bool XercesURIResolver::resolveDocument(Sequence &result, const XMLCh* uri, DynamicContext* context, const QueryPathNode *projection)
{
Node::Ptr doc;
// Resolve the uri against the base uri
const XMLCh *systemId = uri;
XMLURL urlTmp(context->getMemoryManager());
if(urlTmp.setURL(context->getBaseURI(), uri, urlTmp)) {
systemId = context->getMemoryManager()->getPooledString(urlTmp.getURLText());
} else {
systemId = context->getMemoryManager()->getPooledString(uri);
}
// Check in the cache
DOMDocument *found = _documentMap.get((void*)systemId);
// Check to see if we can locate and parse the document
if(found == 0) {
try {
doc = const_cast<DocumentCache*>(context->getDocumentCache())->loadDocument(uri, context, projection);
found = (DOMDocument*)((DOMNode*)doc->getInterface(XercesConfiguration::gXerces));
_documentMap.put((void*)systemId, found);
_uriMap.put((void*)found, const_cast<XMLCh*>(systemId));
}
catch(const XMLParseException& e) {
XMLBuffer errMsg;
errMsg.set(X("Error parsing resource: "));
errMsg.append(uri);
errMsg.append(X(". Error message: "));
errMsg.append(e.getError());
errMsg.append(X(" [err:FODC0002]"));
XQThrow2(XMLParseException,X("XercesContextImpl::resolveDocument"), errMsg.getRawBuffer());
}
}
else {
doc = new XercesNodeImpl(found, (XercesURIResolver*)context->getDefaultURIResolver());
}
if(doc.notNull()) {
result.addItem(doc);
return true;
}
XMLBuffer errMsg;
errMsg.set(X("Error retrieving resource: "));
errMsg.append(uri);
errMsg.append(X(" [err:FODC0002]"));
XQThrow2(XMLParseException,X("XercesContextImpl::resolveDocument"), errMsg.getRawBuffer());
return false;
}
TupleNode *ForTuple::staticResolution(StaticContext *context)
{
parent_ = parent_->staticResolution(context);
varURI_ = context->getUriBoundToPrefix(XPath2NSUtils::getPrefix(varQName_, context->getMemoryManager()), this);
varName_ = XPath2NSUtils::getLocalName(varQName_);
if(posQName_ && *posQName_) {
posURI_ = context->getUriBoundToPrefix(XPath2NSUtils::getPrefix(posQName_, context->getMemoryManager()), this);
posName_ = XPath2NSUtils::getLocalName(posQName_);
if(XPath2Utils::equals(posName_, varName_) && XPath2Utils::equals(posURI_, varURI_)) {
XMLBuffer errMsg;
errMsg.set(X("The positional variable with name {"));
errMsg.append(posURI_);
errMsg.append(X("}"));
errMsg.append(posName_);
errMsg.append(X(" conflicts with the iteration variable [err:XQST0089]"));
XQThrow(StaticErrorException,X("ForTuple::staticResolution"), errMsg.getRawBuffer());
}
}
expr_ = expr_->staticResolution(context);
return this;
}
ASTNode* XQFunctionCall::staticResolution(StaticContext *context)
{
if(uri_ == 0) {
if(prefix_ == 0 || *prefix_ == 0) {
uri_ = context->getDefaultFuncNS();
}
else {
uri_ = context->getUriBoundToPrefix(prefix_, this);
}
}
ASTNode *result = context->lookUpFunction(uri_, name_, *args_, this);
if(result == 0) {
XMLBuffer buf;
buf.set(X("A function called {"));
buf.append(uri_);
buf.append(X("}"));
buf.append(name_);
buf.append(X(" with "));
XPath2Utils::numToBuf(args_ ? (unsigned int)args_->size() : 0, buf);
buf.append(X(" arguments is not defined [err:XPST0017]"));
XQThrow(StaticErrorException, X("XQFunctionCall::staticResolution"), buf.getRawBuffer());
}
// Our arguments don't belong to us anymore
for(VectorOfASTNodes::iterator i = args_->begin(); i != args_->end(); ++i) {
*i = 0;
}
// Release this object
this->release();
return result->staticResolution(context);
}
