/**
* Show how to run two queries in tandem. The second query is applied to the results of the first.
*/
public static void examplePipeline() throws XPathException {
final Configuration config = new Configuration();
// Compile the first query
final StaticQueryContext sqc1 = config.newStaticQueryContext();
final XQueryExpression exp1 =
sqc1.compileQuery(
"declare variable $in as xs:integer external;" + "document{ <a>{$in * $in}</a> }");
// Compile the second query (each query should have its own static context)
final StaticQueryContext sqc2 = config.newStaticQueryContext();
final XQueryExpression exp2 = sqc2.compileQuery("/a + 5");
// Run the first query
final DynamicQueryContext dynamicContext = new DynamicQueryContext(config);
dynamicContext.setParameterValue("in", Int64Value.makeIntegerValue(3));
final NodeInfo doc = (NodeInfo) exp1.evaluateSingle(dynamicContext);
// Run the second query
dynamicContext.clearParameters();
dynamicContext.setContextItem(doc);
final Object result = exp2.evaluateSingle(dynamicContext);
System.out.println("3*3 + 5 = " + result);
// The result is actually a java.lang.Double
}
/**
* Construct an atomic value given its lexical representation and the name of the required
* built-in atomic type.
*
* <p>This method cannot be used to construct values that are namespace-sensitive (QNames and
* Notations)
*
* @param lexicalForm the value in the lexical space of the target data type. More strictly, the
* input value before the actions of the whitespace facet for the target data type are
* applied.
* @param type the required atomic type. This must either be one of the built-in atomic types
* defined in XML Schema, or a user-defined type whose definition appears in a schema that is
* known to the Processor. It must not be an abstract type.
* @throws SaxonApiException if the type is unknown, or is not atomic, or is namespace-sensitive;
* or if the value supplied in <tt>lexicalForm</tt> is not in the lexical space of the
* specified atomic type.
*/
public XdmAtomicValue(String lexicalForm, ItemType type) throws SaxonApiException {
net.sf.saxon.type.ItemType it = type.getUnderlyingItemType();
if (!it.isAtomicType()) {
throw new SaxonApiException("Requested type is not atomic");
}
if (((AtomicType) it).isAbstract()) {
throw new SaxonApiException("Requested type is an abstract type");
}
if (((AtomicType) it).isNamespaceSensitive()) {
throw new SaxonApiException("Requested type is namespace-sensitive");
}
if (((AtomicType) it).isBuiltInType()) {
ConversionResult cv =
StringValue.convertStringToBuiltInType(
lexicalForm, (BuiltInAtomicType) it, new Name11Checker());
try {
setValue(cv.asAtomic());
} catch (ValidationException e) {
throw new SaxonApiException(e);
}
} else {
Configuration config =
((ConstructedItemType) type).getProcessor().getUnderlyingConfiguration();
ConversionResult result =
new StringValue(lexicalForm)
.convert((AtomicType) it, true, config.getConversionContext());
try {
setValue(result.asAtomic());
} catch (ValidationException e) {
throw new SaxonApiException(e);
}
}
}
/**
* Show a query producing a single atomic value as its result and returning the value to the Java
* application
*/
public static void exampleToSingleton() throws XPathException {
final Configuration config = new Configuration();
final StaticQueryContext sqc = config.newStaticQueryContext();
final XQueryExpression exp = sqc.compileQuery("avg(for $i in 1 to 10 return $i*$i)");
final DynamicQueryContext dynamicContext = new DynamicQueryContext(config);
final BigDecimal result = (BigDecimal) exp.evaluateSingle(dynamicContext);
System.out.println(result);
}
/**
* Show how to run a query that is read from a file and that serializes its output as HTML to
* another file. The input to the query (the initial value of the context node) is supplied as the
* content of another file.
