public static Set<String> getAllTypes(Model model, String typePrefix) { Resource rootResource = model.createResource(typePrefix); com.hp.hpl.jena.rdf.model.Property classProperty = model.createProperty("http://dblab.cs.toronto.edu/project/xcurator/0.1#classes"); Bag classBag = model.createBag("http://dblab.cs.toronto.edu/project/xcurator/0.1#classBag"); model.add(rootResource, classProperty, classBag); Set<String> ret = new HashSet<String>(); NodeIterator iterator = classBag.iterator(); while (iterator.hasNext()) { Resource resource = (Resource) iterator.next(); ret.add(resource.getURI()); } return ret; }
Model createProblemModel(Model m){ Bag bag = m.createBag(Commons.generateURI().getURI()); Resource problemURI = t.getProblemURI(); if (!(m.contains(problemURI, RDF.type, DQMPROB.InverseFunctionalPropertyViolation))){ m.add(problemURI, RDF.type, DQMPROB.InverseFunctionalPropertyViolation); m.add(problemURI, DQMPROB.violatedPredicate, Commons.asRDFNode(q.getPredicate())); m.add(problemURI, DQMPROB.violatedObject, Commons.asRDFNode(q.getObject())); bag = m.createBag(); bag.add(t.getSubject()); m.add(problemURI, DQMPROB.violatingSubjects, bag); } Resource bagURI = m.listObjectsOfProperty(problemURI, DQMPROB.violatingSubjects).next().asResource(); bag = m.getBag(bagURI); m.remove(problemURI, DQMPROB.violatingSubjects, bag); bag.add(Commons.asRDFNode(q.getSubject())); m.add(problemURI, DQMPROB.violatingSubjects, bag); return m; }
public void testGetBag() { final String uri = "http://aldabaran.hpl.hp.com/rdf/test4/" + 150; model.createBag(uri); final Bag b = model.getBag(uri); Assert.assertEquals(uri, b.getURI()); Assert.assertTrue(model.contains(b, RDF.type, RDF.Bag)); }
private void addToProblemReport(Resource codedProperty, Set<Resource> setCodedProperties){ Resource uri = Commons.generateURI(); problemModel.add(uri, RDF.type, DQMPROB.MissingPopulationCoverage); problemModel.add(uri, DQMPROB.forCodedProperty, codedProperty.asResource()); Bag bag = problemModel.createBag(Commons.generateURI().getURI()); for (Resource r : setCodedProperties){ try{ bag.add(r); }catch (Exception e){ e.printStackTrace(); } } this.problemModel.add(uri, DQMPROB.missingPopulationCoverageList, bag); }
public void updateConfiguration(ConfigurationItem newItem) throws ConfigurationException { if (getConfigModel() != null) { Resource type = getConfigModel().createResource(CATEGORY_KW); Property subcatprop = getConfigModel().createProperty( SUBCATEGORY_PROP); // we'll use this repeatedly String[] categoryHierarchy = newItem.getCategoryHierarchy(); Resource lastCategory = null; List<NameValuePair> nvplist = newItem.getNameValuePairs(); for (int i = 0; i < categoryHierarchy.length; i++) { Resource newCategory = getConfigModel().createResource( CONFIG_NAMESPACE + categoryHierarchy[i], type); if (i > 0) { getConfigModel().add(lastCategory, subcatprop, newCategory); } lastCategory = newCategory; } if (lastCategory != null) { for (int i = 0; nvplist != null && i < nvplist.size(); i++) { NameValuePair nvp = nvplist.get(i); Property prop = getConfigModel().createProperty( CONFIG_NAMESPACE + nvp.getName()); Statement stmt = lastCategory.getProperty(prop); if (stmt != null) { if (nvp.getConfigType().equals(ConfigurationType.Bag)) { throw new ConfigurationException( "Can't update a Bag"); } else if (nvp.getConfigType().equals( ConfigurationType.Sequence)) { throw new ConfigurationException( "Can't update a Sequence"); } else { Statement updateStmt = lastCategory .getProperty(getConfigModel() .createProperty( CONFIG_NAMESPACE + nvp.getName())); updateStmt.changeObject(getConfigModel() .createTypedLiteral(nvp.getValue())); } } else { getConfigModel().add( lastCategory, prop, getConfigModel().createTypedLiteral( nvp.getValue())); } } } clearReasoner(); setConfigChanged(true); } }