Item::Ptr AtomizeResult::next(DynamicContext *context)
{
// for $item in (Expr) return
// typeswitch ($item)
// case $value as atomic value return $value
// default $node return fn:data($node)
Item::Ptr result = _sub->next(context);
while(result.isNull()) {
_sub = 0;
result = _parent->next(context);
if(result.isNull()) {
_parent = 0;
return 0;
}
if(result->isNode()) {
_sub = ((Node*)result.get())->dmTypedValue(context);
result = _sub->next(context);
}
else if(result->isFunction()) {
XMLBuffer buf;
buf.set(X("Sequence does not match type (xs:anyAtomicType | node())*"));
buf.append(X(" - found item of type "));
result->typeToBuffer(context, buf);
buf.append(X(" [err:XPTY0004]"));
XQThrow(XPath2TypeMatchException, X("AtomizeResult::next"), buf.getRawBuffer());
}
}
return result;
}
void FunctionLookup::insertFunction(FuncFactory *func)
{
// Use similar algorithm to lookup in order to detect overlaps
// in argument numbers
RefHash2KeysTableOfEnumerator<FuncFactory> iterator(const_cast<RefHash2KeysTableOf< FuncFactory >* >(&_funcTable));
//
// Walk the matches for the primary key (name) looking for overlaps:
// ensure func->max < min OR func->min > max
//
iterator.setPrimaryKey(func->getURINameHash());
while(iterator.hasMoreElements())
{
FuncFactory *entry= &(iterator.nextElement());
if ((func->getMaxArgs() < entry->getMinArgs()) ||
(func->getMinArgs() > entry->getMaxArgs()))
continue;
// overlap -- throw exception
XMLBuffer buf;
buf.set(X("Multiple functions have the same expanded QName and number of arguments {"));
buf.append(func->getURI());
buf.append(X("}"));
buf.append(func->getName());
buf.append(X("#"));
if(func->getMinArgs() >= entry->getMinArgs() &&
func->getMinArgs() <= entry->getMaxArgs())
XPath2Utils::numToBuf((unsigned int)func->getMinArgs(), buf);
else
XPath2Utils::numToBuf((unsigned int)entry->getMinArgs(), buf);
buf.append(X(" [err:XQST0034]."));
XQThrow2(StaticErrorException,X("FunctionLookup::insertFunction"), buf.getRawBuffer());
}
// Ok to add function
size_t secondaryKey = SECONDARY_KEY(func);
_funcTable.put((void*)func->getURINameHash(), (int)secondaryKey, func);
}
Result XQNameExpression::createResult(DynamicContext* context, int flags) const
{
AnyAtomicType::Ptr itemName = getExpression()->createResult(context)->next(context);
switch(itemName->getPrimitiveTypeIndex()) {
case AnyAtomicType::QNAME:
return (Item::Ptr)itemName;
case AnyAtomicType::STRING:
case AnyAtomicType::UNTYPED_ATOMIC:
try {
return (Item::Ptr)context->getItemFactory()->createDerivedFromAtomicType(AnyAtomicType::QNAME, itemName->asString(context), context);
}
catch(XQException &) {
XQThrow(ASTException,X("XQNameExpression::NameExpressionResult::createResult"),
X("The name expression cannot be converted to a xs:QName [err:XQDY0074]"));
}
default:
break;
}
XMLBuffer buf;
buf.set(X("The name expression must be a single xs:QName, xs:string or xs:untypedAtomic"));
buf.append(X(" - found item of type "));
itemName->typeToBuffer(context, buf);
buf.append(X(" [err:XPTY0004]"));
XQThrow(XPath2TypeMatchException, X("XQNameExpression::NameExpressionResult::createResult"), buf.getRawBuffer());
}
ASTNode* FunctionLookup::lookUpFunction(const XMLCh* URI, const XMLCh* fname,
const VectorOfASTNodes &args, XPath2MemoryManager* memMgr) const
{
if (this != g_globalFunctionTable) {
ASTNode *ret = g_globalFunctionTable->lookUpFunction(
URI, fname, args, memMgr);
if (ret)
return ret;
}
