NodeInfo inode = node.getUnderlyingNode();
NamespaceBinding inscopeNS[] = inode.getDeclaredNamespaces(null);
NamespaceBinding newNS[] = null;
if ("attributes".equals(applyTo)) {
matcher.addStartElement(new NameOfNode(inode), inode.getSchemaType(), inscopeNS);
} else {
if (inscopeNS.length > 0) {
int countNS = 0;
for (int pos = 0; pos < inscopeNS.length; pos++) {
NamespaceBinding ns = inscopeNS[pos];
String uri = ns.getURI();
if (!from.equals(uri) || !"".equals(to)) {
countNS++;
}
}
newNS = new NamespaceBinding[countNS];
int newPos = 0;
for (int pos = 0; pos < inscopeNS.length; pos++) {
NamespaceBinding ns = inscopeNS[pos];
String pfx = ns.getPrefix();
String uri = ns.getURI();
if (from.equals(uri)) {
if ("".equals(to)) {
// Nevermind, we're throwing the namespace away
} else {
NamespaceBinding newns = new NamespaceBinding(pfx,to);
newNS[newPos++] = newns;
}
} else {
newNS[newPos++] = ns;
}
}
}
// Careful, we're messing with the namespace bindings
// Make sure the nameCode is right...
NodeName nameCode = new NameOfNode(inode);
String pfx = nameCode.getPrefix();
String uri = nameCode.getURI();
if (from.equals(uri)) {
if ("".equals(to)) {
pfx = "";
}
nameCode = new FingerprintedQName(pfx,to,nameCode.getLocalPart());
}
matcher.addStartElement(nameCode, inode.getSchemaType(), newNS);
}
if (!"elements".equals(applyTo)) {
XdmSequenceIterator iter = node.axisIterator(Axis.ATTRIBUTE);
while (iter.hasNext()) {
XdmNode attr = (XdmNode) iter.next();
inode = attr.getUnderlyingNode();
NodeName nameCode = new NameOfNode(inode);
String pfx = nameCode.getPrefix();
String uri = nameCode.getURI();
if (from.equals(uri)) {
if ("".equals(pfx)) {
pfx = "_1";
}
nameCode = new FingerprintedQName(pfx,to,nameCode.getLocalPart());
}
matcher.addAttribute(nameCode, (SimpleType) inode.getSchemaType(), attr.getStringValue());
}
} else {
matcher.addAttributes(node);