@Override public Bag getBag() { return baseStmt.getBag(); }
public Model evaluationModel(Map<String,String> typesMap){ Model m = ModelFactory.createDefaultModel(); Resource thisEval = Commons.generateURI(); Property _setP = m.createProperty("uri:minimumFractionObjectP"); //MIN_FRACTION_OBJ_P Property _approxD = m.createProperty("uri:approximateD"); //approxD Property _setResSize = m.createProperty("uri:reserviorSize"); // RESERVIOR SIZE Property _noTriples = m.createProperty("uri:numberOfTriples"); Property _maximumM = m.createProperty("uri:maximumM"); Property _assessedProperty = m.createProperty("uri:assessedProperty"); Property _totalOutliers = m.createProperty("uri:totalOutliers"); Property _simMeasureUsed = m.createProperty("uri:similarityMeasureUsed"); Property _icMeasureUsed = m.createProperty("uri:icMeasureUsed"); double mm = this.triples.size() * (1 - MIN_FRACTION_OBJ_P); m.add(m.createStatement(thisEval, _setP, m.createTypedLiteral(MIN_FRACTION_OBJ_P))); m.add(m.createStatement(thisEval, _approxD, m.createTypedLiteral(this.approxD))); m.add(m.createStatement(thisEval, _setResSize, m.createTypedLiteral(RESERVOIR_SIZE))); m.add(m.createStatement(thisEval, _noTriples, m.createTypedLiteral(this.triples.size()))); m.add(m.createStatement(thisEval, _maximumM, m.createTypedLiteral(mm))); m.add(m.createStatement(thisEval, _assessedProperty, m.createResource(this.predicate))); m.add(m.createStatement(thisEval, _totalOutliers, m.createTypedLiteral(this.outliers.size()))); m.add(m.createStatement(thisEval, _simMeasureUsed, m.createTypedLiteral(sim))); m.add(m.createStatement(thisEval, _icMeasureUsed, m.createTypedLiteral(ici))); Resource bag = Commons.generateURI(); Bag b = m.createBag(bag.getURI()); Property _hasSubject = m.createProperty("uri:subject"); Property _hasSubjectType = m.createProperty("uri:subjectType"); Property _hasObject = m.createProperty("uri:object"); Property _hasObjectType = m.createProperty("uri:objectType"); for (SerialisableTriple t : this.outliers){ Resource outlier = Commons.generateURI(); String subjType = typesMap.get(t.getTriple().getSubject().getURI()); Resource resSubjType = null; if (subjType == null) resSubjType = OWL.Thing; else resSubjType = (subjType.equals("")) ? OWL.Thing : m.createResource(subjType); String objType = typesMap.get(t.getTriple().getObject().getURI()); Resource resObjType = null; if (objType == null) resObjType = OWL.Thing; else resObjType = (objType.equals("") ) ? OWL.Thing : m.createResource(objType); m.add(m.createStatement(outlier, _hasSubject, Commons.asRDFNode(t.getTriple().getSubject()))); m.add(m.createStatement(outlier, _hasSubjectType, resSubjType)); m.add(m.createStatement(outlier, _hasObject, Commons.asRDFNode(t.getTriple().getObject()))); m.add(m.createStatement(outlier, _hasObjectType, resObjType)); b.add(outlier); } m.add(m.createStatement(thisEval, m.createProperty("urn:outliers"), b)); return m; }