*/
public static void exampleToHTMLFile() throws XPathException, IOException {
final Configuration config = new Configuration();
final StaticQueryContext sqc = config.newStaticQueryContext();
final XQueryExpression exp = sqc.compileQuery(new FileReader("query/books-to-html.xq"));
final DynamicQueryContext dynamicContext = new DynamicQueryContext(config);
dynamicContext.setContextItem(config.buildDocument(new StreamSource("data/books.xml")));
final Properties props = new Properties();
props.setProperty(OutputKeys.METHOD, "html");
props.setProperty(OutputKeys.DOCTYPE_PUBLIC, "-//W3C//DTD HTML 4.01 Transitional//EN");
exp.run(dynamicContext, new StreamResult(new File("booklist.html")), props);
}
/** Show a query producing a document as its result and serializing this directly to System.out */
public static void exampleToStreamResult() throws XPathException {
final Configuration config = new Configuration();
final StaticQueryContext sqc = config.newStaticQueryContext();
final XQueryExpression exp = sqc.compileQuery("<a b='c'>{5+2}</a>");
final DynamicQueryContext dynamicContext = new DynamicQueryContext(config);
final Properties props = new Properties();
props.setProperty(OutputKeys.METHOD, "xml");
props.setProperty(OutputKeys.INDENT, "yes");
exp.run(dynamicContext, new StreamResult(System.out), props);
}
/**
* Show a query that takes a parameter (external variable) as input. The query produces a single
* atomic value as its result and returns the value to the Java application. For the types of
* value that may be returned, and their mapping to XPath data types, see {@link
* XPathEvaluator#evaluate}
*/
public static void exampleWithParam() throws XPathException {
final Configuration config = new Configuration();
final StaticQueryContext sqc = config.newStaticQueryContext();
final XQueryExpression exp =
sqc.compileQuery("declare variable $in as xs:integer external;" + "$in * $in");
final DynamicQueryContext dynamicContext = new DynamicQueryContext(config);
dynamicContext.setParameterValue("in", Int64Value.makeIntegerValue(17));
final Long result = (Long) exp.evaluateSingle(dynamicContext);
System.out.println("17 * 17 = " + result);
}
public XQueryExecutor(TraceExtension traceExtension) {
this.traceExtension = traceExtension;
Configuration configuration = Configuration.newConfiguration();
if (!traceExtension.allowsOptimization()) {
configuration.setConfigurationProperty(OPTIMIZATION_LEVEL, String.valueOf(NO_OPTIMIZATION));
}
configuration.setModuleURIResolver(new ClasspathModuleUriResolver());
Processor processor = new Processor(configuration);
xQueryCompiler = processor.newXQueryCompiler();
StaticQueryContext staticQueryContext = xQueryCompiler.getUnderlyingStaticContext();
staticQueryContext.setCodeInjector(traceExtension.getTraceCodeInjector());
}
/**
* Show a query producing a sequence as its result and returning the sequence to the Java
* application in the form of an iterator. The sequence is treated as if it were the content of a
* document{...} constructor. Note that it must not contain free-standing attribute nodes.
*/
public static void exampleToSerializedSequence() throws XPathException {
final Configuration config = new Configuration();
final StaticQueryContext sqc = config.newStaticQueryContext();
final XQueryExpression exp =
sqc.compileQuery("<doc><chap><a>3</a></chap></doc>//a, <b>4</b>, 19");
Properties props = new Properties();
props.setProperty(OutputKeys.OMIT_XML_DECLARATION, "yes");
final DynamicQueryContext dynamicContext = new DynamicQueryContext(config);
final SequenceIterator iter = exp.iterator(dynamicContext);
QueryResult.serializeSequence(iter, config, System.out, props);
}
/**
* Set the expression defining the value of the attribute. If this is a constant, and if
* validation against a schema type was requested, the validation is done immediately.
*
* @param select The expression defining the content of the attribute
* @param config
* @throws StaticError if the expression is a constant, and validation is requested, and the
* constant doesn't match the required type.
