/**
* Get n'th attribute (DOM NamedNodeMap method). In this implementation we number the attributes
* as follows: 0 - the xmlns:xml namespace declaration 1-n further namespace declarations n+1...
* "real" attribute declarations
*/
public Node item(int index) {
if (index < 0) {
return null;
}
if (index == 0) {
NamespaceIterator.NamespaceNodeImpl nn =
new NamespaceIterator.NamespaceNodeImpl(parent, NamespaceConstant.XML_NAMESPACE_CODE, 0);
return NodeOverNodeInfo.wrap(nn);
}
int nscount = getNumberOfNamespaces();
if (index < nscount) {
int[] buffer = new int[8];
int[] nsList = parent.getDeclaredNamespaces(buffer);
int nscode = nsList[index - 1];
NamespaceIterator.NamespaceNodeImpl nn =
new NamespaceIterator.NamespaceNodeImpl(parent, nscode, index);
return NodeOverNodeInfo.wrap(nn);
}
int pos = 0;
int attNr = (index - nscount);
AxisIterator atts = parent.iterateAxis(Axis.ATTRIBUTE);
while (true) {
NodeInfo att = (NodeInfo) atts.next();
if (att == null) {
return null;
}
if (pos == attNr) {
return NodeOverNodeInfo.wrap(att);
}
pos++;
}
}
@Override
public String convert(NodeInfo source) {
switch (source.getNodeKind()) {
case Node.DOCUMENT_NODE:
return "";
case Node.TEXT_NODE:
case Node.CDATA_SECTION_NODE:
return "text()";
case Node.COMMENT_NODE:
return "comment()";
case Node.PROCESSING_INSTRUCTION_NODE:
return "processing-instruction('" + source.getDisplayName() + "')";
case Node.ELEMENT_NODE:
String prefix = nsContext.getPrefix(source.getURI());
String name = source.getLocalPart();
return StringUtil.isEmpty(prefix) ? name : prefix + ':' + name;
case Node.ATTRIBUTE_NODE:
if (Namespaces.URI_XMLNS.equals(source.getURI()))
return "namespace::" + source.getLocalPart();
prefix = nsContext.getPrefix(source.getURI());
name = source.getLocalPart();
return '@' + (StringUtil.isEmpty(prefix) ? name : prefix + ':' + name);
case NodeType.NAMESPACE:
return "namespace::" + source.getLocalPart();
default:
return null;
}
}
/**
* Set all the declared namespaces to be the namespaces that are in-scope for a given node. In
* addition, the standard namespaces (xml, xslt, saxon) are declared.
*
* @param node The node whose in-scope namespaces are to be used as the context namespaces. Note
* that this will have no effect unless this node is an element.
*/
public void setNamespaces(NodeInfo node) {
namespaces.clear();
AxisIterator iter = node.iterateAxis(Axis.NAMESPACE);
while (true) {
NodeInfo ns = (NodeInfo) iter.next();
if (ns == null) {
return;
}
declareNamespace(ns.getLocalPart(), ns.getStringValue());
}
}
/**
* Provide information about the node being copied. This method is called immediately before the
* startElement call for the element node in question.
*
* @param element the node being copied, which must be an element node
*/
public int notifyElementNode(NodeInfo element) {
systemId = (wholeDocument ? element.getSystemId() : element.getBaseURI());
// The logic behind this is that if we are copying the whole document, we will be copying all
// the relevant xml:base attributes; so retaining the systemId values is sufficient to enable
// the base URIs of the nodes to be preserved. But if we only copy an element (for example
// an xsl:import-schema element - see test schema091 - then its base URI might be affected
// by xml:base attributes that aren't being copied. Ideally we would have two separate
// properties,
// but XDM doesn't work that way.