RefHash2KeysTableOfEnumerator<FuncFactory> iterator(const_cast<RefHash2KeysTableOf< FuncFactory >* >(&_funcTable));
//
// Walk the matches for the primary key (name) looking for matches
// based on allowable parameters
//
XMLBuffer key;
key.set(fname);
key.append(':');
key.append(URI);
iterator.setPrimaryKey(key.getRawBuffer());
size_t nargs = args.size();
while(iterator.hasMoreElements()) {
FuncFactory *entry= &(iterator.nextElement());
if (entry->getMinArgs() <= nargs &&
entry->getMaxArgs() >= nargs)
return entry->createInstance(args, memMgr);
}
return NULL;
}
const ExternalFunction *FunctionLookup::lookUpExternalFunction(
const XMLCh* URI, const XMLCh* fname, size_t numArgs) const
{
size_t secondaryKey = numArgs;
XMLBuffer key;
key.set(fname);
key.append(':');
key.append(URI);
return _exFuncTable.get(key.getRawBuffer(), (int)secondaryKey);
}
EventGenerator::Ptr XQCommentConstructor::generateEvents(EventHandler *events, DynamicContext *context,
bool preserveNS, bool preserveType) const
{
XMLBuffer value;
getStringValue(m_value, value, context);
// Check for two dashes in a row, or a dash at the end
if(xslt_) {
XMLBuffer buf(value.getLen());
bool foundDash = false;
const XMLCh *ptr = value.getRawBuffer();
const XMLCh *end = ptr + value.getLen();
while(ptr != end) {
if(*ptr == chDash) {
if(foundDash) {
buf.append(' ');
}
foundDash = true;
}
else foundDash = false;
buf.append(*ptr);
++ptr;
}
if(foundDash) {
buf.append(' ');
}
value.set(buf.getRawBuffer());
}
else {
bool foundDash = false;
const XMLCh *ptr = value.getRawBuffer();
const XMLCh *end = ptr + value.getLen();
while(ptr != end) {
if(*ptr == chDash) {
if(foundDash) break;
foundDash = true;
}
else foundDash = false;
++ptr;
}
if(foundDash)
XQThrow(ASTException,X("DOM Constructor"),X("It is a dynamic error if the result of the content expression of "
"a computed comment constructor contains two adjacent hyphens or "
"ends with a hyphen. [err:XQDY0072]"));
}
events->commentEvent(value.getRawBuffer());
return 0;
}
virtual InputSource *resolveEntity(XMLResourceIdentifier* resourceIdentifier)
{
if(resourceIdentifier->getResourceIdentifierType() == XMLResourceIdentifier::UnKnown &&
XPath2Utils::equals(resourceIdentifier->getNameSpace(), m_PreviousModuleNamespace)) {
XMLBuffer buf;
buf.set(X("The graph of module imports contains a cycle for namespace '"));
buf.append(resourceIdentifier->getNameSpace());
buf.append(X("' [err:XQST0073]"));
XQThrow3(StaticErrorException, X("LoopDetector::resolveEntity"), buf.getRawBuffer(), m_location);
}
if(m_pParentResolver)
return m_pParentResolver->resolveEntity(resourceIdentifier);
return NULL;
}
FunctionRef::Ptr FunctionRefImpl::partialApply(const Result &arg, unsigned int argNum, DynamicContext *context, const LocationInfo *location) const
{
if(getNumArgs() < argNum) {
XMLBuffer buf;
buf.set(X("The function item argument to fn:partial-apply() must have an arity of at least "));
XPath2Utils::numToBuf(argNum, buf);
buf.append(X(" - found item of type "));
typeToBuffer(context, buf);
buf.append(X(" [err:TBD]"));
XQThrow3(XPath2TypeMatchException, X("FunctionRefImpl::partialApply"), buf.getRawBuffer(), location);
}
return new FunctionRefImpl(this, arg, argNum - 1, context);
}
static void duplicateVariableError(const XQGlobalVariable *existing, const XQGlobalVariable *bad,
MessageListener *mlistener)
{
if(mlistener) {
mlistener->warning(X("In the context of this variable declaration"), existing);
}
XMLBuffer buf;
