public void process(Graph graph, Element currentElement, GraphNode parent) {
if (!getEnvironment().getConfig().isShowTransformers()) {
return;
}
Element transformers = currentElement.getChild(MuleTag.ELEMENT_TRANSFORMERS);
if (transformers == null) {
return;
}
List agentsElement = transformers.getChildren(MuleTag.ELEMENT_TRANSFORMER);
for (Iterator iter = agentsElement.iterator(); iter.hasNext(); ) {
Element connector = (Element) iter.next();
GraphNode connectorNode = graph.addNode();
connectorNode.getInfo().setFillColor(ColorRegistry.COLOR_TRANSFORMER);
String name = connector.getAttributeValue(MuleTag.ATTRIBUTE_NAME);
String returnClass = connector.getAttributeValue(MuleTag.ATTRIBUTE_RETURN_CLASS);
connectorNode.getInfo().setHeader(name + ", return: " + returnClass);
StringBuffer caption = new StringBuffer();
String className = connector.getAttributeValue(MuleTag.ATTRIBUTE_CLASS_NAME);
caption.append(MuleTag.ATTRIBUTE_CLASS_NAME + " :" + className + "\n");
appendProperties(connector, caption);
appendDescription(connector, caption);
connectorNode.getInfo().setCaption(caption.toString());
}
}
public void process(Graph graph, Element currentElement, GraphNode parent) {
if (currentElement == null) {
System.err.println("model is null");
return;
}
List descriptors = currentElement.getChildren(MuleTag.ELEMENT_MULE_DESCRIPTOR);
for (Iterator iter = descriptors.iterator(); iter.hasNext(); ) {
Element descriptor = (Element) iter.next();
String name = descriptor.getAttributeValue(MuleTag.ATTRIBUTE_NAME);
GraphNode node = graph.addNode();
node.getInfo().setHeader(name);
node.getInfo().setFillColor(ColorRegistry.COLOR_COMPONENT);
StringBuffer caption = new StringBuffer();
/*
* caption.append("implementation :
* "+descriptor.getAttributeValue("implementation") + "\n");
*/
appendProfiles(descriptor, caption);
appendProperties(descriptor, caption);
appendDescription(descriptor, caption);
node.getInfo().setCaption(caption.toString());
shortestNotationHandler.process(graph, descriptor, node);
exceptionStrategyProcessor.process(graph, descriptor, node);
inboundRoutersProcessor.process(graph, descriptor, node);
outBoundRoutersProcessor.process(graph, descriptor, node);
responseRouterProcessor.process(graph, descriptor, node);
}
}