lineNumber = element.getLineNumber();
return 0;
}
/** Get number of attributes and namespaces (DOM NamedNodeMap method). */
public int getLength() {
int length = 0;
AxisIterator atts = parent.iterateAxis(Axis.ATTRIBUTE);
while (atts.next() != null) {
length++;
}
return getNumberOfNamespaces() + length;
}
/**
* Create a StandaloneContext using a specific Node. This node is used to initialize the NamePool
* and also to establish the initial set of in-scope namespaces
*/
public StandaloneContext(NodeInfo node) {
DocumentInfo doc = node.getDocumentRoot();
if (doc == null) {
throw new IllegalArgumentException(
"The node used to establish a standalone context must be in a tree whose root is a document node");
}
namePool = doc.getNamePool();
setNamespaces(node);
}
@Override
public String convert(NodeInfo source) {
switch (source.getNodeKind()) {
case NodeType.ATTRIBUTE:
case NodeType.NAMESPACE:
return delegate.convert(source);
}
return super.convert(source);
}
public static void assertXPathEquals(
String xpathString, Document doc, boolean ignoreOrder, Object... expectedValues) {
try {
XPathEvaluator xpathEvaluator = new XPathEvaluator();
XPathExpression expr = xpathEvaluator.createExpression(xpathString);
final JDOMSource docAsDomSource = new JDOMSource(doc);
List nodes = expr.evaluate(docAsDomSource);
if (nodes.size() != expectedValues.length) {
org.junit.Assert.fail(
"expected " + expectedValues.length + " values at xpath: " + xpathString);
}
String[] actualValues = new String[nodes.size()];
for (int i = 0; i < expectedValues.length; i++) {
Object node = nodes.get(i);
if (node instanceof NodeInfo) {
NodeInfo nodeInfo = (NodeInfo) node;
actualValues[i] = nodeInfo.getStringValue();
} else {
actualValues[i] = String.valueOf(node);
}
}
String[] expectedValuesAsString = new String[expectedValues.length];
for (int i = 0; i < expectedValues.length; i++) {
expectedValuesAsString[i] = String.valueOf(expectedValues[i]);
}
if (ignoreOrder) {
Arrays.sort(actualValues);
Arrays.sort(expectedValuesAsString);
}
org.junit.Assert.assertArrayEquals(expectedValuesAsString, actualValues);
} catch (Exception e) {
throw new RuntimeException(e);
}
}
/** Get named attribute (DOM NamedNodeMap method) */
public Node getNamedItemNS(String uri, String localName) {
if (uri == null) {
uri = "";
}
if (NamespaceConstant.XMLNS.equals(uri)) {
return getNamedItem("xmlns:" + localName);
}
if (uri.equals("") && localName.equals("xmlns")) {
return getNamedItem("xmlns");
}
AxisIterator atts = parent.iterateAxis(Axis.ATTRIBUTE);
while (true) {
NodeInfo att = (NodeInfo) atts.next();
if (att == null) {
return null;
}
if (uri.equals(att.getURI()) && localName.equals(att.getLocalPart())) {
return NodeOverNodeInfo.wrap(att);
}
}
}
@Override
@SuppressWarnings({"unchecked"})
public List<?> translate(Object result, NamespaceContext nsContext) {
List nodeList = (List) result;
int i = 0;
for (Object item : nodeList) {
if (item instanceof List) nodeList.set(i, translate(item, nsContext));
else {
NodeInfo node = (NodeInfo) item;
int type = node.getNodeKind();
String value = "";
if (type != NodeType.DOCUMENT && type != NodeType.ELEMENT) value = node.getStringValue();
String localName = node.getLocalPart();
