Examples of com.volantis.mcs.protocols.DOMOutputBuffer

com.volantis.mcs.protocols.DOMOutputBuffer
This class extends AbtsractOutputBuffer with the methods which need to be implemented by OutputBuffers which contain a DOM, or partial DOM.
When creating output elements, the CSS display value needs to be set correctly. There are three different types of elements we create:
1. Elements that map like for like with the input, e.g. a table on input maps to a table on output. In this case the value of display should be preserved from the input styles.
2. Elements that are created from the input but are not like for like, e.g table -> div, pane -> table. In this case the display should be overridden with a value that is appropriate for the output. For example pane -> table has display:block as input but should have display:table as output. Note that where possible this should match the input in meaning as far as is practical.
3. As structural necessity, e.g. does not map to an input element and so does not have any styles of its own and therefore has to inherit them from its parent, e.g. tr. In this case the display should be set properly on the output.
NOTE: This class uses Java's Character.isWhitespace(char) to determine if a character is a whitespace. The characters that Java defines to be whitespace are a superset of those that XML defines to be whitespace. However, if the extra characters considered to be Java whitespace are used in an XML document, the XML parser will already have complained about these characters being invalid.
@mock.generate base="OutputBuffer"

     */
    public void notestOpenPane() throws RepositoryException, IOException,
            ParserConfigurationException, SAXException {
        privateSetUp();


        DOMOutputBuffer buffer = new DOMOutputBuffer();
        buffer.initialise();


        Element el = null;


        Pane pane = new Pane(null);
        pane.setName(PANE_NAME);
        pane.setBackgroundColour("#ff0000");
        pane.setBorderWidth("15");
        pane.setCellPadding("16");
        pane.setCellSpacing("17");


        final String cssValues = "background-color: #ff00ff; " +
                "border-width: 5px; " +
                "border-spacing: 7px";


        PaneAttributes attributes = new PaneAttributes();
        attributes.setStyles(StylesBuilder.getStyles(cssValues));
//        attributes.setBackgroundColour("#ff00ff");
//        attributes.setBorderWidth("5");
//        attributes.setCellPadding("6");
//        attributes.setCellSpacing("7");
        attributes.setPane(pane);


        protocol.openPane(buffer, attributes);
        try {
            el = buffer.closeElement("td");
        } catch (IllegalStateException ise) {
            fail("td element not found.");
        }


        //@todo add actual tests.

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    public void testOpenPaneWithContainerCell() throws Exception {
        privateSetUp();
        context.setDevice(INTERNAL_DEVICE_FACTORY.createInternalDevice(
            new DefaultDevice(DEVICE_NAME, new HashMap(), null)));
        
        DOMOutputBuffer dom = new DOMOutputBuffer();
        Element containerCell;


        dom.initialise();


        containerCell = dom.openElement("td");
        containerCell.setAttribute("valign", "top");


        Pane pane1 = new Pane(null);
        pane1.setName(PANE_NAME);


        PaneAttributes attributes = new PaneAttributes();
        attributes.setStyles(StylesBuilder.getStyles(
                "background-color: #ff0000"));
        attributes.setPane(pane1);


//        context.setStyleClassName(CLASS_NAME);
        protocol.setMarinerPageContext(context);
        protocol.openPane(dom, attributes);


        Element cell = null;
        try {
            cell = dom.closeElement("td");
            dom.closeElement("tr");
            dom.closeElement("table");
        } catch (IllegalStateException e) {
            fail("Expected table/tr/td elements not found");
        }


        if (containerCell != null) {

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        context = new TestMarinerPageContext();
        protocol.setMarinerPageContext(context);
        TestDeviceLayoutContext deviceContext = new TestDeviceLayoutContext();
        context.pushDeviceLayoutContext(deviceContext);


        DOMOutputBuffer dom = new DOMOutputBuffer();
        dom.initialise();
        PaneAttributes attributes = new PaneAttributes();
        Pane pane = new Pane(null);
        attributes.setPane(pane);


        Element body;
        // @todo 2005060816 annotate child with style information if it's not inherited from the parent
        body = dom.openStyledElement("body", attributes);
        dom.openElement("table");
        dom.openElement("tr");
        dom.openElement("td");


        dom.appendEncoded("Example");


        protocol.closePane(dom, attributes);


        assertSame("The DOM's current element isn't the body element",
                   dom.getCurrentElement(),
                   body);
    }

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     * test for the openDissectingPane method
     */
    public void testOpenDissectingPane() throws RepositoryException {
        privateSetUp();


        DOMOutputBuffer buffer = new DOMOutputBuffer();
        buffer.initialise();