*/
public void setSelect(Expression select, Configuration config) throws StaticError {
super.setSelect(select, config);
// Attempt early validation if possible
if (select instanceof AtomicValue && schemaType != null && !schemaType.isNamespaceSensitive()) {
CharSequence value = ((AtomicValue) select).getStringValueCS();
XPathException err =
schemaType.validateContent(
value, DummyNamespaceResolver.getInstance(), config.getNameChecker());
if (err != null) {
StaticError se =
new StaticError(
"Attribute value "
+ Err.wrap(value, Err.VALUE)
+ " does not the match the required type "
+ schemaType.getDescription()
+ ". "
+ err.getMessage());
se.setErrorCode("XTTE1540");
throw se;
}
}
// If value is fixed, test whether there are any special characters that might need to be
// escaped when the time comes for serialization
if (select instanceof StringValue) {
boolean special = false;
CharSequence val = ((StringValue) select).getStringValueCS();
for (int k = 0; k < val.length(); k++) {
char c = val.charAt(k);
if ((int) c < 33 || (int) c > 126 || c == '<' || c == '>' || c == '&' || c == '\"') {
special = true;
break;
}
}
if (!special) {
this.options |= ReceiverOptions.NO_SPECIAL_CHARS;
}
}
// If attribute name is xml:id, add whitespace normalization
if ((nameCode & NamePool.FP_MASK) == StandardNames.XML_ID) {
Expression[] args = {select};
FunctionCall fn =
SystemFunction.makeSystemFunction("normalize-space", 1, config.getNamePool());
fn.setArguments(args);
select = fn;
super.setSelect(select, config);
}
}
/**
* Show a query producing a sequence as its result and returning the sequence to the Java
* application in the form of an iterator. The sequence is then output by wrapping the items in a
* document, with wrapping elements indicating the type of each item, and serializing the
* resulting document.
*/
public static void exampleToWrappedSequence() throws XPathException {
final Configuration config = new Configuration();
final StaticQueryContext sqc = config.newStaticQueryContext();
final XQueryExpression exp =
sqc.compileQuery("<doc><chap><a>3</a></chap></doc>//a, <b>4</b>, attribute c {5}, 19");
Properties props = new Properties();
props.setProperty(OutputKeys.OMIT_XML_DECLARATION, "no");
props.setProperty(OutputKeys.INDENT, "yes");
final DynamicQueryContext dynamicContext = new DynamicQueryContext(config);
final SequenceIterator iter = exp.iterator(dynamicContext);
final DocumentInfo doc = QueryResult.wrap(iter, config);
QueryResult.serialize(doc, new StreamResult(System.out), props);
}
/**
* Show a query producing a DOM as its output. The DOM is then serialized using an identity
* transform
*/
public static void exampleToDOM() throws TransformerException {
final Configuration config = new Configuration();
final StaticQueryContext sqc = config.newStaticQueryContext();
final XQueryExpression exp =
sqc.compileQuery("<a xmlns='http://a/uri' xmlns:a='another.uri'>text</a>");
final DynamicQueryContext dynamicContext = new DynamicQueryContext(config);
DOMResult result = new DOMResult();
exp.run(dynamicContext, result, new Properties());
// now serialize the DOM
Transformer identity = TransformerFactory.newInstance().newTransformer();
identity.transform(new DOMSource(result.getNode()), new StreamResult(System.out));
}
/**
* Show a query producing a sequence as its result and returning the sequence to the Java
* application in the form of an iterator. For each item in the result, its string value is
* output.
*/
public static void exampleToSequence() throws XPathException {
final Configuration config = new Configuration();
final StaticQueryContext sqc = config.newStaticQueryContext();
final XQueryExpression exp = sqc.compileQuery("for $i in 1 to 10 return ($i * $i)");
final DynamicQueryContext dynamicContext = new DynamicQueryContext(config);
final SequenceIterator iter = exp.iterator(dynamicContext);
while (true) {
Item item = iter.next();
if (item == null) {
break;
}
System.out.println(item.getStringValue());
}
}
public static Object getValue(
Class<?> type, Item colItem, Configuration config, CommandContext context)
throws XPathException, ValidationException, TransformationException {
Object value = colItem;
if (value instanceof AtomicValue) {
value = getValue((AtomicValue) colItem, context);
} else if (value instanceof Item) {
Item i = (Item) value;
if (XMLSystemFunctions.isNull(i)) {
return null;
}
BuiltInAtomicType bat = typeMapping.get(type);
if (bat != null) {
AtomicValue av = new StringValue(i.getStringValueCS());
ConversionResult cr = Converter.convert(av, bat, config.getConversionRules());
value = cr.asAtomic();
value = getValue((AtomicValue) value, context);
if (value instanceof Item) {
value = ((Item) value).getStringValue();
}
} else {
value = i.getStringValue();
}
}
return FunctionDescriptor.importValue(value, type);
}
/** Display this instruction as an expression, for diagnostics */
public void display(int level, PrintStream out, Configuration config) {
out.println(ExpressionTool.indent(level) + "attribute ");
out.println(
ExpressionTool.indent(level + 1)
+ "name "
+ (config == null ? nameCode + "" : config.getNamePool().getDisplayName(nameCode)));
super.display(level + 1, out, config);
}
/** Create a StandaloneContext using a specific NamePool */
public StandaloneContext(Configuration config) {
this.config = config;
namePool = config.getNamePool();
stackFrameMap = config.makeSlotManager();
clearNamespaces();
// Set up a default function library. This can be overridden using setFunctionLibrary()
FunctionLibraryList lib = new FunctionLibraryList();
lib.addFunctionLibrary(new SystemFunctionLibrary(SystemFunctionLibrary.XPATH_ONLY));
lib.addFunctionLibrary(getConfiguration().getVendorFunctionLibrary());
lib.addFunctionLibrary(new ConstructorFunctionLibrary(getConfiguration()));
if (config.isAllowExternalFunctions()) {
xpathFunctionLibrary = new XPathFunctionLibrary();
lib.addFunctionLibrary(xpathFunctionLibrary);
lib.addFunctionLibrary(new JavaExtensionLibrary(getConfiguration()));
}
functionLibrary = lib;
}
/**
* Allows the user to set specific attributes on the underlying implementation.
