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NIHVIVO-1755 unit tests for SimpleReasoner - adding some to verify inferencing based on equivalent class

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sjm222 2011-01-24 21:51:30 +00:00
parent 3fa7b24f2a
commit 24d7c25fc7
1 changed files with 129 additions and 1 deletions
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130
webapp/test/edu/cornell/mannlib/vitro/webapp/reasoner/SimpleReasonerTest.java
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@ -5,7 +5,6 @@ package edu.cornell.mannlib.vitro.webapp.reasoner;
import org.junit.Assert; import org.junit.Assert;
import org.junit.Before; import org.junit.Before;
import org.junit.Ignore;
import org.junit.Test; import org.junit.Test;
import org.mindswap.pellet.jena.PelletReasonerFactory; import org.mindswap.pellet.jena.PelletReasonerFactory;
@ -308,6 +307,135 @@ public class SimpleReasonerTest extends AbstractTestClass {
} }
// Test inference based on class equivalence
//
@Test
public void equivClass1(){
// Create TBox, ABox and Inference models and register
// the ABox reasoner listeners with the ABox and TBox
// Pellet will compute TBox inferences
OntModel tBox = ModelFactory.createOntologyModel(PelletReasonerFactory.THE_SPEC);
OntModel aBox = ModelFactory.createOntologyModel(OntModelSpec.OWL_MEM);
Model inf = ModelFactory.createDefaultModel();
SimpleReasoner simpleReasoner = new SimpleReasoner(tBox, aBox, inf);
aBox.register(simpleReasoner);
tBox.register(new SimpleReasonerTBoxListener(simpleReasoner));
// Add classes classes A, B and C to the TBox
// A is equivalent to B
// C is a subclass of A
OntClass classA = tBox.createClass("http://test.vivo/A");
classA.setLabel("class A", "en-US");
OntClass classB = tBox.createClass("http://test.vivo/B");
classB.setLabel("class B", "en-US");
OntClass classC = tBox.createClass("http://test.vivo/C");
classC.setLabel("class C", "en-US");
classA.addEquivalentClass(classB);
classA.addSubClass(classC);
// Add a statement that individual x is of type C to the ABox
Resource ind_x = aBox.createResource("http://test.vivo/x");
aBox.add(ind_x, RDF.type, classC);
// Verify that "x is of type A" was inferred
Statement xisa = ResourceFactory.createStatement(ind_x, RDF.type, classA);
Assert.assertTrue(inf.contains(xisa));
// Verify that "x is of type B" was inferred
Statement xisb = ResourceFactory.createStatement(ind_x, RDF.type, classB);
Assert.assertTrue(inf.contains(xisb));
}
// Test inference based on class equivalence
//
@Test
public void equivClass2(){
// Create TBox, ABox and Inference models and register
// the ABox reasoner listeners with the ABox and TBox
// Pellet will compute TBox inferences
OntModel tBox = ModelFactory.createOntologyModel(PelletReasonerFactory.THE_SPEC);
OntModel aBox = ModelFactory.createOntologyModel(OntModelSpec.OWL_MEM);
Model inf = ModelFactory.createDefaultModel();
SimpleReasoner simpleReasoner = new SimpleReasoner(tBox, aBox, inf);
aBox.register(simpleReasoner);
tBox.register(new SimpleReasonerTBoxListener(simpleReasoner));
// Add classes classes A and B to the TBox
// A is equivalent to B
OntClass classA = tBox.createClass("http://test.vivo/A");
classA.setLabel("class A", "en-US");
OntClass classB = tBox.createClass("http://test.vivo/B");
classB.setLabel("class B", "en-US");
classA.addEquivalentClass(classB);
// Add a statement that individual x is of type B to the ABox
Resource ind_x = aBox.createResource("http://test.vivo/x");
aBox.add(ind_x, RDF.type, classB);
// Verify that "x is of type A" was inferred
Statement xisa = ResourceFactory.createStatement(ind_x, RDF.type, classA);
Assert.assertTrue(inf.contains(xisa));
}
// Test inference based on class equivalence
//
@Test
public void equivClass3(){
// Create TBox, ABox and Inference models and register
// the ABox reasoner listeners with the ABox and TBox
// Pellet will compute TBox inferences
OntModel tBox = ModelFactory.createOntologyModel(PelletReasonerFactory.THE_SPEC);
OntModel aBox = ModelFactory.createOntologyModel(OntModelSpec.OWL_MEM);
Model inf = ModelFactory.createDefaultModel();
SimpleReasoner simpleReasoner = new SimpleReasoner(tBox, aBox, inf);
aBox.register(simpleReasoner);
tBox.register(new SimpleReasonerTBoxListener(simpleReasoner));
// Add classes classes A and B to the TBox
// A is equivalent to B
OntClass classA = tBox.createClass("http://test.vivo/A");
classA.setLabel("class A", "en-US");
OntClass classB = tBox.createClass("http://test.vivo/B");
classB.setLabel("class B", "en-US");
classA.addEquivalentClass(classB);
// Add a statement that individual x is of type B to the ABox
Resource ind_x = aBox.createResource("http://test.vivo/x");
aBox.add(ind_x, RDF.type, classB);
// Verify that "x is of type A" was inferred
Statement xisa = ResourceFactory.createStatement(ind_x, RDF.type, classA);
Assert.assertTrue(inf.contains(xisa));
// Remove the statement that x is of type B from the ABox
aBox.remove(ind_x, RDF.type, classB);
// Verify that "x is of type A" was removed from the inference graph
Assert.assertFalse(inf.contains(xisa));
}
// To help in debugging the unit test // To help in debugging the unit test
void printModels(OntModel ontModel) { void printModels(OntModel ontModel) {