != null) {
final String entryName = entry.getName();
final String[] pathParts = entry.getName().split(Pattern.quote("/"));
final String documentIdPart = pathParts[2];
final String documentId = documentIdPart.substring(documentIdPart.indexOf("__") + 3);
final String idUri = "catma://" + documentId;
if (pathParts[3].equals("annotationcollections")) {
progressListener.setProgress("Importing Collection %1$s", pathParts[4]);
ui.accessSynchronously(() -> {
try {
final ByteArrayOutputStream buffer = new ByteArrayOutputStream();
IOUtils.copy(taIs, buffer);
SourceDocument document = project.getSourceDocument(documentId);
Pair<AnnotationCollection, List<TagsetDefinitionImportStatus>> loadResult = project.loadAnnotationCollection(new ByteArrayInputStream(buffer.toByteArray()), document);
List<TagsetDefinitionImportStatus> tagsetDefinitionImportStatusList = loadResult.getSecond();
final AnnotationCollection annotationCollection = loadResult.getFirst();
Optional<TagsetDefinition> optIntrinsicTagset = annotationCollection.getTagLibrary().getTagsetDefinitions().stream().filter(tagsetDef -> tagsetDef.getName().equals("Intrinsic Markup")).findFirst();
if (optIntrinsicTagset.isPresent()) {
TagsetDefinition intrinsicTagset = optIntrinsicTagset.get();
List<TagReference> intrinsicAnnotations = annotationCollection.getTagReferences(intrinsicTagset);
if (!intrinsicAnnotations.isEmpty()) {
annotationCollection.removeTagReferences(intrinsicAnnotations);
}
annotationCollection.getTagLibrary().remove(intrinsicTagset);
tagsetDefinitionImportStatusList.stream().filter(status -> status.getTagset().equals(intrinsicTagset)).findFirst().ifPresent(status -> status.setDoImport(false));
}
tagsetDefinitionImportStatusList.stream().filter(status -> status.getTagset().isEmpty()).forEach(status -> status.setDoImport(false));
if (!annotationCollection.isEmpty()) {
project.importCollection(tagsetDefinitionImportStatusList, annotationCollection);
}
} catch (Exception e) {
Logger.getLogger(ProjectView.class.getName()).log(Level.SEVERE, "Error importing the CATMA 5 Corpus: " + entryName, e);
String errorMsg = e.getMessage();
if ((errorMsg == null) || (errorMsg.trim().isEmpty())) {
errorMsg = "";
}
Notification.show("Error", String.format("Error importing the CATMA 5 Corpus! " + "This Collection will be skipped!\n The underlying error message was:\n%1$s", errorMsg), Type.ERROR_MESSAGE);
}
});
} else {
final CorpusImportDocumentMetadata documentMetadata = documentMetadataList.stream().filter(metadata -> metadata.getSourceDocID().equals(idUri)).findFirst().orElse(null);
final Locale locale = LocaleUtils.toLocale(documentMetadata.getSourceDocLocale());
final boolean useApostrophe = Arrays.asList(documentMetadata.getSourceDocSepChars()).contains(String.valueOf(UploadFile.APOSTROPHE));
final String title = (documentMetadata.getSourceDocName() == null || documentMetadata.getSourceDocName().isEmpty()) ? documentId : documentMetadata.getSourceDocName();
progressListener.setProgress("Importing Document %1$s", title);
final File tempFile = new File(new File(tempDir), documentId);
if (tempFile.exists()) {
tempFile.delete();
}
try (FileOutputStream fos = new FileOutputStream(tempFile)) {
IOUtils.copy(taIs, fos);
}
ui.accessSynchronously(() -> {
IDGenerator idGenerator = new IDGenerator();
IndexInfoSet indexInfoSet = new IndexInfoSet(Collections.emptyList(), useApostrophe ? Lists.newArrayList(UploadFile.APOSTROPHE) : Collections.emptyList(), locale);
TechInfoSet techInfoSet = new TechInfoSet(documentId, FileType.TEXT.getMimeType(), tempFile.toURI());
ContentInfoSet contentInfoSet = new ContentInfoSet(documentMetadata.getSourceDocAuthor(), documentMetadata.getSourceDocDescription(), documentMetadata.getSourceDocPublisher(), title);
techInfoSet.setCharset(Charset.forName("UTF-8"));
SourceDocumentInfo documentInfo = new SourceDocumentInfo(indexInfoSet, contentInfoSet, techInfoSet);
AbstractSourceContentHandler handler = null;
boolean loadIntrinsicMarkup = false;
if (entryName.endsWith("xml2")) {
handler = new XML2ContentHandler();
loadIntrinsicMarkup = true;
} else if (entryName.endsWith("xml")) {
handler = new OldXMLContentHandler();
loadIntrinsicMarkup = true;
} else {
handler = new StandardContentHandler();
}
handler.setSourceDocumentInfo(documentInfo);
SourceDocument document = new SourceDocument(documentId, handler);
try {
project.insert(document, false);
if (loadIntrinsicMarkup) {
final TagManager tagmanager = new TagManager(new TagLibrary());
XmlMarkupCollectionSerializationHandler markupHandler = new XmlMarkupCollectionSerializationHandler(tagmanager, (XML2ContentHandler) handler, project.getUser().getIdentifier());
try (FileInputStream fis = new FileInputStream(tempFile)) {
AnnotationCollection intrinsicMarkupCollection = markupHandler.deserialize(document, idGenerator.generateCollectionId(), fis);
Collection<TagsetImport> tagsetImports = new ArrayList<TagsetImport>();