*
* @param name The name of the attribute. For Saxon this must be one of the names defined in
* {@link FeatureKeys}
* @param value The value of the attribute.
* @exception IllegalArgumentException thrown if the underlying implementation doesn't recognize
* the attribute.
*/
public void setAttribute(String name, Object value) {
if (name.equals(FeatureKeys.CONFIGURATION)) {
config = (Configuration) value;
} else {
if (config == null) {
config = new Configuration();
}
config.setConfigurationProperty(name, value);
}
}
/*@Nullable*/ public Object getAttribute(String name) {
if (name.equals(FeatureKeys.CONFIGURATION)) {
return config;
} else {
if (config == null) {
config = new Configuration();
}
return config.getConfigurationProperty(name);
}
}
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;
}
/** Supporting routine to load one external file given a URI (href) and a baseURI */
public CharSequence readFile(String href, String baseURI, String encoding, XPathContext context)
throws XPathException {
final Configuration config = context.getConfiguration();
NameChecker checker = config.getNameChecker();
// Use the URI machinery to validate and resolve the URIs
URI absoluteURI = getAbsoluteURI(href, baseURI);
Reader reader;
try {
reader =
context
.getController()
.getUnparsedTextURIResolver()
.resolve(absoluteURI, encoding, config);
} catch (XPathException err) {
err.maybeSetErrorCode("XTDE1170");
err.maybeSetLocation(this);
throw err;
}
try {
return readFile(checker, reader);
} catch (java.io.UnsupportedEncodingException encErr) {
XPathException e = new XPathException("Unknown encoding " + Err.wrap(encoding), encErr);
e.setErrorCode("XTDE1190");
throw e;
} catch (java.io.IOException ioErr) {
// System.err.println("ProxyHost: " + System.getProperty("http.proxyHost"));
// System.err.println("ProxyPort: " + System.getProperty("http.proxyPort"));
XPathException e = handleIOError(absoluteURI, ioErr);
e.setLocator(this);
throw e;
}
}
/**
* Show a direct call from the Java application to a function defined in the Query. This is a very
* efficient way of invoking a query, but it does minimal checking of the supplied arguments
*/
public static void exampleDirectFunction() throws XPathException {
final Configuration config = new Configuration();
final StaticQueryContext sqc = config.newStaticQueryContext();
final XQueryExpression exp1 =
sqc.compileQuery(
"declare namespace f='f.ns';"
+ "declare function f:t1($v1 as xs:integer, $v2 as xs:untypedAtomic*) { "
+ " $v1 div $v2"
+ "};"
+ "10");
final UserFunction fn1 = exp1.getStaticContext().getUserDefinedFunction("f.ns", "t1", 2);
if (fn1 == null) {
throw new IllegalStateException("Function f:t1() not found");
}
final Controller controller = exp1.newController();
final Value[] arglist = new Value[2];
arglist[0] = new Int64Value(10);
for (int i = 3; i < 10; i++) {
arglist[1] = new Int64Value(i);
final ValueRepresentation result = fn1.call(arglist, controller);
System.out.println(arglist[0] + " div " + arglist[1] + " = " + result);
}
}
private static Source wrapStax(Source value, Configuration config)
throws TeiidProcessingException {
if (value instanceof StAXSource) {
// saxon doesn't like staxsources
StaxToEventBridge sb = new StaxToEventBridge();
sb.setPipelineConfiguration(config.makePipelineConfiguration());
StAXSource staxSource = (StAXSource) value;
if (staxSource.getXMLEventReader() != null) {
try {
sb.setXMLStreamReader(new XMLEventStreamReader(staxSource.getXMLEventReader()));
} catch (XMLStreamException e) {
// should not happen as the StAXSource already peeked
throw new TeiidProcessingException(e);
}
} else {
