Package org.jfree.xml.util

Examples of org.jfree.xml.util.MultiplexMappingEntry

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    }

    protected void addDefaultMappings () {

        final MultiplexMappingEntry[] paintEntries = new MultiplexMappingEntry[2];
        paintEntries[0] = new MultiplexMappingEntry("color", Color.class.getName());
        paintEntries[1] = new MultiplexMappingEntry("gradientPaint", GradientPaint.class.getName());
        addMultiplexMapping(Paint.class, "type", paintEntries);
        addManualMapping(Color.class, ColorReadHandler.class);
        addManualMapping(GradientPaint.class, GradientPaintReadHandler.class);

        final MultiplexMappingEntry[] point2DEntries = new MultiplexMappingEntry[2];
        point2DEntries[0] = new MultiplexMappingEntry("float", Point2D.Float.class.getName());
        point2DEntries[1] = new MultiplexMappingEntry("double", Point2D.Double.class.getName());
        addMultiplexMapping(Point2D.class, "type", point2DEntries);
        addManualMapping(Point2D.Float.class, Point2DReadHandler.class);
        addManualMapping(Point2D.Double.class, Point2DReadHandler.class);

        final MultiplexMappingEntry[] rectangle2DEntries = new MultiplexMappingEntry[2];
        rectangle2DEntries[0] = new MultiplexMappingEntry(
            "float", Rectangle2D.Float.class.getName()
        );
        rectangle2DEntries[1] = new MultiplexMappingEntry(
            "double", Rectangle2D.Double.class.getName()
        );
        addMultiplexMapping(Rectangle2D.class, "type", rectangle2DEntries);
        addManualMapping(Rectangle2D.Float.class, Rectangle2DReadHandler.class);
        addManualMapping(Rectangle2D.Double.class, Rectangle2DReadHandler.class);

        // Handle list types
        final MultiplexMappingEntry[] listEntries = new MultiplexMappingEntry[4];
        listEntries[0] = new MultiplexMappingEntry("array-list", ArrayList.class.getName());
        listEntries[1] = new MultiplexMappingEntry("linked-list", LinkedList.class.getName());
        listEntries[2] = new MultiplexMappingEntry("vector", Vector.class.getName());
        listEntries[3] = new MultiplexMappingEntry("stack", Stack.class.getName());
        addMultiplexMapping(List.class, "type", listEntries);
        addManualMapping(LinkedList.class, ListReadHandler.class);
        addManualMapping(Vector.class, ListReadHandler.class);
        addManualMapping(ArrayList.class, ListReadHandler.class);
        addManualMapping(Stack.class, ListReadHandler.class);

        final MultiplexMappingEntry[] strokeEntries = new MultiplexMappingEntry[1];
        strokeEntries[0] = new MultiplexMappingEntry("basic", BasicStroke.class.getName());
        addMultiplexMapping(Stroke.class, "type", strokeEntries);
        addManualMapping(BasicStroke.class, BasicStrokeReadHandler.class);

        addManualMapping(Font.class, FontReadHandler.class);
        addManualMapping(Insets.class, InsetsReadHandler.class);
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                throw new XmlReaderException(
                    "Multiplexer type attribute is not defined: " + mplex.getAttributeName()
                    + " for " + classToRead
                );
            }
            final MultiplexMappingEntry entry =
                mplex.getEntryForType(attributeValue);
            if (entry == null) {
                throw new XmlReaderException(
                    "Invalid type attribute value: " + mplex.getAttributeName() + " = "
                    + attributeValue
                );
            }
            final Class c = loadClass(entry.getTargetClass());
            if (!c.equals(mplex.getBaseClass())) {
                return findHandlerForClass(c, atts, history);
            }
        }
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    public RootXmlWriteHandler() {
        this.classToHandlerMapping = new SimpleObjectFactory();

        // set up handling for Paint objects
        final MultiplexMappingEntry[] paintEntries = new MultiplexMappingEntry[2];
        paintEntries[0] = new MultiplexMappingEntry("color", Color.class.getName());
        paintEntries[1] = new MultiplexMappingEntry("gradientPaint", GradientPaint.class.getName());
        addMultiplexMapping(Paint.class, "type", paintEntries);
        addManualMapping(GradientPaint.class, GradientPaintWriteHandler.class);
        addManualMapping(Color.class, ColorWriteHandler.class);

        // set up handling for Point2D objects
        final MultiplexMappingEntry[] point2DEntries = new MultiplexMappingEntry[2];
        point2DEntries[0] = new MultiplexMappingEntry("float", Point2D.Float.class.getName());
        point2DEntries[1] = new MultiplexMappingEntry("double", Point2D.Double.class.getName());
        addMultiplexMapping(Point2D.class, "type", point2DEntries);
        addManualMapping(Point2D.Float.class, Point2DWriteHandler.class);
        addManualMapping(Point2D.Double.class, Point2DWriteHandler.class);

