private String getTemplate(Individual ind, OntModel displayOntModel) {
if (ind == null) return "defaultBody";
// check vitroDisplay:requiresBodyTemplate
displayOntModel.enterCriticalSection(Model.READ);
StmtIterator it =
displayOntModel.listStatements(
ind, DisplayVocabulary.REQUIRES_BODY_TEMPLATE, (RDFNode) null);
// NodeIterator it = ind.listPropertyValues(DisplayVocabulary.REQUIRES_BODY_TEMPLATE);
try {
while (it.hasNext()) {
Statement stmt = it.nextStatement();
if (stmt.getObject().isLiteral()) {
String template = ((Literal) stmt.getObject().as(Literal.class)).getLexicalForm();
if (template != null && template.length() > 0) {
return template;
}
}
}
} finally {
it.close();
displayOntModel.leaveCriticalSection();
}
return "defaultBody";
}
@Test
public void testUpdate() throws Exception {
Resource rhmRes = model.getResource(FakeRDFModel.rhm);
Property name = model.getProperty(foaf + "name");
Statement nameSt = rhmRes.listProperties(name).nextStatement();
String originalName = nameSt.getLiteral().getString();
// assume update is always first remove and then add
model.remove(nameSt);
model.add(rhmRes, name, "TESTNAME");
assert changes.size() == 2;
assert rhmRes.listProperties(name).toList().size() == 1;
assert rhmRes.listProperties(name).nextStatement().getLiteral().getString().equals("TESTNAME");
changes.undo();
assert changes.size() == 2;
assert rhmRes.listProperties(name).toList().size() == 1;
assert rhmRes
.listProperties(name)
.nextStatement()
.getLiteral()
.getString()
.equals(originalName);
changes.redo();
assert changes.size() == 2;
assert rhmRes.listProperties(name).toList().size() == 1;
assert rhmRes.listProperties(name).nextStatement().getLiteral().getString().equals("TESTNAME");
}
@Test
public void testChildren() throws RepositoryException {
when(mockRes1.getPath()).thenReturn(RDF_PATH + "/res1");
when(mockRes2.getPath()).thenReturn(RDF_PATH + "/res2");
when(mockRes3.getPath()).thenReturn(RDF_PATH + "/res3");
when(mockResourceNode.hasNodes()).thenReturn(true);
final Stream<FedoraResource> first = of(mockRes1, mockRes2, mockRes3);
final Stream<FedoraResource> second = of(mockRes1, mockRes2, mockRes3);
when(mockResource.getChildren()).thenReturn(first).thenReturn(second);
try (final ChildrenRdfContext context = new ChildrenRdfContext(mockResource, idTranslator)) {
final Model results = context.collect(toModel());
final Resource subject = idTranslator.reverse().convert(mockResource);
final StmtIterator stmts =
results.listStatements(subject, RdfLexicon.HAS_CHILD_COUNT, (RDFNode) null);
assertTrue("There should have been a statement!", stmts.hasNext());
final Statement stmt = stmts.nextStatement();
assertTrue("Object should be a literal! " + stmt.getObject(), stmt.getObject().isLiteral());
assertEquals(3, stmt.getInt());
assertFalse("There should not have been a second statement!", stmts.hasNext());
}
}
/**
* Deletes the given process element from the rnrm:isFlowingTo linked list without breaking the
* path. The element is also removed from the process.