        String inclusionPath = "TestInclusionPath";
        String paneName = "TestPaneName";
        String nextShortcut = "TestNextShardShortcut";
        String nextLink = "TestNextShardLink";
        String nextClass = "TestNextShardLinkClass";
        String prevShortcut = "TestPreviousShardShortcut";
        String prevLink = "TestPreviousShardLink";
        String prevClass = "TestPreviousShardLinkClass";
        String maxContentSize = "100";
        boolean nextLinkFirst = true;


        DissectingPane pane = new DissectingPane(canvasLayout);
        pane.setName(paneName);
        pane.setAttribute(FormatConstants.NEXT_SHARD_SHORTCUT_ATTRIBUTE,
                          nextShortcut);
        pane.setAttribute(FormatConstants.NEXT_SHARD_LINK_TEXT_ATTRIBUTE,
                          nextLink);
        pane.setAttribute(FormatConstants.NEXT_SHARD_LINK_CLASS_ATTRIBUTE,
                          nextClass);
        pane.setAttribute(FormatConstants.PREVIOUS_SHARD_SHORTCUT_ATTRIBUTE,
                          prevShortcut);
        pane.setAttribute(FormatConstants.PREVIOUS_SHARD_LINK_TEXT_ATTRIBUTE,
                          prevLink);
        pane.setAttribute(FormatConstants.PREVIOUS_SHARD_LINK_CLASS_ATTRIBUTE,
                          prevClass);
        pane.setAttribute(FormatConstants.MAXIMUM_CONTENT_SIZE_ATTRIBUTE,
                          maxContentSize);


        DissectingPaneAttributes atts = new DissectingPaneAttributes();
        atts.setDissectingPane(pane);
        atts.setInclusionPath(inclusionPath);
        atts.setIsNextLinkFirst(nextLinkFirst);


        protocol.setDissecting(true);
        protocol.openDissectingPane(buffer, atts);


        if (protocol.isDissectionSupported()) {
            Element el = null;
            try {
                el = buffer.closeElement("div");
                el = buffer.closeElement
                        (DissectionConstants.DISSECTABLE_CONTENTS_ELEMENT);
            } catch (IllegalStateException ise) {
                fail(DissectionConstants.DISSECTABLE_CONTENTS_ELEMENT +
                     " element not found.");
            }


            // check that all the attributes have been written out
            assertEquals("Invalid inclusion path attribute",
                         el.getAttributeValue
                         (DissectionConstants.INCLUSION_PATH_ATTRIBUTE),
                         atts.getInclusionPath());


            assertEquals("Invalid pane name attribute",
                         el.getAttributeValue
                         (DissectionConstants.DISSECTING_PANE_NAME_ATTRIBUTE),
                         atts.getDissectingPane().getName());


            assertEquals("Invalid next shard shortcut attribute",
                         el.getAttributeValue
                         (DissectionConstants.NEXT_SHARD_SHORTCUT_ATTRIBUTE),
                         nextShortcut);


            assertEquals("Invalid next shard link attribute",
                         el.getAttributeValue
                         (DissectionConstants.NEXT_SHARD_LINK_TEXT_ATTRIBUTE),
                         nextLink);


            assertEquals("Invalid previous shortcut attribute",
                         el.getAttributeValue
                         (DissectionConstants.PREVIOUS_SHARD_SHORTCUT_ATTRIBUTE),
                         prevShortcut);


            assertEquals("Invalid previous link attribute",
                         el.getAttributeValue
                         (DissectionConstants.PREVIOUS_SHARD_LINK_TEXT_ATTRIBUTE),
                         prevLink);


            assertEquals("Invalid next link first attribute",
                         el.getAttributeValue
                         (DissectionConstants.GENERATE_NEXT_LINK_FIRST_ATTRIBUTE),
                         String.valueOf(nextLinkFirst));


            assertEquals("Invalid max contents attribute",
                         el.getAttributeValue
                         (DissectionConstants.MAXIMUM_CONTENT_SIZE_ATTRIBUTE),
                         maxContentSize);
        } else {
            assertTrue("Protocol does not support dissection so no markup " +
                       "should have been generated", buffer.isEmpty());
        }
    }

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    }


    public void testShardLinkStyleClass() throws Exception {
        privateSetUp();


        DOMOutputBuffer buffer = new DOMOutputBuffer();
        ShardLinkAttributes attributes = new ShardLinkAttributes();
        attributes.setStyles(StylesBuilder.getDeprecatedStyles());
        Element anchor;
        Node node;


        buffer.initialise();
        attributes.setHref("http://www.volantis.com/page");
        attributes.setLinkText("Next");
        attributes.setShortcut("N");


        protocol.doShardLink(buffer, attributes);


        node = buffer.getCurrentElement().getHead();


        assertNotNull("Should have found a node",
                      node);


        assertTrue("Node should be an element",

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     * test the getFormatStyleClass method.
     */
    public void notestGetFormatStyleClass() throws Exception {
        privateSetUp();