        // set up handling for Stroke objects
        final MultiplexMappingEntry[] strokeEntries = new MultiplexMappingEntry[1];
        strokeEntries[0] = new MultiplexMappingEntry("basic", BasicStroke.class.getName());
        addMultiplexMapping(Stroke.class, "type", strokeEntries);
        addManualMapping(BasicStroke.class, BasicStrokeWriteHandler.class);

        // set up handling for Rectangle2D objects
        final MultiplexMappingEntry[] rectangle2DEntries = new MultiplexMappingEntry[2];
        rectangle2DEntries[0] = new MultiplexMappingEntry(
            "float", Rectangle2D.Float.class.getName()
        );
        rectangle2DEntries[1] = new MultiplexMappingEntry(
            "double", Rectangle2D.Double.class.getName()
        );
        addMultiplexMapping(Rectangle2D.class, "type", rectangle2DEntries);
        addManualMapping(Rectangle2D.Float.class, Rectangle2DWriteHandler.class);
        addManualMapping(Rectangle2D.Double.class, Rectangle2DWriteHandler.class);

        // set up handling for List objects
        final MultiplexMappingEntry[] listEntries = new MultiplexMappingEntry[4];
        listEntries[0] = new MultiplexMappingEntry("array-list", ArrayList.class.getName());
        listEntries[1] = new MultiplexMappingEntry("linked-list", LinkedList.class.getName());
        listEntries[2] = new MultiplexMappingEntry("vector", Vector.class.getName());
        listEntries[3] = new MultiplexMappingEntry("stack", Stack.class.getName());
        addMultiplexMapping(List.class, "type", listEntries);
        addManualMapping(LinkedList.class, ListWriteHandler.class);
        addManualMapping(Vector.class, ListWriteHandler.class);
        addManualMapping(ArrayList.class, ListWriteHandler.class);
        addManualMapping(Stack.class, ListWriteHandler.class);
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            getFactoryLoader().getMultiplexDefinition(baseClass);
        if (mplex == null) {
            mplex = this.classToHandlerMapping.getMultiplexDefinition(baseClass);
        }
        if (mplex != null) {
            final MultiplexMappingEntry entry =
                mplex.getEntryForClass(classToWrite.getName());
            if (entry != null) {
                attributeName = mplex.getAttributeName();
                attributeValue = entry.getAttributeValue();
            }
            else {
                throw new XMLWriterException(
                    "Unable to find child mapping for multiplexer "
                    + baseClass + " to child " + classToWrite
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    public RootXmlReadHandler() {
        this.objectRegistry = new HashMap();
        this.classToHandlerMapping = new SimpleObjectFactory();

        final MultiplexMappingEntry[] paintEntries = new MultiplexMappingEntry[2];
        paintEntries[0] = new MultiplexMappingEntry("color", Color.class.getName());
        paintEntries[1] = new MultiplexMappingEntry("gradientPaint", GradientPaint.class.getName());
        addMultiplexMapping(Paint.class, "type", paintEntries);
        addManualMapping(Color.class, ColorReadHandler.class);
        addManualMapping(GradientPaint.class, GradientPaintReadHandler.class);

        final MultiplexMappingEntry[] point2DEntries = new MultiplexMappingEntry[2];
        point2DEntries[0] = new MultiplexMappingEntry("float", Point2D.Float.class.getName());
        point2DEntries[1] = new MultiplexMappingEntry("double", Point2D.Double.class.getName());
        addMultiplexMapping(Point2D.class, "type", point2DEntries);
        addManualMapping(Point2D.Float.class, Point2DReadHandler.class);
        addManualMapping(Point2D.Double.class, Point2DReadHandler.class);

        final MultiplexMappingEntry[] rectangle2DEntries = new MultiplexMappingEntry[2];
        rectangle2DEntries[0] = new MultiplexMappingEntry(
            "float", Rectangle2D.Float.class.getName()
        );
        rectangle2DEntries[1] = new MultiplexMappingEntry(
            "double", Rectangle2D.Double.class.getName()
        );
        addMultiplexMapping(Rectangle2D.class, "type", rectangle2DEntries);
        addManualMapping(Rectangle2D.Float.class, Rectangle2DReadHandler.class);
        addManualMapping(Rectangle2D.Double.class, Rectangle2DReadHandler.class);

        // Handle list types
        final MultiplexMappingEntry[] listEntries = new MultiplexMappingEntry[4];
        listEntries[0] = new MultiplexMappingEntry("array-list", ArrayList.class.getName());
        listEntries[1] = new MultiplexMappingEntry("linked-list", LinkedList.class.getName());
        listEntries[2] = new MultiplexMappingEntry("vector", Vector.class.getName());
        listEntries[3] = new MultiplexMappingEntry("stack", Stack.class.getName());
        addMultiplexMapping(List.class, "type", listEntries);
        addManualMapping(LinkedList.class, ListReadHandler.class);
        addManualMapping(Vector.class, ListReadHandler.class);
        addManualMapping(ArrayList.class, ListReadHandler.class);
        addManualMapping(Stack.class, ListReadHandler.class);

