testdamlclass.java

Jena推理机

                public void doTest( DAMLModel m ) throws Exception {
                    DAMLClass A = m.createDAMLClass( NS + "A" );
                    DAMLInstance a = m.createDAMLInstance( A, NS + "a" );
                    DAMLInstance b = m.createDAMLInstance( A, NS + "b" );
                    DAMLInstance c = m.createDAMLInstance( A, NS + "c" );

                    iteratorTest( A.getInstances(), new Object[] {a,b,c} );
                }
            },
            new OntTestCase( "DAMLClass.disjointUnionOf" ) {
                public void doTest( DAMLModel m ) throws Exception {
                    DAMLClass A = m.createDAMLClass( NS + "A" );
                    DAMLClass B = m.createDAMLClass( NS + "B" );
                    DAMLClass C = m.createDAMLClass( NS + "C" );
                    DAMLClass D = m.createDAMLClass( NS + "D" );

                    assertEquals( "prop_disjointUnionOf property", DAML_OIL.disjointUnionOf, A.prop_disjointUnionOf().getProperty() );

                    assertEquals( "disjointUnionOf cardinality", 0, A.prop_disjointUnionOf().count() );
                    A.prop_disjointUnionOf().add( m.createDAMLList( new RDFNode[] {B,C} ) );

                    assertEquals( "disjointUnionOf cardinality", 1, A.prop_disjointUnionOf().count() );

                    iteratorTest( A.prop_disjointUnionOf().getList().getAll(), new Object[] {B,C} );
                    A.prop_disjointUnionOf().getList().add( D );
                    iteratorTest( A.prop_disjointUnionOf().getList().getAll(), new Object[] {B,C,D} );

                    assertTrue( "contains", A.prop_disjointUnionOf().getList().contains( D ) );
                    assertTrue( "contains", A.prop_disjointUnionOf().getList().contains( B ) );
                    assertTrue( "contains", A.prop_disjointUnionOf().getList().contains( C ) );
                }
            },
            new OntTestCase( "DAMLClass.unionOf" ) {
                public void doTest( DAMLModel m ) throws Exception {
                    DAMLClass A = m.createDAMLClass( NS + "A" );
                    DAMLClass B = m.createDAMLClass( NS + "B" );
                    DAMLClass C = m.createDAMLClass( NS + "C" );
                    DAMLClass D = m.createDAMLClass( NS + "D" );

                    assertEquals( "prop_unionOf property", DAML_OIL.unionOf, A.prop_unionOf().getProperty() );

                    assertEquals( "unionOf cardinality", 0, A.prop_unionOf().count() );
                    A.prop_unionOf().add( m.createDAMLList( new RDFNode[] {B,C} ) );

                    assertEquals( "unionOf cardinality", 1, A.prop_unionOf().count() );

                    iteratorTest( A.prop_unionOf().getList().getAll(), new Object[] {B,C} );
                    A.prop_unionOf().getList().add( D );
                    iteratorTest( A.prop_unionOf().getList().getAll(), new Object[] {B,C,D} );

                    assertTrue( "contains", A.prop_unionOf().getList().contains( D ) );
                    assertTrue( "contains", A.prop_unionOf().getList().contains( B ) );
                    assertTrue( "contains", A.prop_unionOf().getList().contains( C ) );
                }
            },
            new OntTestCase( "DAMLClass.intersectionOf" ) {
                public void doTest( DAMLModel m ) throws Exception {
                    DAMLClass A = m.createDAMLClass( NS + "A" );
                    DAMLClass B = m.createDAMLClass( NS + "B" );
                    DAMLClass C = m.createDAMLClass( NS + "C" );
                    DAMLClass D = m.createDAMLClass( NS + "D" );

                    assertEquals( "prop_intersectionOf property", DAML_OIL.intersectionOf, A.prop_intersectionOf().getProperty() );

                    assertEquals( "intersectionOf cardinality", 0, A.prop_intersectionOf().count() );
                    A.prop_intersectionOf().add( m.createDAMLList( new RDFNode[] {B,C} ) );

                    assertEquals( "intersectionOf cardinality", 1, A.prop_intersectionOf().count() );

                    iteratorTest( A.prop_intersectionOf().getList().getAll(), new Object[] {B,C} );
                    A.prop_intersectionOf().getList().add( D );
                    iteratorTest( A.prop_intersectionOf().getList().getAll(), new Object[] {B,C,D} );

                    assertTrue( "contains", A.prop_intersectionOf().getList().contains( D ) );
                    assertTrue( "contains", A.prop_intersectionOf().getList().contains( B ) );
                    assertTrue( "contains", A.prop_intersectionOf().getList().contains( C ) );
                }
            },
            new OntTestCase( "DAMLClass.oneOf" ) {
                public void doTest( DAMLModel m ) throws Exception {
                    DAMLClass A = m.createDAMLClass( NS + "A" );
                    DAMLClass B = m.createDAMLClass( NS + "B" );
                    DAMLClass C = m.createDAMLClass( NS + "C" );
                    DAMLClass D = m.createDAMLClass( NS + "D" );

