use of net.geoprism.ontology.Classifier in project geoprism-registry by terraframe.
the class VertexServerGeoObject method populate.
@SuppressWarnings("unchecked")
@Override
public void populate(GeoObjectOverTime goTime) {
Map<String, AttributeType> attributes = goTime.getType().getAttributeMap();
attributes.forEach((attributeName, attribute) -> {
if (attributeName.equals(DefaultAttribute.INVALID.getName()) || attributeName.equals(DefaultAttribute.CODE.getName()) || attributeName.equals(DefaultAttribute.UID.getName()) || attributeName.equals(GeoVertex.LASTUPDATEDATE) || attributeName.equals(GeoVertex.CREATEDATE)) {
// Ignore the attributes
} else // }
if (attributeName.equals(DefaultAttribute.DISPLAY_LABEL.getName())) {
this.getValuesOverTime(attributeName).clear();
for (ValueOverTimeDTO votDTO : goTime.getAllValues(attributeName)) {
LocalizedValue label = (LocalizedValue) votDTO.getValue();
this.setDisplayLabel(label, votDTO.getStartDate(), votDTO.getEndDate());
}
} else if (this.vertex.hasAttribute(attributeName) && !this.vertex.getMdAttributeDAO(attributeName).isSystem()) {
this.getValuesOverTime(attributeName).clear();
ValueOverTimeCollectionDTO collection = goTime.getAllValues(attributeName);
for (ValueOverTimeDTO votDTO : collection) {
if (attribute instanceof AttributeTermType) {
Iterator<String> it = (Iterator<String>) votDTO.getValue();
if (it.hasNext()) {
String code = it.next();
Term root = ((AttributeTermType) attribute).getRootTerm();
String parent = TermConverter.buildClassifierKeyFromTermCode(root.getCode());
String classifierKey = Classifier.buildKey(parent, code);
Classifier classifier = Classifier.getByKey(classifierKey);
this.vertex.setValue(attributeName, classifier.getOid(), votDTO.getStartDate(), votDTO.getEndDate());
} else {
this.vertex.setValue(attributeName, (String) null, votDTO.getStartDate(), votDTO.getEndDate());
}
} else if (attribute instanceof AttributeClassificationType) {
String value = (String) votDTO.getValue();
if (value != null) {
Classification classification = Classification.get((AttributeClassificationType) attribute, value);
this.vertex.setValue(attributeName, classification.getVertex(), votDTO.getStartDate(), votDTO.getEndDate());
} else {
this.vertex.setValue(attributeName, (String) null, this.date, this.date);
}
} else {
Object value = votDTO.getValue();
if (value != null) {
this.vertex.setValue(attributeName, value, votDTO.getStartDate(), votDTO.getEndDate());
} else {
this.vertex.setValue(attributeName, (String) null, votDTO.getStartDate(), votDTO.getEndDate());
}
}
}
}
});
this.getValuesOverTime(this.getGeometryAttributeName()).clear();
for (ValueOverTimeDTO votDTO : goTime.getAllValues(DefaultAttribute.GEOMETRY.getName())) {
Geometry geom = goTime.getGeometry(votDTO.getStartDate());
this.setGeometry(geom, votDTO.getStartDate(), votDTO.getEndDate());
}
this.setUid(goTime.getUid());
this.setCode(goTime.getCode());
this.setInvalid(goTime.getInvalid());
}
use of net.geoprism.ontology.Classifier in project geoprism-registry by terraframe.
the class ConversionService method termToClassifier.
// public GeoObject getGeoObjectById(String uuid, String geoObjectTypeCode)
// {
// Universal universal = Universal.getByKey(geoObjectTypeCode);
//
// MdBusiness mdBusiness = universal.getMdBusiness();
//
//
//
// }
public Classifier termToClassifier(AttributeTermType attr, Term term) {
Term root = attr.getRootTerm();
String parent = TermConverter.buildClassifierKeyFromTermCode(root.getCode());
String classifierKey = Classifier.buildKey(parent, term.getCode());
Classifier classifier = Classifier.getByKey(classifierKey);
return classifier;
}
use of net.geoprism.ontology.Classifier in project geoprism-registry by terraframe.
the class RegistryService method updateTerm.