sb.setXMLStreamReader(staxSource.getXMLStreamReader());
}
value = new PullEventSource(sb);
}
return value;
}
/** Allocate a Comparator to perform the comparisons described by this sort key component */
public Comparator makeComparator(XPathContext context) throws XPathException {
String orderX = order.evaluateAsString(context);
final Configuration config = context.getConfiguration();
final TypeHierarchy th = config.getTypeHierarchy();
Comparator comp;
if (collation != null) {
comp = collation;
} else if (collationName != null) {
String cname = collationName.evaluateAsString(context);
URI collationURI;
try {
collationURI = new URI(cname);
if (!collationURI.isAbsolute()) {
if (baseURI == null) {
throw new DynamicError("Collation URI is relative, and base URI is unknown");
} else {
URI base = new URI(baseURI);
collationURI = base.resolve(collationURI);
}
}
} catch (URISyntaxException err) {
throw new DynamicError("Collation name " + cname + " is not a valid URI: " + err);
}
try {
comp = context.getCollation(collationURI.toString());
} catch (XPathException e) {
if ("FOCH0002".equals(e.getErrorCodeLocalPart())) {
e.setErrorCode("XTDE1035");
}
throw e;
}
} else {
String caseOrderX = caseOrder.evaluateAsString(context);
String languageX = language.evaluateAsString(context);
Properties props = new Properties();
if (!languageX.equals("")) {
props.setProperty("lang", languageX);
}
if (!caseOrderX.equals("#default")) {
props.setProperty("case-order", caseOrderX);
}
comp = config.getPlatform().makeCollation(config, props);
}
if (dataTypeExpression == null) {
int type = sortKey.getItemType(th).getAtomizedItemType().getPrimitiveType();
comp = AtomicSortComparer.makeSortComparer(comp, type, context);
if (!emptyLeast) {
comp = new EmptyGreatestComparer((AtomicComparer) comp);
}
} else {
String dataType = dataTypeExpression.evaluateAsString(context);
if (dataType.equals("text")) {
comp = new TextComparer(comp);
} else if (dataType.equals("number")) {
comp = NumericComparer.getInstance();
} else {
DynamicError err = new DynamicError("data-type on xsl:sort must be 'text' or 'number'");
err.setErrorCode("XTDE0030");
throw err;
}
}
if (stable != null) {
StringValue stableVal = (StringValue) stable.evaluateItem(context);
String s = stableVal.getStringValue().trim();
if (s.equals("yes") || s.equals("no")) {
// no action
} else {
DynamicError err = new DynamicError("Value of 'stable' on xsl:sort must be 'yes' or 'no'");
err.setErrorCode("XTDE0030");
throw err;
}
}
if (orderX.equals("ascending")) {
return comp;
} else if (orderX.equals("descending")) {
return new DescendingComparer(comp);
} else {
DynamicError err1 = new DynamicError("order must be 'ascending' or 'descending'");
err1.setErrorCode("XTDE0030");
throw err1;
}
}
public DocumentBuilderFactoryImpl() {
this(Configuration.newConfiguration());
}
/**
* Evaluate expression and return opaque type
*
* @param cexp cexp
* @param ctx ctx
* @param type type
* @return type
* @throws FaultException FaultException
* @throws EvaluationException EvaluationException
*/
private Object evaluate(OExpression cexp, EvaluationContext ctx, QName type)
throws FaultException, EvaluationException {
try {
OXQuery10ExpressionBPEL20 oxquery10 = ((OXQuery10ExpressionBPEL20) cexp);
XQDataSource xqds = new SaxonXQDataSource();
XQConnection xqconn = xqds.getConnection();
Configuration configuration = ((SaxonXQConnection) xqconn).getConfiguration();
configuration.setAllNodesUntyped(true);
configuration.setHostLanguage(Configuration.XQUERY);
XQStaticContext staticEnv = xqconn.getStaticContext();
NSContext nsContext = oxquery10.getNamespaceCtx();