String namespaceURI = node.getURI();
String qualifiedName = node.getDisplayName();
String location = SaxonNavigator.INSTANCE.getXPath(node, nsContext);
NodeItem nodeItem =
new NodeItem(type, location, value, localName, namespaceURI, qualifiedName);
nodeItem.xml = node;
nodeList.set(i, nodeItem);
}
i++;
}
return nodeList;
}
private String serialize(final Object o, final String method, final boolean includeProlog)
throws XPathException {
if (o instanceof NodeInfo) {
final NodeInfo nodeInfo = ((NodeInfo) o);
final Configuration config = nodeInfo.getConfiguration();
final StringWriter sw = new StringWriter();
final Properties props = new Properties();
props.setProperty("method", method);
props.setProperty("indent", "no");
if (!includeProlog) {
props.setProperty("omit-xml-declaration", "yes");
} else {
props.setProperty("omit-xml-declaration", "no");
}
final Receiver serializer =
config
.getSerializerFactory()
.getReceiver(new StreamResult(sw), config.makePipelineConfiguration(), props);
nodeInfo.copy(serializer, NodeInfo.ALL_NAMESPACES, true, 0);
return sw.toString();
}
return null;
}
/** Get the number of declared namespaces */
private int getNumberOfNamespaces() {
if (numberOfNamespaces == -1) {
int[] buffer = new int[8];
int[] nsList = parent.getDeclaredNamespaces(buffer);
int count = nsList.length;
for (int i = 0; i < count; i++) {
if (nsList[i] == -1) {
count = i;
break;
}
}
numberOfNamespaces = count + 1; // +1 for the XML namespace
}
return numberOfNamespaces;
}
@Override
public void write(NodeInfo node, String uri) {
UpdateHandler updateHandler = core.getUpdateHandler();
// Create a version of the document for saving to the transaction log,
// or for cloud update via HTTP
SolrInputDocument solrDoc = new SolrInputDocument();
solrDoc.addField(uriFieldName, uri);
if (isCloud()) {
// TODO: write as binary, but we need to enable the binary update request writer for this
// TinyBinary tinybin = new TinyBinary(((TinyNodeImpl)node).getTree());
// solrDoc.addField(xmlFieldName, tinybin.getByteBuffer().array());
Serializer serializer = xqueryComponent.solrIndexConfig.checkoutSerializer();
try {
String xmlString = serializer.serializeNodeToString(new XdmNode(node));
solrDoc.addField(xmlFieldName, xmlString);
} catch (SaxonApiException e) {
throw new LuxException(e);
} finally {
xqueryComponent.solrIndexConfig.returnSerializer(serializer);
}
// TODO -- if we can determine this doc only gets added locally??
// solrDoc.addField(xmlFieldName, node);
} else if (updateHandler.getUpdateLog() != null) {
if (node instanceof TinyNodeImpl) {
TinyBinary tinybin = new TinyBinary(((TinyNodeImpl) node).getTree());
solrDoc.addField(xmlFieldName, tinybin.getByteBuffer());
} else {
String xml = node.toString();
solrDoc.addField(xmlFieldName, xml);
}
}
if (isCloud()) {
writeToCloud(solrDoc, uri);
} else {
writeLocal(solrDoc, node, uri);
}
}
/** Get named attribute (DOM NamedNodeMap method) */
public Node getNamedItem(String name) {
if (name.equals("xmlns")) {
int[] nsarray = parent.getDeclaredNamespaces(null);
for (int i = 0; i < nsarray.length; i++) {
if (nsarray[i] == -1) {
return null;
} else if (((nsarray[i] >> 16) & 0xffff) == 0) {
NamespaceIterator.NamespaceNodeImpl nn =
