static {
TextPropertyDescriptor t1 = new TextPropertyDescriptor(ID_X, "X");
t1.setValidator(NumberCellEditorValidator.INSTANCE());
TextPropertyDescriptor t2 = new TextPropertyDescriptor(ID_Y, "Y");
t2.setValidator(NumberCellEditorValidator.INSTANCE());
t2.setLabelProvider(TextPropertyLabelProvider.INSTANCE());
t1.setLabelProvider(TextPropertyLabelProvider.INSTANCE());
descriptor = new IPropertyDescriptor[] {t1, t2};
}
public void recursiveInitProperties(Node node) {
NodeList children = dom.getChildElements(node);
for (int j = 0; j < children.getLength(); j++) {
if (!children.item(j).getNamespaceURI().equals(rngaURI)) {
if (dom.hasQName(children.item(j), "rng:ref")) {
if (isCountValue(children.item(j))) {
Relax2Hybrid transform1 = new Relax2Hybrid();
try {
transform1.transform(srcDoc, dom, children.item(j));
// now resolve the rng:ref
transform1.retrieveRelaxNGRef((Element) children.item(j));
} catch (DOMTransformException e1) {
// TODO Auto-generated catch block
e1.printStackTrace();
}
} else continue;
recursiveInitProperties(node);
} else if (dom.hasQName(children.item(j), "swe:value")) {
nameDescriptor = new TextPropertyDescriptor(PROPERTY_COUNT_VALUE, "name");
PropertyLabelProvider plp = new PropertyLabelProvider(node, dom);
nameDescriptor.setLabelProvider(plp);
nameDescriptor.setCategory(node.getLocalName());
} else {
recursiveInitProperties(children.item(j));
}
}
}
}