*
* @param processElement
*/
public void deleteFromPath(Resource processElement) {
Model model = process.getModel();
List<Statement> incoming = process.getIncomingEdges(processElement);
List<Statement> outgoing = process.getOutgoingEdges(processElement);
if (incoming.size() > 1 || outgoing.size() > 1) {
throw new IllegalArgumentException(
"Error deleting element. Elements with more than 1 outgoing or incoming links cannot be deleted.");
}
Resource before = null;
Resource after = null;
Statement stmt = null;
if (incoming.size() > 0) {
stmt = incoming.get(0);
before = stmt.getSubject();
model.remove(stmt);
}
if (outgoing.size() > 0) {
stmt = outgoing.get(0);
after = stmt.getResource();
model.remove(stmt);
}
if (null != before && null != after) {
model.add(before, RNRM.isFlowingTo, after);
}
// now disassociate this element from the process
removeFromProcess(processElement);
}
@Override
public void processInput(Resource input, Resource output) {
final Model model = ModelFactory.createDefaultModel();
final List<Statement> tipURIs = input.listProperties(Vocab.has).toList();
final SublistIterator<Statement> tipsIterator =
new SublistIterator<Statement>(tipURIs, QUERY_CHUNK_SIZE);
while (tipsIterator.hasNext()) {
final List<String> ancestorQueryBlocks = new ArrayList<String>();
final List<String> parentQueryBlocks = new ArrayList<String>();
final List<Statement> tips = tipsIterator.next();
for (Statement statement : tips) {
final String tipURI =
statement.getResource().getProperty(DC.subject).getResource().getURI();
ancestorQueryBlocks.add(String.format(ancestorQueryBody, tipURI));
parentQueryBlocks.add(String.format(parentQueryBody, tipURI));
}
final String ancestorQuery =
String.format(ancestorQueryHead, StringUtils.join(ancestorQueryBlocks, " UNION "));
final String parentQuery =
String.format(parentQueryHead, StringUtils.join(parentQueryBlocks, ", "));
QueryEngineHTTP ancestorQE = new QueryEngineHTTP(endpoint, ancestorQuery);
QueryEngineHTTP parentQE = new QueryEngineHTTP(endpoint, parentQuery);
ancestorQE.execConstruct(model);
ancestorQE.close();
parentQE.execConstruct(model);
parentQE.close();
}
this.processNode(Vocab.TaxonomyRoot, model, output.getModel(), null, output);
output.getModel().setNsPrefix("cdao", "http://www.evolutionaryontology.org/cdao/1.0/cdao.owl#");
}
Map<String, Object> getValues(
Individual ind,
OntModel displayOntModel,
OntModel assertionModel,
Map<String, Object> baseValues) {
if (ind == null) return Collections.emptyMap();
/* Figure out what ValueFactories are specified in the display ontology for this individual. */
Set<ValueFactory> valueFactories = new HashSet<ValueFactory>();
displayOntModel.enterCriticalSection(Model.READ);
StmtIterator stmts = ind.listProperties(DisplayVocabulary.REQUIRES_VALUES);
try {
while (stmts.hasNext()) {
Statement stmt = stmts.nextStatement();
RDFNode obj = stmt.getObject();
valueFactories.addAll(getValueFactory(obj, displayOntModel));
}
} finally {
stmts.close();
displayOntModel.leaveCriticalSection();
}
/* Get values from the ValueFactories. */
HashMap<String, Object> values = new HashMap<String, Object>();
values.putAll(baseValues);
for (ValueFactory vf : valueFactories) {
values.putAll(vf.getValues(assertionModel, values));
}
return values;
}
public static Triple createTriple(Statement statement) throws OREException {
try {
URI subject = new URI(statement.getSubject().getURI());
Property property = statement.getPredicate();
Predicate pred = new Predicate();
pred.setURI(new URI(property.getURI()));
TripleJena triple = new TripleJena();
triple.initialise(new URI(statement.getSubject().getURI()));
RDFNode node = statement.getObject();
if (node instanceof Resource) {
String uris = ((Resource) node).getURI();
// if the object is not a blank node, we include it
if (uris != null) {
URI object = new URI(uris);
triple.relate(pred, object);
}
} else {
String object = ((Literal) statement.getObject()).getLexicalForm();
triple.relate(pred, object);
}
return triple;
} catch (URISyntaxException e) {
throw new OREException(e);
}
}
private static boolean hasPermission(
String userPrefix, String username, String uri, Property[] permissions) {
Set<Property> permissionSet = new HashSet<Property>();
Resource resource = configModel.createResource(uri);
Resource user;
if (username == null) user = PERM.Public;
else user = configModel.createResource(userPrefix + username);
for (Property permission : permissions) {
if (configModel.contains(user, permission, resource)) return true;
permissionSet.add(permission);