        final MultiplexMappingEntry[] strokeEntries = new MultiplexMappingEntry[1];
        strokeEntries[0] = new MultiplexMappingEntry("basic", BasicStroke.class.getName());
        addMultiplexMapping(Stroke.class, "type", strokeEntries);
        addManualMapping(BasicStroke.class, BasicStrokeReadHandler.class);

        addManualMapping(Font.class, FontReadHandler.class);
        addManualMapping(Insets.class, InsetsReadHandler.class);
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                throw new XmlReaderException(
                    "Multiplexer type attribute is not defined: " + mplex.getAttributeName()
                    + " for " + classToRead
                );
            }
            final MultiplexMappingEntry entry =
                mplex.getEntryForType(attributeValue);
            if (entry == null) {
                throw new XmlReaderException(
                    "Invalid type attribute value: " + mplex.getAttributeName() + " = "
                    + attributeValue
                );
            }
            final Class c = loadClass(entry.getTargetClass());
            if (!c.equals(mplex.getBaseClass())) {
                Log.debug(
                    "Continue search on next level : " + c + " after " + mplex.getBaseClass()
                );
                return findHandlerForClass(c, atts, history);
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    public RootXmlWriteHandler() {
        this.classToHandlerMapping = new SimpleObjectFactory();

        // set up handling for Paint objects
        final MultiplexMappingEntry[] paintEntries = new MultiplexMappingEntry[2];
        paintEntries[0] = new MultiplexMappingEntry("color", Color.class.getName());
        paintEntries[1] = new MultiplexMappingEntry("gradientPaint", GradientPaint.class.getName());
        addMultiplexMapping(Paint.class, "type", paintEntries);
        addManualMapping(GradientPaint.class, GradientPaintWriteHandler.class);
        addManualMapping(Color.class, ColorWriteHandler.class);

        // set up handling for Point2D objects
        final MultiplexMappingEntry[] point2DEntries = new MultiplexMappingEntry[2];
        point2DEntries[0] = new MultiplexMappingEntry("float", Point2D.Float.class.getName());
        point2DEntries[1] = new MultiplexMappingEntry("double", Point2D.Double.class.getName());
        addMultiplexMapping(Point2D.class, "type", point2DEntries);
        addManualMapping(Point2D.Float.class, Point2DWriteHandler.class);
        addManualMapping(Point2D.Double.class, Point2DWriteHandler.class);

        // set up handling for Stroke objects
        final MultiplexMappingEntry[] strokeEntries = new MultiplexMappingEntry[1];
        strokeEntries[0] = new MultiplexMappingEntry("basic", BasicStroke.class.getName());
        addMultiplexMapping(Stroke.class, "type", strokeEntries);
        addManualMapping(BasicStroke.class, BasicStrokeWriteHandler.class);

        // set up handling for Rectangle2D objects
        final MultiplexMappingEntry[] rectangle2DEntries = new MultiplexMappingEntry[2];
        rectangle2DEntries[0] = new MultiplexMappingEntry(
            "float", Rectangle2D.Float.class.getName()
        );
        rectangle2DEntries[1] = new MultiplexMappingEntry(
            "double", Rectangle2D.Double.class.getName()
        );
        addMultiplexMapping(Rectangle2D.class, "type", rectangle2DEntries);
        addManualMapping(Rectangle2D.Float.class, Rectangle2DWriteHandler.class);
        addManualMapping(Rectangle2D.Double.class, Rectangle2DWriteHandler.class);

        // set up handling for List objects
        final MultiplexMappingEntry[] listEntries = new MultiplexMappingEntry[4];
        listEntries[0] = new MultiplexMappingEntry("array-list", ArrayList.class.getName());
        listEntries[1] = new MultiplexMappingEntry("linked-list", LinkedList.class.getName());
        listEntries[2] = new MultiplexMappingEntry("vector", Vector.class.getName());
        listEntries[3] = new MultiplexMappingEntry("stack", Stack.class.getName());
        addMultiplexMapping(List.class, "type", listEntries);
        addManualMapping(LinkedList.class, ListWriteHandler.class);
        addManualMapping(Vector.class, ListWriteHandler.class);
        addManualMapping(ArrayList.class, ListWriteHandler.class);
        addManualMapping(Stack.class, ListWriteHandler.class);
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            getFactoryLoader().getMultiplexDefinition(baseClass);
        if (mplex == null) {
            mplex = this.classToHandlerMapping.getMultiplexDefinition(baseClass);
        }
        if (mplex != null) {
            final MultiplexMappingEntry entry =
                mplex.getEntryForClass(classToWrite.getName());
            if (entry != null) {
                attributeName = mplex.getAttributeName();
                attributeValue = entry.getAttributeValue();
            }
            else {
                throw new XMLWriterException(
                    "Unable to find child mapping for multiplexer "
                    + baseClass + " to child " + classToWrite
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Related Classes of org.jfree.xml.util.MultiplexMappingEntry

  • org.jfree.xml.parser.RootXmlReadHandler
  • org.jfree.xml.writer.RootXmlWriteHandler
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