new NamespaceIterator.NamespaceNodeImpl(parent, nsarray[i], i + 1);
return NodeOverNodeInfo.wrap(nn);
}
}
return null;
} else if (name.startsWith("xmlns:")) {
String prefix = name.substring(6);
if (prefix.equals("xml")) {
NamespaceIterator.NamespaceNodeImpl nn =
new NamespaceIterator.NamespaceNodeImpl(parent, NamespaceConstant.XML_CODE, 0);
return NodeOverNodeInfo.wrap(nn);
}
int[] buffer = new int[8];
int[] nsarray = parent.getDeclaredNamespaces(buffer);
for (int i = 0; i < nsarray.length; i++) {
if (nsarray[i] == -1) {
return null;
} else if (prefix.equals(parent.getNamePool().getPrefixFromNamespaceCode(nsarray[i]))) {
NamespaceIterator.NamespaceNodeImpl nn =
new NamespaceIterator.NamespaceNodeImpl(parent, nsarray[i], i + 1);
return NodeOverNodeInfo.wrap(nn);
}
}
return null;
} else {
AxisIterator atts = parent.iterateAxis(Axis.ATTRIBUTE);
while (true) {
NodeInfo att = (NodeInfo) atts.next();
if (att == null) {
return null;
}
if (name.equals(att.getDisplayName())) {
return NodeOverNodeInfo.wrap(att);
}
}
}
}
public static boolean isNamespaceDeclaration(NodeInfo attr) {
return Namespaces.URI_XMLNS.equals(attr.getURI())
|| attr instanceof NamespaceIterator.NamespaceNodeImpl;
}
/** Enumerate the results of the expression */
public SequenceIterator iterate(XPathContext context) throws XPathException {
Controller controller = context.getController();
Item arg2;
try {
arg2 = argument[2].evaluateItem(context);
} catch (XPathException e) {
if ("XPDY0002".equals(e.getErrorCodeLocalPart())) {
dynamicError(
"Cannot call the key() function when there is no context item", "XTDE1270", context);
return null;
} else if ("XPDY0050".equals(e.getErrorCodeLocalPart())) {
dynamicError(
"In the key() function,"
+ " the node supplied in the third argument (or the context node if absent)"
+ " must be in a tree whose root is a document node",
"XTDE1270",
context);
return null;
} else if ("XPTY0020".equals(e.getErrorCodeLocalPart())) {
dynamicError(
"Cannot call the key() function when the context item is an atomic value",
"XTDE1270",
context);
return null;
}
throw e;
}
NodeInfo origin = (NodeInfo) arg2;
NodeInfo root = origin.getRoot();
if (root.getNodeKind() != Type.DOCUMENT) {
dynamicError(
"In the key() function,"
+ " the node supplied in the third argument (or the context node if absent)"
+ " must be in a tree whose root is a document node",
"XTDE1270",
context);
return null;
}
DocumentInfo doc = (DocumentInfo) root;
int fprint = keyFingerprint;
if (fprint == -1) {
String givenkeyname = argument[0].evaluateItem(context).getStringValue();
try {
fprint =
controller
.getNamePool()
.allocateLexicalQName(
givenkeyname,
false,
nsContext,
controller.getConfiguration().getNameChecker())
& NamePool.FP_MASK;
} catch (XPathException err) {
dynamicError("Invalid key name: " + err.getMessage(), "XTDE1260", context);
}
if (fprint == -1) {
dynamicError("Key '" + givenkeyname + "' has not been defined", "XTDE1260", context);
return null;
}
}
// if (internal) {
// System.err.println("Using key " + fprint + " on doc " + doc);
// }
// If the second argument is a singleton, we evaluate the function
// directly; otherwise we recurse to evaluate it once for each Item
// in the sequence.