}
StmtIterator stmts = user.listProperties();
while (stmts.hasNext()) {
Statement stmt = stmts.next();
if (!permissionSet.contains(stmt.getPredicate())) continue;
RDFNode resourceMatch = stmt.getObject();
if (!(resourceMatch.isResource()
&& configModel.contains((Resource) resourceMatch, RDF.type, PERM.ResourceMatch)))
continue;
RDFNode matchRegex = ((Resource) resourceMatch).getProperty(PERM.matchExpression).getObject();
if (matchRegex == null || !matchRegex.isLiteral()) continue;
try {
if (uri.matches(((Literal) matchRegex).getString())) return true;
} catch (PatternSyntaxException e) {
}
}
if (username != null) return hasPermission(userPrefix, null, uri, permissions);
else return false;
}
public List<ReMSerialisation> getReMSerialisations() throws OREException {
try {
List<ReMSerialisation> serialisations = new ArrayList<ReMSerialisation>();
StmtIterator itr = res.listProperties(ORE.isDescribedBy);
while (itr.hasNext()) {
Statement statement = itr.nextStatement();
Resource resource = (Resource) statement.getObject();
StmtIterator itr2 = resource.listProperties(DC.format);
StmtIterator itr3 = resource.listProperties(OREX.isAuthoritativeFor);
String mime = "application/octet-stream";
if (itr2.hasNext()) {
Statement stmt = itr2.nextStatement();
mime = ((Literal) stmt.getObject()).getLexicalForm();
}
boolean authoritative = false;
if (itr3.hasNext()) {
authoritative = true;
}
ReMSerialisation serialisation = new ReMSerialisation(mime, new URI(resource.getURI()));
serialisation.setAuthoritative(authoritative);
serialisations.add(serialisation);
}
return serialisations;
} catch (URISyntaxException e) {
throw new OREException(e);
}
}
public List<DataPropertyStatement> getDataPropertyStatements(
DataProperty dp, int startIndex, int endIndex) {
getOntModel().enterCriticalSection(Lock.READ);
List<DataPropertyStatement> dpss = new ArrayList<DataPropertyStatement>();
try {
Property prop = ResourceFactory.createProperty(dp.getURI());
ClosableIterator dpsIt = getOntModel().listStatements(null, prop, (Literal) null);
try {
int count = 0;
while ((dpsIt.hasNext()) && ((endIndex < 0) || (count < endIndex))) {
++count;
Statement stmt = (Statement) dpsIt.next();
if (startIndex < 0 || startIndex <= count) {
Literal lit = (Literal) stmt.getObject();
DataPropertyStatement dps = new DataPropertyStatementImpl();
dps.setDatapropURI(dp.getURI());
dps.setIndividualURI(stmt.getSubject().getURI());
fillDataPropertyStatementWithJenaLiteral(dps, lit);
dpss.add(dps);
}
}
} finally {
dpsIt.close();
}
} finally {
getOntModel().leaveCriticalSection();
}
return dpss;
}
/**
* Returns the identifier of an LSRN-typed Resource
*
* @param lsrnNode
* @return the identifier
*/
public static String getID(Resource lsrnNode) {
Set<String> namespaces = new HashSet<String>();
for (Iterator<Resource> types = RdfUtils.getTypes(lsrnNode); types.hasNext(); ) {
Resource type = types.next();
if (type.isURIResource()) {
String ns = getNamespaceFromLSRNTypeURI(type.getURI());
if (ns != null) namespaces.add(ns);
}
}
Iterator<Resource> ids =
RdfUtils.getPropertyValues(lsrnNode, SIO.has_identifier, null)
.andThen(RdfUtils.getPropertyValues(lsrnNode, SIO.has_attribute, null));
while (ids.hasNext()) {
Resource identifier = ids.next();
for (Iterator<Resource> types = RdfUtils.getTypes(identifier); types.hasNext(); ) {
Resource type = types.next();
if (type.isURIResource()) {
String ns = getNamespaceFromLSRNIdentifierTypeURI(type.getURI());
if (ns != null && namespaces.contains(ns)) {
Statement s = identifier.getProperty(SIO.has_value);
if (s != null) {
return s.getString();
}
}
}
}
}
return null;
}
private void fillMap(
Resource s, Model model, Map<Resource, SortedSet<Statement>> resource2Statements) {
// get all statements with subject s
ExtendedIterator<Statement> it = model.listStatements(s, null, (RDFNode) null);
// filter statement if necessary
if (!dropFilters.isEmpty()) {
Iterator<Filter<Statement>> iter = dropFilters.iterator();
Filter<Statement> keepFilter = iter.next();
it = it.filterKeep(keepFilter);
while (iter.hasNext()) {
it = it.filterKeep(iter.next());
// keepFilter = keepFilter.and(iter.next());
}
// it = it.filterKeep(keepFilter);
}
SortedSet<Statement> statements = resource2Statements.get(s);
if (statements == null) {
statements = new TreeSet<Statement>(comparator);
resource2Statements.put(s, statements);
}
while (it.hasNext()) {
Statement st = it.next();
statements.add(st);
if ((st.getObject().isResource()) && !resource2Statements.containsKey(st.getObject())) {