String defaultIntrinsicXMLElmentsName = "Default Intrinsic XML Elements";
for (TagsetDefinition tagset : tagmanager.getTagLibrary()) {
if (!tagset.isEmpty()) {
TagsetDefinition targetTagset = project.getTagManager().getTagLibrary().getTagsetDefinition(tagset.getUuid());
boolean inProject = false;
if (targetTagset == null) {
targetTagset = tagset;
} else {
inProject = true;
}
String namespace = tagset.getName() == null ? "none" : tagset.getName();
if (tagset.getName() == null) {
tagset.setName(defaultIntrinsicXMLElmentsName);
}
TagsetImport tagsetImport = new TagsetImport(namespace, tagset, targetTagset, inProject ? TagsetImportState.WILL_BE_MERGED : TagsetImportState.WILL_BE_CREATED);
tagsetImports.add(tagsetImport);
}
}
// Creating Tagsets
tagsetImports.stream().filter(ti -> ti.getImportState().equals(TagsetImportState.WILL_BE_CREATED)).forEach(tagsetImport -> {
if (project.getTagManager().getTagLibrary().getTagsetDefinition(tagsetImport.getTargetTagset().getUuid()) != null) {
// already imported, so it will be a merge
tagsetImport.setImportState(TagsetImportState.WILL_BE_MERGED);
} else {
TagsetDefinition extractedTagset = tagsetImport.getExtractedTagset();
try {
project.importTagsets(Collections.singletonList(new TagsetDefinitionImportStatus(extractedTagset, project.inProjectHistory(extractedTagset.getUuid()), project.getTagManager().getTagLibrary().getTagsetDefinition(extractedTagset.getUuid()) != null)));
} catch (Exception e) {
Logger.getLogger(ProjectView.class.getName()).log(Level.SEVERE, String.format("Error importing tagset %1$s with ID %2$s", extractedTagset.getName(), extractedTagset.getUuid()), e);
String errorMsg = e.getMessage();
if ((errorMsg == null) || (errorMsg.trim().isEmpty())) {
errorMsg = "";
}
Notification.show("Error", String.format("Error importing tagset %1$s! " + "This tagset will be skipped!\n The underlying error message was:\n%2$s", extractedTagset.getName(), errorMsg), Type.ERROR_MESSAGE);
}
}
});
// Merging Tagsets
tagsetImports.stream().filter(ti -> ti.getImportState().equals(TagsetImportState.WILL_BE_MERGED)).forEach(tagsetImport -> {
TagsetDefinition targetTagset = project.getTagManager().getTagLibrary().getTagsetDefinition(tagsetImport.getTargetTagset().getUuid());
for (TagDefinition tag : tagsetImport.getExtractedTagset()) {
Optional<TagDefinition> optionalTag = targetTagset.getTagDefinitionsByName(tag.getName()).findFirst();
if (optionalTag.isPresent()) {
TagDefinition existingTag = optionalTag.get();
tag.getUserDefinedPropertyDefinitions().forEach(pd -> {
if (existingTag.getPropertyDefinition(pd.getName()) == null) {
project.getTagManager().addUserDefinedPropertyDefinition(existingTag, new PropertyDefinition(pd));
}
});
List<TagReference> tagReferences = intrinsicMarkupCollection.getTagReferences(tag);
intrinsicMarkupCollection.removeTagReferences(tagReferences);
Multimap<TagInstance, TagReference> referencesByInstance = ArrayListMultimap.create();
tagReferences.forEach(tr -> referencesByInstance.put(tr.getTagInstance(), tr));
for (TagInstance incomingTagInstance : referencesByInstance.keySet()) {
TagInstance newTagInstance = new TagInstance(idGenerator.generate(), existingTag.getUuid(), incomingTagInstance.getAuthor(), incomingTagInstance.getTimestamp(), existingTag.getUserDefinedPropertyDefinitions(), targetTagset.getUuid());
for (Property oldProp : incomingTagInstance.getUserDefinedProperties()) {
String oldPropDefId = oldProp.getPropertyDefinitionId();
PropertyDefinition oldPropDef = tag.getPropertyDefinitionByUuid(oldPropDefId);
PropertyDefinition existingPropDef = existingTag.getPropertyDefinition(oldPropDef.getName());
newTagInstance.addUserDefinedProperty(new Property(existingPropDef.getUuid(), oldProp.getPropertyValueList()));
}
ArrayList<TagReference> newReferences = new ArrayList<>();
referencesByInstance.get(incomingTagInstance).forEach(tr -> {
try {
newReferences.add(new TagReference(newTagInstance, tr.getTarget().toString(), tr.getRange(), tr.getUserMarkupCollectionUuid()));
} catch (URISyntaxException e) {
e.printStackTrace();
}
});
intrinsicMarkupCollection.addTagReferences(newReferences);
}
} else {
tag.setTagsetDefinitionUuid(targetTagset.getUuid());
project.getTagManager().addTagDefinition(targetTagset, tag);
}
}
});
project.importCollection(Collections.emptyList(), intrinsicMarkupCollection);
}
if (tempFile.exists()) {
tempFile.delete();
}
}
} catch (Exception e) {
Logger.getLogger(ProjectView.class.getName()).log(Level.SEVERE, "Error importing the CATMA 5 Corpus: " + entryName, e);
String errorMsg = e.getMessage();
if ((errorMsg == null) || (errorMsg.trim().isEmpty())) {
errorMsg = "";
}
Notification.show("Error", String.format("Error importing the CATMA 5 Corpus! " + "This Document will be skipped!\n The underlying error message was:\n%1$s", errorMsg), Type.ERROR_MESSAGE);
}
});
}
entry = taIs.getNextTarEntry();
}
}
return null;
}
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