Set<String> prefixes = nsContext.getPrefixes();
for (String prefix : prefixes) {
String uri = nsContext.getNamespaceURI(prefix);
staticEnv.declareNamespace(prefix, uri);
}
configuration.setSchemaValidationMode(Validation.SKIP);
xqconn.setStaticContext(staticEnv);
// Prepare expression, for starters
String xquery =
oxquery10
.getXquery()
.replaceFirst(
Constants.XQUERY_FUNCTION_HANDLER_COMPILER,
Constants.XQUERY_FUNCTION_HANDLER_RUNTIME);
XQPreparedExpression exp = xqconn.prepareExpression(xquery);
JaxpFunctionResolver funcResolver = new JaxpFunctionResolver(ctx, oxquery10);
JaxpVariableResolver variableResolver =
new JaxpVariableResolver(ctx, oxquery10, configuration);
// Bind external variables to runtime values
for (QName variable : exp.getAllUnboundExternalVariables()) {
// Evaluate referenced variable
Object value = variableResolver.resolveVariable(variable);
if (value instanceof Value) {
SaxonXQConnection saxonConn = (SaxonXQConnection) xqconn;
try {
Item item = ((Value) value).asItem();
if (item == null) {
exp.bindSequence(variable, xqconn.createSequence(Collections.EMPTY_LIST.iterator()));
} else {
XQItem item2 = new SaxonXQItem(item, saxonConn);
exp.bindItem(variable, item2);
}
} catch (XPathException e) {
__log.warn("", e);
}
} else {
if (value instanceof Date) {
Date d = (Date) value;
value = org.apache.ode.utils.ISO8601DateParser.format(d);
}
// Figure out type of variable
XQSequenceType xqType = getItemType(xqconn, value);
// Saxon doesn't like binding sequences to variables
if (value instanceof Node) {
// a node is a node-list, but the inverse isn't true.
// so, if the value is truly a node, leave it alone.
} else if (value instanceof NodeList) {
// So extract the first item from the node list
NodeList nodeList = (NodeList) value;
ArrayList nodeArray = new ArrayList();
for (int i = 0; i < nodeList.getLength(); i++) {
nodeArray.add(nodeList.item(i));
}
value = xqconn.createSequence(nodeArray.iterator());
}
// Bind value with external variable
if (value != null && xqType != null) {
if (value instanceof XQSequence) {
exp.bindSequence(variable, (XQSequence) value);
} else {
if (xqType instanceof XQItemType) {
exp.bindObject(variable, value, (XQItemType) xqType);
}
}
}
}
}
// Set context node
Node contextNode = (ctx.getRootNode() == null) ? DOMUtils.newDocument() : ctx.getRootNode();
contextNode.setUserData(
XQuery10BpelFunctions.USER_DATA_KEY_FUNCTION_RESOLVER, funcResolver, null);
exp.bindItem(
XQConstants.CONTEXT_ITEM,
xqconn.createItemFromNode(contextNode, xqconn.createNodeType()));
// Execute query
XQResultSequence result = exp.executeQuery();
// Cast Saxon result to Java result
Object evalResult = getResultValue(type, result);
if ((evalResult != null) && __log.isDebugEnabled()) {
__log.debug(
"Expression "
+ cexp.toString()
+ " generated result "
+ evalResult
+ " - type="
+ evalResult.getClass().getName());
if (ctx.getRootNode() != null) {
__log.debug("Was using context node " + DOMUtils.domToString(ctx.getRootNode()));
}
}
return evalResult;
} catch (XQException xqe) {
// Extracting the real cause from all this wrapping isn't a simple task
Throwable cause = (xqe.getCause() != null) ? xqe.getCause() : xqe;
if (cause instanceof DynamicError) {
Throwable th = ((DynamicError) cause).getException();
if (th != null) {
cause = th;
if (cause.getCause() != null) {
cause = cause.getCause();
}
}
}
throw new EvaluationException(
"Error while executing an XQuery expression: " + cause.toString(), cause);
} catch (WrappedResolverException wre) {
__log.debug("Could not evaluate expression because of ", wre);
throw (FaultException) wre.getCause();
}
}