fillMap(st.getObject().asResource(), model, resource2Statements);
}
}
}
@Override
public int compare(Statement s1, Statement s2) {
return ComparisonChain.start()
.compare(s1.getPredicate().asNode(), s2.getPredicate().asNode(), nodeComparator)
.compare(s1.getObject().asNode(), s2.getObject().asNode(), nodeComparator)
.result();
}
private void updateAddRemoveDataGetterStatements(
OntModel displayModel,
Model removeStatements,
Model addStatements,
Resource oldType,
Resource newType) {
log.debug("Old type: " + oldType.getURI() + " - newType: " + newType.getURI());
removeStatements.add(displayModel.listStatements(null, RDF.type, oldType));
StmtIterator oldStatements = displayModel.listStatements(null, RDF.type, oldType);
while (oldStatements.hasNext()) {
Statement stmt = oldStatements.nextStatement();
addStatements.add(stmt.getSubject(), RDF.type, newType);
}
// Print out remove and add statements here
StringWriter sw = new StringWriter();
try {
log.debug(
"Adding statements with old data getter types to remove statements, remove statements is now");
removeStatements.write(sw, "N3");
log.debug(sw.toString());
sw.close();
sw = new StringWriter();
log.debug(
"Adding statements with new data getter types to add statements, add statements is now");
addStatements.write(sw, "N3");
log.debug(sw.toString());
sw.close();
} catch (Exception ex) {
log.error("Error occurred in writing out remove and statements for data getter types", ex);
}
}
/**
* Leo Bard spotted a problem whereby removing a reified statement from a model with style
* Standard didn't leave the model empty. Here's a test for it.
*/
public void testLeosBug() {
Model A = getModel();
Statement st = statement(A, "pigs fly south");
ReifiedStatement rst = st.createReifiedStatement("eh:pointer");
A.removeReification(rst);
assertIsoModels(ModelFactory.createDefaultModel(), A);
}
private void writeTriple(Statement stmt) throws IOException {
write(" <triple>\n");
writeNode(stmt.getSubject());
writeNode(stmt.getPredicate());
writeNode(stmt.getObject());
write(" </triple>\n");
}
@Override
public Edge getEdge(final Object id) {
final String[] keys = id.toString().split("->");
final StmtIterator statements =
model.listStatements(
new SimpleSelector() {
@Override
public boolean selects(final Statement s) {
if (s.getObject().isResource()
&& s.getSubject().isResource()
&& s.getSubject().asResource().getURI().equals(keys[0])
&& s.getPredicate().asResource().getURI().equals(keys[1])
&& s.getObject().asResource().getURI().equals(keys[2])) {
return true;
}
return false;
}
});
JenaEdge edge = null;
if (statements.hasNext()) {
final Statement statement = statements.next();
final Property predicate = statement.getPredicate();
edge = new JenaEdge(model, predicate, statement.getSubject(), statement.getObject());
}
return edge;
}
public void testRemoveReificationWorks() {
Statement st = SPO;
Model m = model;
m.createReifiedStatement(aURI, st);
assertTrue("st is now reified", st.isReified());
m.removeAllReifications(st);
assertFalse("st is no longer reified", st.isReified());
}
/**
* Index all the resources in a Jena Model to ES
*
* @param model the model to index
* @param bulkRequest a BulkRequestBuilder
* @param getPropLabel if set to true all URI property values will be indexed as their label. The
* label is taken as the value of one of the properties set in {@link #uriDescriptionList}.
*/
private void addModelToES(Model model, BulkRequestBuilder bulkRequest, boolean getPropLabel) {
long startTime = System.currentTimeMillis();
long bulkLength = 0;
HashSet<Property> properties = new HashSet<Property>();
StmtIterator it = model.listStatements();
while (it.hasNext()) {
Statement st = it.nextStatement();
Property prop = st.getPredicate();
String property = prop.toString();
if (rdfPropList.isEmpty()
|| (isWhitePropList && rdfPropList.contains(property))
|| (!isWhitePropList && !rdfPropList.contains(property))
|| (normalizeProp.containsKey(property))) {
properties.add(prop);
}
}
ResIterator resIt = model.listSubjects();
while (resIt.hasNext()) {
Resource rs = resIt.nextResource();
Map<String, ArrayList<String>> jsonMap = getJsonMap(rs, properties, model, getPropLabel);
bulkRequest.add(
client.prepareIndex(indexName, typeName, rs.toString()).setSource(mapToString(jsonMap)));
bulkLength++;
// We want to execute the bulk for every DEFAULT_BULK_SIZE requests
if (bulkLength % EEASettings.DEFAULT_BULK_SIZE == 0) {
BulkResponse bulkResponse = bulkRequest.execute().actionGet();
// After executing, flush the BulkRequestBuilder.