buf.set(X("A variable with name {"));
buf.append(bad->getVariableURI());
buf.append(X("}"));
buf.append(bad->getVariableLocalName());
buf.append(X(" conflicts with an existing global variable [err:XQST0049]."));
XQThrow3(StaticErrorException, X("XQQuery::staticResolution"), buf.getRawBuffer(), bad);
}
const XMLCh *FunctionReplace::replace(const XMLCh *input, const XMLCh *pattern, const XMLCh *replacement, const XMLCh *options, MemoryManager *mm)
{
// Always turn off head character optimisation, since it is broken
XMLBuffer optionsBuf;
optionsBuf.set(options);
optionsBuf.append(chLatin_H);
//Now attempt to replace
RegularExpression regEx(pattern, optionsBuf.getRawBuffer(), mm);
#ifdef HAVE_ALLMATCHES
return regEx.replace(input, replacement, mm);
#else
return regEx.replace(input, replacement);
#endif
}
Result FunctionRefImpl::execute(const VectorOfResults &args, DynamicContext *context, const LocationInfo *location) const
{
if(args.size() != getNumArgs()) {
XMLBuffer buf;
buf.set(X("The function item invoked does not accept "));
XPath2Utils::numToBuf((unsigned int)args.size(), buf);
buf.append(X(" arguments - found item of type "));
typeToBuffer(context, buf);
buf.append(X(" [err:XPTY0004]"));
XQThrow3(XPath2TypeMatchException, X("FunctionRefImpl::execute"), buf.getRawBuffer(), location);
}
FunctionRefScope scope(this, args, context);
AutoVariableStoreReset vsReset(context, &scope);
return instance_->createResult(context);
}
ASTNode *XQAtomize::staticTypingImpl(StaticContext *context)
{
_src.clear();
_src.getStaticType() = expr_->getStaticAnalysis().getStaticType();
_src.add(expr_->getStaticAnalysis());
if(expr_->getStaticAnalysis().isUpdating()) {
XQThrow(StaticErrorException,X("XQAtomize::staticTyping"),
X("It is a static error for an atomized expression "
"to be an updating expression [err:XUST0001]"));
}
if(_src.getStaticType().isType(StaticType::FUNCTION_TYPE) &&
_src.getStaticType().getMin() > 0) {
XMLBuffer buf;
buf.set(X("Sequence does not match type (xs:anyAtomicType | node())*"));
buf.append(X(" - the expression has a static type of "));
_src.getStaticType().typeToBuf(buf);
buf.append(X(" [err:XPTY0004]"));
XQThrow(XPath2TypeMatchException, X("XQAtomize::staticTyping"), buf.getRawBuffer());
}
if(!_src.getStaticType().containsType(StaticType::NODE_TYPE|StaticType::FUNCTION_TYPE)) {
// If the expression has no nodes, this function does nothing
return substitute(expr_);
}
if(doPSVI_) {
_src.getStaticType().substitute(StaticType::ELEMENT_TYPE | StaticType::ATTRIBUTE_TYPE,
StaticType(StaticType::ANY_ATOMIC_TYPE, 0, StaticType::UNLIMITED));
} else {
_src.getStaticType().substitute(StaticType::ELEMENT_TYPE | StaticType::ATTRIBUTE_TYPE,
StaticType::UNTYPED_ATOMIC_TYPE);
}
_src.getStaticType().substitute(StaticType::DOCUMENT_TYPE | StaticType::TEXT_TYPE,
StaticType::UNTYPED_ATOMIC_TYPE);
_src.getStaticType().substitute(StaticType::NAMESPACE_TYPE | StaticType::COMMENT_TYPE |
StaticType::PI_TYPE, StaticType::STRING_TYPE);
// Remove function types
_src.getStaticType() &= StaticType(StaticType::NODE_TYPE | StaticType::ANY_ATOMIC_TYPE, 0, StaticType::UNLIMITED);
return this;
}
Item::Ptr SequenceType::TypeMatchesResult::next(DynamicContext *context)
{
Item::Ptr item = _parent->next(context);
if(item.isNull()) {
_parent = 0;
}
else if(!_seqType->getItemType()->matches(item, context)) {
XMLBuffer buf;
buf.set(X("Sequence does not match type "));
_seqType->toBuffer(buf);
buf.append(X(" - found item of type "));
