@Test
public void testIntersectionGovTermMove()
throws ENodeMergeException, ParseException, EReasonerException, EInconsistencyException {
final IIndividualABoxNode<String, String, String, String> node = _abox.createIndividualNode();
node.addClassTerm(_parser.parse("(and A B)"));
_abox.getDependencyMap().addGoverningTerm(node, _parser.parse("(and A B)"));
final Collection<? extends IReasonerResult<String, String, String, String>> results =
_reasoner.checkConsistency(_abox);
assertEquals(1, results.size());
final IABox<String, String, String, String> result = results.iterator().next().getABox();
assertTrue(result.getDependencyMap().hasGoverningTerm(node, _parser.parse("A")));
assertTrue(result.getDependencyMap().hasGoverningTerm(node, _parser.parse("B")));
assertFalse(result.getDependencyMap().hasGoverningTerm(node, _parser.parse("(and A B)")));
}
@Test
public void testFunctionalSomeTermWasGovTerm()
throws ENodeMergeException, ParseException, EReasonerException, EInconsistencyException {
final IIndividualABoxNode<String, String, String, String> node = _abox.createIndividualNode();
_abox.getAssertedRBox().addRole("r", RoleType.OBJECT_PROPERTY);
_abox.getAssertedRBox().setRoleProperty("r", RoleProperty.FUNCTIONAL);
node.addClassTerm(_parser.parse("(some r A)"));
_abox.getDependencyMap().addGoverningTerm(node, _parser.parse("(some r A)"));
assertTrue(_abox.getDependencyMap().hasGoverningTerm(node, _parser.parse("(some r A)")));
_reasoner.getReasonerOptions().setSemanticBranching(false);
final Collection<? extends IReasonerResult<String, String, String, String>> results =
_reasoner.checkConsistency(_abox, false);
assertEquals(1, results.size());
for (IReasonerResult<String, String, String, String> result : results) {
final IABox<String, String, String, String> abox = result.getABox();
final IABoxNode<String, String, String, String> node2 = abox.getNode(node.getNodeID());
assertEquals(1, node2.getRABox().getSuccessorNodes().size());
final IABoxNode<String, String, String, String> succ =
node2.getRABox().getSuccessorNodes().iterator().next();
assertTrue(abox.getDependencyMap().hasGoverningTerm(succ, _parser.parse("A")));
assertFalse(abox.getDependencyMap().hasGoverningTerm(node2, _parser.parse("(some r A)")));
}
}
@Test
public void testForAllTermNoSuccNoGovTerm()
throws ENodeMergeException, ParseException, EReasonerException, EInconsistencyException {
final IIndividualABoxNode<String, String, String, String> node = _abox.createIndividualNode();
_abox.getAssertedRBox().addRole("r", RoleType.OBJECT_PROPERTY);
node.addClassTerm(_parser.parse("(only r A)"));
assertFalse(_abox.getDependencyMap().hasGoverningTerm(node, _parser.parse("(only r A)")));
final Collection<? extends IReasonerResult<String, String, String, String>> results =
_reasoner.checkConsistency(_abox, false);
assertEquals(1, results.size());
final IABox<String, String, String, String> result = results.iterator().next().getABox();
assertFalse(
result.getDependencyMap().hasGoverningTerm(node.getNodeID(), _parser.parse("(only r A)")));
}
@Test
public void testUnionGovTermIntroductionWasGovTerm()
throws ENodeMergeException, ParseException, EReasonerException, EInconsistencyException {
final IIndividualABoxNode<String, String, String, String> node = _abox.createIndividualNode();
node.addClassTerm(_parser.parse("(or A B)"));
_reasoner.getReasonerOptions().setSemanticBranching(false);
final Collection<? extends IReasonerResult<String, String, String, String>> results =
_reasoner.checkConsistency(_abox, false);
assertEquals(2, results.size());
for (IReasonerResult<String, String, String, String> result : results) {
final IABox<String, String, String, String> abox = result.getABox();
assertTrue(
abox.getDependencyMap().hasGoverningTerm(node, _parser.parse("A"))
^ abox.getDependencyMap().hasGoverningTerm(node, _parser.parse("B")));
assertFalse(abox.getDependencyMap().hasGoverningTerm(node, _parser.parse("(or A B)")));
}
}
@Test
public void testComplexTermPropagation1()
throws ENodeMergeException, ParseException, EReasonerException, EInconsistencyException {
final IIndividualABoxNode<String, String, String, String> node = _abox.createIndividualNode();
_abox.getAssertedRBox().addRole("r", RoleType.OBJECT_PROPERTY);
_abox.getAssertedRBox().setRoleProperty("r", RoleProperty.FUNCTIONAL);
final IIndividualABoxNode<String, String, String, String> node2 = _abox.createIndividualNode();
node.getRABox().getAssertedSuccessors().put("r", node2);
node.addClassTerm(_parser.parse("(only r (some r (some r A)))"));
_abox.getDependencyMap().addGoverningTerm(node, _parser.parse("(only r (some r (some r A)))"));
assertTrue(
_abox
.getDependencyMap()
.hasGoverningTerm(node, _parser.parse("(only r (some r (some r A)))")));
final Collection<? extends IReasonerResult<String, String, String, String>> results =
_reasoner.checkConsistency(_abox, false);
assertEquals(1, results.size());
final IABox<String, String, String, String> result = results.iterator().next().getABox();
final IABoxNode<String, String, String, String> n = result.getNode(node.getNodeID());
assertFalse(
result
.getDependencyMap()
.hasGoverningTerm(n, _parser.parse("(only r (some r (some r A)))")));
assertFalse(
result.getDependencyMap().hasGoverningTerm(n, _parser.parse("(some r (some r A))")));
assertEquals(1, n.getRABox().getSuccessorNodes().size());
final IABoxNode<String, String, String, String> n2 =
n.getRABox().getSuccessorNodes().iterator().next();
assertFalse(result.getDependencyMap().hasGoverningTerm(n2, _parser.parse("(some r A)")));
assertEquals(1, n2.getRABox().getSuccessorNodes().size());
final IABoxNode<String, String, String, String> n3 =
n2.getRABox().getSuccessorNodes().iterator().next();
assertFalse(result.getDependencyMap().hasGoverningTerm(n3, _parser.parse("(some r A)")));
assertEquals(1, n3.getRABox().getSuccessorNodes().size());
final IABoxNode<String, String, String, String> n4 =
n3.getRABox().getSuccessorNodes().iterator().next();
assertTrue(result.getDependencyMap().hasGoverningTerm(n4, _parser.parse("A")));
}