bulkRequest = client.prepareBulk();
if (bulkResponse.hasFailures()) {
processBulkResponseFailure(bulkResponse);
}
}
}
// Execute remaining requests
if (bulkRequest.numberOfActions() > 0) {
BulkResponse response = bulkRequest.execute().actionGet();
// Handle failure by iterating through each bulk response item
if (response.hasFailures()) {
processBulkResponseFailure(response);
}
}
// Show time taken to index the documents
logger.info(
"Indexed {} documents on {}/{} in {} seconds",
bulkLength,
indexName,
typeName,
(System.currentTimeMillis() - startTime) / 1000.0);
}
@Test
public void test() {
PropertyFilter filter = new PropertyFilter(TestData.foaf_firstname);
log.info("Testing the {} class", filter.getClass());
Set<Statement> output = TestData.alexdma.getModel().listStatements().filterKeep(filter).toSet();
for (Statement statement : output) {
assertTrue(statement.getPredicate().equals(TestData.foaf_firstname));
}
}
private static void doStatement(StringBuffer json, Statement statement) {
json.append("{\n \"s\": ");
doNode(json, statement.getSubject());
json.append(",\n \"p\": ");
doNode(json, statement.getPredicate());
json.append(",\n \"o\": ");
doNode(json, statement.getObject());
json.append("}");
}
public DataPropertyStatement(OWLObject<?> subject, Statement s) {
super(subject, s);
property = getOntology().getDataProperty(s.getPredicate().getURI());
if (s.getObject() instanceof Literal) {
literal = (Literal) s.getObject();
} else {
logger.warning("DataPropertyStatement: object is not a Literal !");
}
}
public Alignment buildAlignment(
Statement stmt, AlignmentType alignmentType, ThesaurusConcept concept) {
logger.debug("Building alignment " + stmt.getObject().toString());
Alignment alignment = new Alignment();
alignment.setIdentifier(generatorService.generate(Alignment.class));
alignment.setAlignmentType(alignmentType);
alignment.setAndRelation(false);
alignment.setCreated(concept.getCreated());
alignment.setModified(concept.getModified());
alignment.setSourceConcept(concept);
if (alignmentType.isResource()) {
Set<AlignmentResource> targetResources = new HashSet<AlignmentResource>();
AlignmentResource targetResource = new AlignmentResource();
String externalTargetResource = stmt.getObject().toString();
targetResource.setAlignment(alignment);
targetResource.setExternalTargetResource(externalTargetResource);
targetResources.add(targetResource);
alignment.setTargetResources(targetResources);
} else {
Set<AlignmentConcept> targetConcepts = new HashSet<AlignmentConcept>();
AlignmentConcept targetConcept = new AlignmentConcept();
targetConcept.setAlignment(alignment);
String targetConceptId = stmt.getObject().toString();
ThesaurusConcept internalTargetConcept =
thesaurusConceptService.getThesaurusConceptById(targetConceptId);
if (internalTargetConcept != null) {
targetConcept.setInternalTargetConcept(internalTargetConcept);
alignment.setInternalTargetThesaurus(internalTargetConcept.getThesaurus());
} else {
// Check if the concept has an ark indentifier.