/**
* Creates a new {@link Term} object and makes it a child of the term with the
* given code.
*
* @param sessionId
* @param parentTermCode
* TODO
* @param termJSON
* JSON of the term object.
* @return Updated {@link Term} object.
*/
@Request(RequestType.SESSION)
public Term updateTerm(String sessionId, String parentTermCode, String termJSON) {
JsonObject termJSONobj = JsonParser.parseString(termJSON).getAsJsonObject();
String termCode = termJSONobj.get(Term.JSON_CODE).getAsString();
LocalizedValue value = LocalizedValue.fromJSON(termJSONobj.get(Term.JSON_LOCALIZED_LABEL).getAsJsonObject());
Classifier classifier = TermConverter.updateClassifier(parentTermCode, termCode, value);
TermConverter termBuilder = new TermConverter(classifier.getKeyName());
Term returnTerm = termBuilder.build();
List<MdAttributeConcrete> mdAttrList = this.findRootClassifier(classifier);
this.refreshAttributeTermTypeInCache(mdAttrList);
return returnTerm;
}
use of net.geoprism.ontology.Classifier in project geoprism-registry by terraframe.
the class RegistryService method deleteTerm.
/**
* Deletes the {@link Term} with the given code. All children codoe will be
* deleted.
*
* @param sessionId
* @param parentTermCode
* TODO
* @param geoObjectTypeCode
* @param attributeTypeJSON
*/
@Request(RequestType.SESSION)
public void deleteTerm(String sessionId, String parentTermCode, String termCode) {
String parentClassifierKey = TermConverter.buildClassifierKeyFromTermCode(parentTermCode);
Classifier parent = Classifier.getByKey(parentClassifierKey);
TermConverter.enforceTermPermissions(parent, CGRPermissionAction.DELETE);
String classifierKey = Classifier.buildKey(parent.getKey(), termCode);
Classifier classifier = Classifier.getByKey(classifierKey);
List<MdAttributeConcrete> mdAttrList = this.findRootClassifier(classifier);
classifier.delete();
this.refreshAttributeTermTypeInCache(mdAttrList);
}
use of net.geoprism.ontology.Classifier in project geoprism-registry by terraframe.
the class UpdateValueOverTimeView method persistValue.
private void persistValue(ValueOverTime vot, UpdateChangeOverTimeAttributeView cotView, VertexServerGeoObject go, List<ValueOverTime> looseVotc) {
if (this.newValue == null) {
return;
}
if (cotView.getAttributeName().equals("geometry")) {
Geometry convertedValue = null;
if (!this.newValue.isJsonNull()) {
GeoJSONReader reader = new GeoJSONReader();
convertedValue = reader.read(this.newValue.toString());
if (!go.isValidGeometry(convertedValue)) {
GeometryTypeException ex = new GeometryTypeException();
ex.setActualType(convertedValue.getGeometryType());
ex.setExpectedType(go.getType().getGeometryType().name());
throw ex;
}
}
if (vot != null) {
vot.setValue(convertedValue);
} else {
looseVotc.add(new ValueOverTime(this.newStartDate, this.newEndDate, convertedValue));
}
} else {
ServerGeoObjectType type = go.getType();
AttributeType attype = type.getAttribute(cotView.getAttributeName()).get();
if (attype instanceof AttributeLocalType) {
LocalizedValue convertedValue = null;
if (!this.newValue.isJsonNull()) {
convertedValue = LocalizedValue.fromJSON(this.newValue.getAsJsonObject());
}
final Set<Locale> locales = LocalizationFacade.getInstalledLocales();
if (vot != null) {
if (convertedValue != null) {
GraphObjectDAO votEmbeddedValue = (GraphObjectDAO) vot.getValue();
votEmbeddedValue.setValue(MdAttributeLocalInfo.DEFAULT_LOCALE, convertedValue.getValue(MdAttributeLocalInfo.DEFAULT_LOCALE));