        DOMOutputBuffer buffer = new DOMOutputBuffer();
        buffer.initialise();


        // Demonstrate that this device layout isn't used
        context.setDeviceLayout(null);


//        context.setStyleClassName(CLASS_NAME);

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    /**
     * Test that we are rendering the type of action inputs properly.
     */
    protected void checkActionInputType() throws ProtocolException {


        DOMOutputBuffer buffer = new DOMOutputBuffer();
        buffer.initialise();
        XFActionAttributes attributes = new XFActionAttributes();
        attributes.setStyles(StylesBuilder.getInitialValueStyles());


        // Setup test for normal behaviour for input tag generation (submit)
        String name = "My Name";
        String actionType = "submit";
        String caption = "This is my caption";
        String value = "This is my value";


        attributes.setName(name);
        attributes.setType(actionType);
        attributes.setCaption(new LiteralTextAssetReference(caption));
        attributes.setValue(value);


        protocol.doActionInput(buffer, attributes);
        String actualResult = bufferToString(buffer);
        assertEquals("DOM buffer should match",
                     "<input name=\"" + name + "\" " +
                     "type=\"" + actionType + "\" value=\"" + caption  + "\"/>",
                     actualResult);


        // Setup test for normal behaviour for input tag generation (perform)
        buffer = new DOMOutputBuffer();
        buffer.initialise();
        actionType = "perform";
        attributes.setType(actionType);


        protocol.doActionInput(buffer, attributes);
        actualResult = bufferToString(buffer);


        assertEquals("DOM buffer should match",
                     "<input name=\"" + name + "\" " +
                     "type=\"" + "submit" + "\" value=\"" + caption  + "\"/>",
                     actualResult);


        // Setup test for normal behaviour for input tag generation (perform)
        buffer = new DOMOutputBuffer();
        buffer.initialise();
        actionType = "reset";
        attributes.setType(actionType);
        protocol.doActionInput(buffer, attributes);
        actualResult = bufferToString(buffer);
        assertEquals("DOM buffer should match",
                     "<input name=\"" + name + "\" " +
                     "type=\"" + actionType + "\" value=\"" + caption  + "\"/>",
                     actualResult);


        // Setup test for abnormal behaviour - garbage actionType
        buffer = new DOMOutputBuffer();
        buffer.initialise();
        actionType = "GARBAGE";
        attributes.setType(actionType);
        try {
            protocol.doActionInput(buffer, attributes);
            fail("Should have thrown an IllegalArgumentException");
        } catch (IllegalArgumentException e) {
        }


        // Setup test for abnormal behaviour - garbage actionType
        buffer = new DOMOutputBuffer();
        buffer.initialise();
        actionType = "submit";
        attributes.setType(actionType);
        attributes.setTabindex("1");
        protocol.doActionInput(buffer, attributes);
        assertTrue(protocol.supportsTabindex);

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        String name = "My Name";
        String actionType = "submit";
        String caption = "The caption";
        String value = "This is my value";


        DOMOutputBuffer buffer = new DOMOutputBuffer();
        buffer.initialise();


        XFActionAttributes attributes = new XFActionAttributes();
        attributes.setStyles(StylesBuilder.getInitialValueStyles());


        attributes.setName(name);

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    }


    protected void checkActionInputShortcut(boolean generated,
            boolean styled) throws ProtocolException {


        DOMOutputBuffer buffer = new DOMOutputBuffer();
        buffer.initialise();
        XFActionAttributes attributes = new XFActionAttributes();
        attributes.setStyles(StylesBuilder.getInitialValueStyles());


        // Setup test for normal behaviour for input tag generation (submit)
        String shortcut = "1";

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        //           entryBuffer == captionBuffer != null
        selector = protocol.createBufferSelector(
            entry, caption, null, null, null);
        doTestBufferSelector(selector, caption, entry, true, true, false);


        DOMOutputBuffer dom = new DOMOutputBuffer();
        selector = protocol.createBufferSelector(
            null, null, null, null, dom);
        doTestBufferSelector(selector, null, null, true, true, true);


        DOMOutputBuffer entryBuffer = new DOMOutputBuffer();
        DOMOutputBuffer captionBuffer = new DOMOutputBuffer();
        selector = protocol.createBufferSelector(
            null, null, null, captionBuffer, null);
        doTestBufferSelector(selector, null, null, true, true, true);


        selector = protocol.createBufferSelector(

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