Package freenet.crypt

Examples of freenet.crypt.MultiHashInputStream$Digester

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    @Test
    public void testNamedIndependence()
    {
        String testStackOneName = "org.apache.commons.digester3.tests.testNamedIndependenceOne";
        String testStackTwoName = "org.apache.commons.digester3.tests.testNamedIndependenceTwo";
        Digester digester = new Digester();
        digester.push( testStackOneName, "Tweedledum" );
        digester.push( testStackTwoName, "Tweedledee" );
        assertEquals( "Popped value one:", "Tweedledum", digester.pop( testStackOneName ) );
        assertEquals( "Popped value two:", "Tweedledee", digester.pop( testStackTwoName ) );
    }
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    /** Tests popping named stack not yet pushed */
    @Test
    public void testPopNamedStackNotPushed()
    {
        String testStackName = "org.apache.commons.digester3.tests.testPopNamedStackNotPushed";
        Digester digester = new Digester();
        try
        {

            digester.pop( testStackName );
            fail( "Expected an EmptyStackException" );

        }
        catch ( EmptyStackException e )
        {
            // expected
        }

        try
        {

            digester.peek( testStackName );
            fail( "Expected an EmptyStackException" );

        }
        catch ( EmptyStackException e )
        {
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    /** Tests for isEmpty */
    @Test
    public void testNamedStackIsEmpty()
    {
        String testStackName = "org.apache.commons.digester3.tests.testNamedStackIsEmpty";
        Digester digester = new Digester();
        assertTrue( "A named stack that has no object pushed onto it yet should be empty",
                    digester.isEmpty( testStackName ) );

        digester.push( testStackName, "Some test value" );
        assertFalse( "A named stack that has an object pushed onto it should be not empty",
                     digester.isEmpty( testStackName ) );

        digester.peek( testStackName );
        assertFalse( "Peek should not effect whether the stack is empty", digester.isEmpty( testStackName ) );

        digester.pop( testStackName );
        assertTrue( "A named stack that has it's last object popped is empty", digester.isEmpty( testStackName ) );
    }
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     */
    @Test
    public void testGetRoot()
        throws Exception
    {
        Digester digester = new Digester();
        digester.addRule( "root", new ObjectCreateRule( TestBean.class ) );

        String xml = "<root/>";
        InputSource in = new InputSource( new StringReader( xml ) );

        digester.parse( in );

        Object root = digester.getRoot();
        assertNotNull( "root object not retrieved", root );
        assertTrue( "root object not a TestRule instance", ( root instanceof TestBean ) );
    }
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        Object obj4 = new String( "replpush.obj4" );

        Object obj8 = new String( "obj8" );
        Object obj9 = new String( "obj9" );

        Digester d = new Digester();
        d.setStackAction( action );

        assertEquals( 0, action.events.size() );
        d.push( obj1 );
        d.push( obj2 );
        d.push( obj3 );
        d.push( obj4 );

        assertNotNull( d.peek( 0 ) );
        // for obj4, a copy should have been pushed
        assertNotSame( obj4, d.peek( 0 ) );
        assertEquals( obj4, d.peek( 0 ) );
        // for obj3, replacement only occurs on pop
        assertSame( obj3, d.peek( 1 ) );
        assertSame( obj2, d.peek( 2 ) );
        assertSame( obj1, d.peek( 3 ) );

        Object obj4a = d.pop();
        Object obj3a = d.pop();
        Object obj2a = d.pop();
        Object obj1a = d.pop();

        assertFalse( obj4 == obj4a );
        assertEquals( obj4, obj4a );
        assertFalse( obj3 == obj4a );
        assertEquals( obj3, obj3a );
        assertSame( obj2, obj2a );
        assertSame( obj1, obj1a );

        d.push( "stack1", obj8 );
        d.push( "stack1", obj9 );
        Object obj9a = d.pop( "stack1" );
        Object obj8a = d.pop( "stack1" );

        assertSame( obj8, obj8a );
        assertSame( obj9, obj9a );

        assertEquals( 12, action.events.size() );
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     */
    @Before
    public void setUp()
    {

        digester = new Digester();

    }
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     * Test rule addition - this boils down to making sure that digester is set properly on rule addition.
     */
    @Test
    public void testAddRule()
    {
        Digester digester = new Digester();
        TestRule rule = new TestRule( "Test" );
        digester.addRule( "/root", rule );

        assertEquals( "Digester is not properly on rule addition.", digester, rule.getDigester() );

    }
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    @Test
    public void testSetNext()
        throws SAXException, IOException
    {
        Digester digester = new Digester();
        digester.setRules( new ExtendedBaseRules() );
        digester.setValidating( false );

        digester.addObjectCreate( "!*/b", BetaBean.class );
        digester.addObjectCreate( "!*/a", AlphaBean.class );
        digester.addObjectCreate( "root", ArrayList.class );
        digester.addSetProperties( "!*" );
        digester.addSetNext( "!*/b/?", "setChild" );
        digester.addSetNext( "!*/a/?", "setChild" );
        digester.addSetNext( "!root/?", "add" );
        ArrayList<?> root = digester.parse( getInputStream( "Test4.xml" ) );

        assertEquals( "Wrong array size", 2, root.size() );
        AlphaBean one = (AlphaBean) root.get( 0 );
        assertTrue( one.getChild() instanceof BetaBean );
        BetaBean two = (BetaBean) one.getChild();
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    @Test
    public void testSetTop()
        throws SAXException, IOException
    {
        Digester digester = new Digester();
        digester.setRules( new ExtendedBaseRules() );
        digester.setValidating( false );

        digester.addObjectCreate( "!*/b", BetaBean.class );
        digester.addObjectCreate( "!*/a", AlphaBean.class );
        digester.addObjectCreate( "root", ArrayList.class );
        digester.addSetProperties( "!*" );
        digester.addSetTop( "!*/b/?", "setParent" );
        digester.addSetTop( "!*/a/?", "setParent" );
        digester.addSetRoot( "!*/a", "add" );
        digester.addSetRoot( "!*/b", "add" );
        ArrayList<?> root = digester.parse( getInputStream( "Test4.xml" ) );

        assertEquals( "Wrong array size", 5, root.size() );

        // note that the array is in popped order (rather than pushed)

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    @Test
    public void testSetCustomProperties()
        throws SAXException, IOException
    {

        Digester digester = new Digester();

        digester.setValidating( false );

        digester.addObjectCreate( "toplevel", ArrayList.class );
        digester.addObjectCreate( "toplevel/one", Address.class );
        digester.addSetNext( "toplevel/one", "add" );
        digester.addObjectCreate( "toplevel/two", Address.class );
        digester.addSetNext( "toplevel/two", "add" );
        digester.addObjectCreate( "toplevel/three", Address.class );
        digester.addSetNext( "toplevel/three", "add" );
        digester.addObjectCreate( "toplevel/four", Address.class );
        digester.addSetNext( "toplevel/four", "add" );
        digester.addSetProperties( "toplevel/one" );
        digester.addSetProperties( "toplevel/two", new String[] { "alt-street", "alt-city", "alt-state" },
                                   new String[] { "street", "city", "state" } );
        digester.addSetProperties( "toplevel/three", new String[] { "aCity", "state" }, new String[] { "city" } );
        digester.addSetProperties( "toplevel/four", "alt-city", "city" );

        ArrayList<?> root = digester.parse( getInputStream( "Test7.xml" ) );

        assertEquals( "Wrong array size", 4, root.size() );

        // note that the array is in popped order (rather than pushed)
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