Expression expression = argument[1];
SequenceIterator allResults;
if (Cardinality.allowsMany(expression.getCardinality())) {
final XPathContext keyContext = context;
final DocumentInfo document = doc;
final KeyManager keyManager = controller.getKeyManager();
MappingFunction map =
new MappingFunction() {
// Map a value to the sequence of nodes having that value as a key value
public Object map(Item item) throws XPathException {
return keyManager.selectByKey(
keyFingerprint, document, (AtomicValue) item, keyContext);
}
};
SequenceIterator keys = argument[1].iterate(context);
SequenceIterator allValues = new MappingIterator(keys, map);
allResults = new DocumentOrderIterator(allValues, LocalOrderComparer.getInstance());
} else {
try {
AtomicValue keyValue = (AtomicValue) argument[1].evaluateItem(context);
if (keyValue == null) {
return EmptyIterator.getInstance();
}
KeyManager keyManager = controller.getKeyManager();
allResults = keyManager.selectByKey(fprint, doc, keyValue, context);
} catch (XPathException e) {
if (e.getLocator() == null) {
e.setLocator(this);
}
throw e;
}
}
if (origin == doc) {
return allResults;
}
SubtreeFilter filter = new SubtreeFilter();
filter.origin = origin;
return new ItemMappingIterator(allResults, filter);
}
/**
* Test whether this node test is satisfied by a given node. This alternative method is used in
* the case of nodes where calculating the fingerprint is expensive, for example DOM or JDOM
* nodes.
*
* @param node the node to be matched
*/
public boolean matches(NodeInfo node) {
return node.getNodeKind() == kind;
}
/*@NotNull*/ public Value atomize(/*@NotNull*/ NodeInfo node) {
return new UntypedAtomicValue(node.getStringValueCS());
}
NodeInfoSequence(NodeInfo nodeInfo, byte axis) {
this.nodeInfo = nodeInfo;
this.axis = axis;
iterator = nodeInfo.iterateAxis(axis);
}
public String getXPath(NodeInfo node, NamespaceContext nsContext) {
if (node.getNodeKind() == NodeType.DOCUMENT) return "/";
else return getPath(node, new XPathConvertor(nsContext), "/");
}
public SequenceIterator iterate(XPathContext context) throws XPathException {
Controller controller = context.getController();
ObjectValue ov = (ObjectValue) controller.getParameter("{" + Test.TE_NS + "}core");
TECore core = (TECore) ov.getObject();
Expression[] argExpressions = getArguments();
String xml = "<params>\n";
List<QName> params = fe.getParams();
for (int i = 0; i < params.size(); i++) {
QName param = params.get(i);
xml += "<param";
xml += " local-name=\"" + param.getLocalPart() + "\"";
xml += " namespace-uri=\"" + param.getNamespaceURI() + "\"";
xml += " prefix=\"" + param.getPrefix() + "\"";
ValueRepresentation vr = ExpressionTool.eagerEvaluate(argExpressions[i], context);
// ValueRepresentation vr =
// ExpressionTool.lazyEvaluate(argExpressions[i], context, 1);
Value v = Value.asValue(vr);
try {
Node n = (Node) v.convertToJava(Node.class, context);
int type = n.getNodeType();
if (type == Node.ATTRIBUTE_NODE) {
xml += ">\n";
Attr attr = (Attr) n;
xml +=
"<value " + attr.getNodeName() + "=\"" + attr.getValue().replace("&", "&") + "\"";
if (attr.getPrefix() != null) {
xml += " xmlns:" + attr.getPrefix() + "=\"" + attr.getNamespaceURI() + "\"";
}
xml += "/>\n";
// } else if (type == Node.ELEMENT_NODE || type ==
// Node.DOCUMENT_NODE) {
// xml += ">\n";
// xml += "<value>";
// xml += DomUtils.serializeNode(n);
// xml += "</value>\n";
} else if (type == Node.ELEMENT_NODE) {
xml += " type=\"node()\">\n";
xml += "<value>";
xml += DomUtils.serializeNode(n);