for (Locale locale : locales) {
if (convertedValue.contains(locale)) {
votEmbeddedValue.setValue(locale.toString(), convertedValue.getValue(locale));
}
}
} else {
vot.setValue(null);
}
} else {
if (convertedValue != null) {
MdAttributeEmbeddedDAOIF mdAttrEmbedded = (MdAttributeEmbeddedDAOIF) go.getMdAttributeDAO(attype.getName());
VertexObjectDAO votEmbeddedValue = VertexObjectDAO.newInstance((MdVertexDAOIF) mdAttrEmbedded.getEmbeddedMdClassDAOIF());
votEmbeddedValue.setValue(MdAttributeLocalInfo.DEFAULT_LOCALE, convertedValue.getValue(MdAttributeLocalInfo.DEFAULT_LOCALE));
for (Locale locale : locales) {
if (convertedValue.contains(locale)) {
votEmbeddedValue.setValue(locale.toString(), convertedValue.getValue(locale));
}
}
looseVotc.add(new ValueOverTime(this.newStartDate, this.newEndDate, votEmbeddedValue));
} else {
looseVotc.add(new ValueOverTime(this.newStartDate, this.newEndDate, null));
}
}
} else // else if (attype.getName().equals(DefaultAttribute.EXISTS.getName()))
// {
// if (this.newValue.isJsonNull())
// {
// if (vot != null)
// {
// vot.setValue(null);
// }
// else
// {
// looseVotc.add(new ValueOverTime(this.newStartDate, this.newEndDate,
// null));
// }
// }
// else
// {
// JsonArray ja = this.newValue.getAsJsonArray();
//
// if (ja.size() > 0)
// {
// String code = ja.get(0).getAsString();
//
// if (code == null || code.length() == 0)
// {
// if (vot != null)
// {
// vot.setValue(null);
// }
// else
// {
// looseVotc.add(new ValueOverTime(this.newStartDate, this.newEndDate,
// null));
// }
// }
// else
// {
// Term value = ( (AttributeTermType) attype ).getTermByCode(code).get();
// GeoObjectStatus gos =
// ConversionService.getInstance().termToGeoObjectStatus(value);
//
// if (vot != null)
// {
// vot.setValue(gos.getOid());
// }
// else
// {
// looseVotc.add(new ValueOverTime(this.newStartDate, this.newEndDate,
// gos.getOid()));
// }
// }
// }
// }
// }
{
Object convertedValue = null;
if (!this.newValue.isJsonNull()) {
if (attype instanceof AttributeDateType) {
long epoch = this.newValue.getAsLong();
convertedValue = new Date(epoch);
} else if (attype instanceof AttributeTermType) {
JsonArray ja = this.newValue.getAsJsonArray();
if (ja.size() > 0) {
String code = ja.get(0).getAsString();
Term root = ((AttributeTermType) attype).getRootTerm();
String parent = TermConverter.buildClassifierKeyFromTermCode(root.getCode());
String classifierKey = Classifier.buildKey(parent, code);
Classifier classifier = Classifier.getByKey(classifierKey);
convertedValue = classifier.getOid();
}
} else if (attype instanceof AttributeClassificationType) {
JsonObject object = this.newValue.getAsJsonObject();
String code = object.get("code").getAsString();
Classification classification = Classification.get((AttributeClassificationType) attype, code);
convertedValue = new AttributeGraphRef.ID(classification.getOid(), classification.getVertex().getRID());
} else if (attype instanceof AttributeBooleanType) {
convertedValue = this.newValue.getAsBoolean();
} else if (attype instanceof AttributeFloatType) {
convertedValue = this.newValue.getAsDouble();
} else if (attype instanceof AttributeIntegerType) {
convertedValue = this.newValue.getAsLong();
} else {
convertedValue = this.newValue.getAsString();
}
}
if (vot != null) {
vot.setValue(convertedValue);
} else {
looseVotc.add(new ValueOverTime(this.newStartDate, this.newEndDate, convertedValue));
}
}
}
}
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