                    assertEquals( "prop_oneOf property", DAML_OIL.oneOf, A.prop_oneOf().getProperty() );

                    assertEquals( "oneOf cardinality", 0, A.prop_oneOf().count() );
                    A.prop_oneOf().add( m.createDAMLList( new RDFNode[] {B,C} ) );

                    assertEquals( "oneOf cardinality", 1, A.prop_oneOf().count() );

                    iteratorTest( A.prop_oneOf().getList().getAll(), new Object[] {B,C} );
                    A.prop_oneOf().getList().add( D );
                    iteratorTest( A.prop_oneOf().getList().getAll(), new Object[] {B,C,D} );

                    assertTrue( "contains", A.prop_oneOf().getList().contains( D ) );
                    assertTrue( "contains", A.prop_oneOf().getList().contains( B ) );
                    assertTrue( "contains", A.prop_oneOf().getList().contains( C ) );
                }
            },
            new OntTestCase( "DAMLClass.getDefinedProperties" ) {
                public void doTest( DAMLModel m ) throws Exception {
                    DAMLClass A = m.createDAMLClass( NS + "A" );
                    DAMLClass B = m.createDAMLClass( NS + "B" );

                    B.prop_subClassOf().add( A );

                    DAMLObjectProperty p = m.createDAMLObjectProperty( NS + "p" );
                    DAMLObjectProperty q = m.createDAMLObjectProperty( NS + "q" );
                    DAMLObjectProperty r = m.createDAMLObjectProperty( NS + "r" );

                    p.prop_domain().add( B );
                    q.prop_domain().add( B );
                    r.prop_domain().add( A );

                    iteratorTest( A.getDefinedProperties(), new Object[] {r} );
                    iteratorTest( B.getDefinedProperties(), new Object[] {p,q,r} );   // note no inference
                }
            },
            new OntTestCase( "DAMLRestriction.prop_onProperty" ) {
                public void doTest( DAMLModel m ) throws Exception {
                    DAMLRestriction A = m.createDAMLRestriction( NS + "A" );
                    DAMLObjectProperty p = m.createDAMLObjectProperty( NS + "p" );

                    assertEquals( "prop_onProperty property", DAML_OIL.onProperty, A.prop_onProperty().getProperty() );

                    assertEquals( "onProperty cardinality", 0, A.prop_onProperty().count() );
                    A.prop_onProperty().add( p );

                    assertEquals( "onProperty cardinality", 1, A.prop_onProperty().count() );

                    iteratorTest( A.prop_onProperty().getAll(), new Object[] {p} );
                }
            },
            new OntTestCase( "DAMLRestriction.prop_toClass" ) {
                public void doTest( DAMLModel m ) throws Exception {
                    DAMLRestriction A = m.createDAMLRestriction( NS + "A" );
                    DAMLClass B = m.createDAMLClass( NS + "B" );

                    assertEquals( "prop_toClass property", DAML_OIL.toClass, A.prop_toClass().getProperty() );

                    assertEquals( "toClass cardinality", 0, A.prop_toClass().count() );
                    A.prop_toClass().add( B );

                    assertEquals( "toClass cardinality", 1, A.prop_toClass().count() );

                    iteratorTest( A.prop_toClass().getAll(), new Object[] {B} );
                }
            },
            new OntTestCase( "DAMLRestriction.prop_hasClass" ) {
                public void doTest( DAMLModel m ) throws Exception {
                    DAMLRestriction A = m.createDAMLRestriction( NS + "A" );
                    DAMLClass B = m.createDAMLClass( NS + "B" );

                    assertEquals( "prop_hasClass property", DAML_OIL.hasClass, A.prop_hasClass().getProperty() );

                    assertEquals( "hasClass cardinality", 0, A.prop_hasClass().count() );
                    A.prop_hasClass().add( B );

                    assertEquals( "hasClass cardinality", 1, A.prop_hasClass().count() );

                    iteratorTest( A.prop_hasClass().getAll(), new Object[] {B} );
                }
            },
            new OntTestCase( "DAMLRestriction.prop_cardinality" ) {
                public void doTest( DAMLModel m ) throws Exception {
                    DAMLRestriction A = m.createDAMLRestriction( NS + "A" );

                    assertEquals( "prop_cardinality property", DAML_OIL.cardinality, A.prop_cardinality().getProperty() );

                    assertEquals( "cardinality cardinality", 0, A.prop_cardinality().count() );
                    A.prop_cardinality().addInt( 1 );

                    assertEquals( "cardinality cardinality", 1, A.prop_cardinality().count() );

                    assertEquals( "cardinality", 1, A.prop_cardinality().getInt() );
                }
            },
        };
    }

    // Internal implementation methods
    //////////////////////////////////

    //==============================================================================
    // Inner class definitions
    //==============================================================================

}


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