xml += "</value>\n";
} else if (type == Node.DOCUMENT_NODE) {
xml += " type=\"document-node()\">\n";
xml += "<value>";
xml += DomUtils.serializeNode(n);
xml += "</value>\n";
} else {
ItemType it = v.getItemType(context.getConfiguration().getTypeHierarchy());
xml += " type=\"" + getTypeName(it) + "\">\n";
xml += "<value>" + n.getNodeValue() + "</value>\n";
}
} catch (Exception e) {
ItemType it = v.getItemType(context.getConfiguration().getTypeHierarchy());
xml += " type=\"" + getTypeName(it) + "\">\n";
xml += "<value>" + v.getStringValue() + "</value>\n";
}
xml += "</param>\n";
}
xml += "</params>";
// System.out.println(xml);
Source src = new StreamSource(new CharArrayReader(xml.toCharArray()));
// XdmValue result = null;
NodeInfo result = null;
try {
// result = core.executeTemplate(fe, Globals.builder.build(src),
// context);
NodeInfo paramsNode = core.getEngine().getBuilder().build(src).getUnderlyingNode();
result = core.executeXSLFunction(context, fe, paramsNode);
} catch (Exception e) {
throw new RuntimeException(e);
}
if (result == null) {
return EmptyIterator.getInstance();
} else {
// Value v = Value.asValue(result);
// return v.iterate();
return result.iterateAxis(Axis.CHILD);
}
}
/*@NotNull*/ public SequenceIterator getTypedValue(/*@NotNull*/ NodeInfo node) {
return SingletonIterator.makeIterator(new UntypedAtomicValue(node.getStringValueCS()));
}
private boolean shallowEquals(NodeInfo n1, Node n2) {
if (n1 == n2) return true;
if (n1 == null || n2 == null) return false;
int type1 = n1.getNodeKind();
if (type1 == Node.CDATA_SECTION_NODE) type1 = Node.TEXT_NODE;
else if (type1 == NodeType.NAMESPACE) type1 = Node.ATTRIBUTE_NODE;
int type2 = n2.getNodeType();
if (type2 == Node.CDATA_SECTION_NODE) type2 = Node.TEXT_NODE;
if (type1 != type2) return false;
switch (type1) {
case Node.PROCESSING_INSTRUCTION_NODE:
ProcessingInstruction pi2 = (ProcessingInstruction) n2;
String target1 = n1.getDisplayName();
String target2 = pi2.getTarget();
if (!target1.equals(target2)) return false;
String data1 = n1.getStringValue();
String data2 = pi2.getData();
if (!data1.equals(data2)) return false;
break;
case Node.COMMENT_NODE:
Comment comment2 = (Comment) n2;
data1 = n1.getStringValue();
data2 = comment2.getData();
if (!data1.equals(data2)) return false;
break;
case Node.ELEMENT_NODE:
Element element2 = (Element) n2;
String namespaceURI1 = n1.getURI();
if (namespaceURI1 == null) namespaceURI1 = "";
String namespaceURI2 = element2.getNamespaceURI();
if (namespaceURI2 == null) namespaceURI2 = "";
if (!namespaceURI1.equals(namespaceURI2)) return false;
String localName1 = n1.getLocalPart();
String localName2 = element2.getLocalName();
if (!localName1.equals(localName2)) return false;
NodeInfoSequence attrs1 = new NodeInfoSequence(n1, Axis.ATTRIBUTE);
NamedNodeMap attrs2 = element2.getAttributes();
BitSet bitSet = new BitSet();
NodeInfo attr1;
while ((attr1 = attrs1.findNext()) != null) {
if (isNamespaceDeclaration(attr1)) continue;
namespaceURI1 = attr1.getURI();
if (namespaceURI1 == null) namespaceURI1 = "";
localName1 = attr1.getLocalPart();
String value1 = attr1.getStringValue();
int found = -1;
for (int i = 0; i < attrs2.getLength(); i++) {
Attr attr2 = (Attr) attrs2.item(i);
namespaceURI2 = attr2.getNamespaceURI();
if (namespaceURI2 == null) namespaceURI2 = "";
localName2 = attr2.getLocalName();
if (namespaceURI1.equals(namespaceURI2) && localName1.equals(localName2)) {
String value2 = attr2.getNodeValue();
if (!value1.equals(value2)) return false;