Matcher arkMt = arkPt.matcher(targetConceptId);
Matcher urlMt = urlPt.matcher(targetConceptId);
if (arkMt.find()) {
setExternalThesaurus(alignment, arkMt.group());
} else if (urlMt.find()) {
setExternalThesaurus(alignment, urlMt.group());
}
targetConcept.setExternalTargetConcept(targetConceptId);
}
targetConcepts.add(targetConcept);
alignment.setTargetConcepts(targetConcepts);
}
return alignment;
}
public void testStatementListReifiedStatements() {
Statement st = SPO;
Model m = model;
assertEquals(
"it's not there yet", empty, GraphTestBase.iteratorToSet(st.listReifiedStatements()));
ReifiedStatement rs = m.createReifiedStatement(aURI, st);
Set justRS = arrayToSet(new Object[] {rs});
m.add(rs, P, O);
assertEquals("it's here now", justRS, GraphTestBase.iteratorToSet(st.listReifiedStatements()));
}
/** Converts all object occurances of rdfs:Resource with owl:Thing */
private void convertRDFSResource() {
for (StmtIterator it = model.listStatements(null, null, RDFS.Resource); it.hasNext(); ) {
Statement s = it.nextStatement();
s.getModel().add(s.getSubject(), s.getPredicate(), OWL.Thing);
if (log.isLoggable(Level.FINE)) {
log.fine("Replaced triple " + s + " with (x, x, owl:Thing)");
}
it.remove();
}
}
public List<String> getTitles() {
List<String> titles = new ArrayList<String>();
StmtIterator itr = res.listProperties(DC.title);
while (itr.hasNext()) {
Statement statement = itr.nextStatement();
String title = ((Literal) statement.getObject()).getLexicalForm();
titles.add(title);
}
return titles;
}
public void testFindObject() {
StmtIterator iter = model.listStatements(new SimpleSelector(null, null, RDFS.Resource));
int i = 0;
while (iter.hasNext()) {
i++;
Statement stmt = iter.nextStatement();
assertEquals(RDFS.Resource, stmt.getObject());
}
assertEquals(2, i);
}
public void testFindProperty() {
StmtIterator iter = model.listStatements(new SimpleSelector(null, RDFS.label, (RDFNode) null));
int i = 0;
while (iter.hasNext()) {
i++;
Statement stmt = iter.nextStatement();
assertEquals(RDFS.label, stmt.getPredicate());
}
assertEquals(2, i);
}
/** For all inverse relations, ensure that the relationship is defined in both directions. */
private void applyInverseOfReasoning() {
List<Statement> list = model.listStatements(null, OWL.inverseOf, (RDFNode) null).toList();
for (Statement s : list) {
Resource subject = s.getSubject();
Resource object = s.getObject().asResource();
Statement newStatement = model.createStatement(object, OWL.inverseOf, subject);
model.add(newStatement);
}
}
public Configuration(Model configurationModel) {
model = configurationModel;
StmtIterator it = model.listStatements(null, RDF.type, CONF.Configuration);
if (!it.hasNext()) {
throw new IllegalArgumentException("No conf:Configuration found in configuration model");
}
config = it.nextStatement().getSubject();
datasets = new ArrayList();
it = model.listStatements(config, CONF.dataset, (RDFNode) null);
while (it.hasNext()) {
datasets.add(new Dataset(it.nextStatement().getResource()));
}
labelProperties = new ArrayList();
it = model.listStatements(config, CONF.labelProperty, (RDFNode) null);
while (it.hasNext()) {
labelProperties.add(it.nextStatement().getObject().as(Property.class));
}
if (labelProperties.isEmpty()) {
labelProperties.add(RDFS.label);
labelProperties.add(DC.title);
labelProperties.add(model.createProperty("http://xmlns.com/foaf/0.1/name"));
}
commentProperties = new ArrayList();
it = model.listStatements(config, CONF.commentProperty, (RDFNode) null);
while (it.hasNext()) {
commentProperties.add(it.nextStatement().getObject().as(Property.class));
}
if (commentProperties.isEmpty()) {
commentProperties.add(RDFS.comment);
commentProperties.add(DC.description);
}
imageProperties = new ArrayList();
it = model.listStatements(config, CONF.imageProperty, (RDFNode) null);
while (it.hasNext()) {
imageProperties.add(it.nextStatement().getObject().as(Property.class));
}
if (imageProperties.isEmpty()) {
imageProperties.add(model.createProperty("http://xmlns.com/foaf/0.1/depiction"));
}
prefixes = new PrefixMappingImpl();
if (config.hasProperty(CONF.usePrefixesFrom)) {
it = config.listProperties(CONF.usePrefixesFrom);
while (it.hasNext()) {
Statement stmt = it.nextStatement();
prefixes.setNsPrefixes(FileManager.get().loadModel(stmt.getResource().getURI()));
}
} else {
prefixes.setNsPrefixes(model);
}
if (prefixes.getNsURIPrefix(CONF.NS) != null) {
prefixes.removeNsPrefix(prefixes.getNsURIPrefix(CONF.NS));
}
}