found = i;
break;
}
}
if (found == -1) return false;
else bitSet.set(found);
}
for (int i = 0; i < attrs2.getLength(); i++) {
if (!bitSet.get(i)) {
Attr attr2 = (Attr) attrs2.item(i);
if (!DOMUtil.isNamespaceDeclaration(attr2)) return false;
}
}
break;
case Node.ATTRIBUTE_NODE:
Attr attr2 = (Attr) n2;
namespaceURI1 = isNamespaceDeclaration(n1) ? Namespaces.URI_XMLNS : n1.getURI();
if (namespaceURI1 == null) namespaceURI1 = "";
namespaceURI2 = attr2.getNamespaceURI();
if (namespaceURI2 == null) namespaceURI2 = "";
if (!namespaceURI1.equals(namespaceURI2)) return false;
localName1 = n1.getLocalPart();
localName2 = attr2.getLocalName();
if (!localName1.equals(localName2)) return false;
String value1 = n1.getStringValue();
String value2 = attr2.getNodeValue();
if (!value1.equals(value2)) return false;
break;
case Node.TEXT_NODE:
value1 = n1.getStringValue();
value2 = n2.getNodeValue();
if (!value1.equals(value2)) return false;
}
return true;
}
public Expression compile(Executable exec) throws XPathException {
NamespaceResolver nsContext = null;
int annotation = getTypeAnnotation(schemaType);
// deal specially with the case where the attribute name is known statically
if (attributeName instanceof StringLiteral) {
String qName = Whitespace.trim(((StringLiteral) attributeName).getStringValue());
String[] parts;
try {
parts = getConfiguration().getNameChecker().getQNameParts(qName);
} catch (QNameException e) {
// This can't happen, because of previous checks
return null;
}
if (namespace == null) {
String nsuri = "";
if (!parts[0].equals("")) {
nsuri = getURIForPrefix(parts[0], false);
if (nsuri == null) {
undeclaredNamespaceError(parts[0], "XTSE0280");
return null;
}
}
int nameCode = getNamePool().allocate(parts[0], nsuri, parts[1]);
FixedAttribute inst =
new FixedAttribute(nameCode, validationAction, schemaType, annotation);
inst.setContainer(this); // temporarily
compileContent(exec, inst, separator);
return inst;
} else if (namespace instanceof StringLiteral) {
String nsuri = ((StringLiteral) namespace).getStringValue();
if (nsuri.equals("")) {
parts[0] = "";
} else if (parts[0].equals("")) {
// Need to choose an arbitrary prefix
// First see if the requested namespace is declared in the stylesheet
AxisIterator iter = iterateAxis(Axis.NAMESPACE);
while (true) {
NodeInfo ns = (NodeInfo) iter.next();
if (ns == null) {
break;
}
if (ns.getStringValue().equals(nsuri)) {
parts[0] = ns.getLocalPart();
break;
}
}
// Otherwise see the URI is known to the namepool
if (parts[0].equals("")) {
String p =
getNamePool().suggestPrefixForURI(((StringLiteral) namespace).getStringValue());
if (p != null) {
parts[0] = p;
}
}
// Otherwise choose something arbitrary. This will get changed
// if it clashes with another attribute
if (parts[0].equals("")) {
parts[0] = "ns0";
}
}
int nameCode = getNamePool().allocate(parts[0], nsuri, parts[1]);
FixedAttribute inst =
new FixedAttribute(nameCode, validationAction, schemaType, annotation);
compileContent(exec, inst, separator);
return inst;
}
} else {
// if the namespace URI must be deduced at run-time from the attribute name
// prefix, we need to save the namespace context of the instruction
if (namespace == null) {
nsContext = makeNamespaceContext();
}
}
ComputedAttribute inst =
new ComputedAttribute(
attributeName, namespace, nsContext, validationAction, schemaType, annotation, false);
compileContent(exec, inst, separator);
return inst;
}
@Override
public NodeInfo parent(NodeInfo node) {
return node.getParent();
}