item->typeToBuffer(context, buf);
buf.append(X(" ["));
buf.append(_errorCode);
buf.append(X("]"));
XQThrow(XPath2TypeMatchException, X("SequenceType::MatchesResult::next"), buf.getRawBuffer());
}
return item;
}
void RegExpFunction::copyRegExp(RegExpFunction* source, XPath2MemoryManager* memMgr)
{
if(source->regExp_)
{
pattern_ = memMgr->getPooledString(source->pattern_);
options_ = memMgr->getPooledString(source->options_);
// Always turn off head character optimisation, since it is broken
XMLBuffer optionsBuf;
optionsBuf.set(options_);
optionsBuf.append(chLatin_H);
//compiling regexp again
try
{
regExp_ = new (memMgr) RegularExpression(pattern_, optionsBuf.getRawBuffer(), memMgr);
} catch (ParseException &e){
processParseException(e, "RegExpFunction::copyRegExp", memMgr);
}
}
}
bool XQQuery::staticTypingOnce(StaticTyper *styper)
{
switch(m_staticTyped) {
case AFTER: return false;
case DURING: {
XMLBuffer buf;
buf.set(X("The graph of module imports contains a cycle for namespace '"));
buf.append(getModuleTargetNamespace());
buf.append(X("' [err:XQST0093]"));
XQThrow2(StaticErrorException, X("XQQuery::staticResolution"), buf.getRawBuffer());
}
case BEFORE: break;
}
m_staticTyped = DURING;
staticTyping(styper);
m_staticTyped = AFTER;
m_moduleCache->ordered_.push_back(this);
return true;
}
ASTNode *ArithmeticOperator::staticTypingImpl(StaticContext *context)
{
_src.clear();
bool emptyArgument = false;
for(VectorOfASTNodes::iterator i = _args.begin(); i != _args.end(); ++i) {
if((*i)->getStaticAnalysis().isUpdating()) {
XQThrow(StaticErrorException,X("ArithmeticOperator::staticTyping"),
X("It is a static error for an operand of an operator "
"to be an updating expression [err:XUST0001]"));
}
if((*i)->getStaticAnalysis().getStaticType().getMin() == 0)
emptyArgument = true;
_src.add((*i)->getStaticAnalysis());
if((*i)->isDateOrTimeAndHasNoTimezone(context))
_src.implicitTimezoneUsed(true);
}
_src.getStaticType() = StaticType();
calculateStaticType();
if(!emptyArgument && _src.getStaticType().getMax() == 0) {
XMLBuffer errMsg;
errMsg.set(X("The operator "));
errMsg.append(_opName);
errMsg.append(X(" has been called on invalid operand types [err:XPTY0004]"));
XQThrow(XPath2ErrorException,X("ArithmeticOperator::staticResolution"), errMsg.getRawBuffer());
}
if(emptyArgument)
_src.getStaticType().setCardinality(0, 1);
else _src.getStaticType().setCardinality(1, 1);
return this;
}
ASTNode *XQNameExpression::staticTypingImpl(StaticContext *context)
{
_src.clear();
_src.getStaticType() = StaticType::QNAME_TYPE;
_src.add(expr_->getStaticAnalysis());
if(expr_->getStaticAnalysis().getStaticType().isType(StaticType::QNAME_TYPE)) {
return expr_;
}
if(!expr_->getStaticAnalysis().getStaticType().
containsType(StaticType::QNAME_TYPE|StaticType::STRING_TYPE|StaticType::UNTYPED_ATOMIC_TYPE)) {
XMLBuffer buf;
buf.set(X("The name expression must be a single xs:QName, xs:string or xs:untypedAtomic"));
buf.append(X(" - the expression has a static type of "));
expr_->getStaticAnalysis().getStaticType().typeToBuf(buf);
buf.append(X(" [err:XPTY0004]"));
XQThrow(XPath2TypeMatchException, X("XQNameExpression::staticTyping"), buf.getRawBuffer());
}
return this;
}
Item::Ptr SequenceType::OccurrenceMatchesResult::next(DynamicContext *context)
{
Item::Ptr item = _parent->next(context);
// "SequenceType matching between a given value and a given SequenceType is performed as follows:
// If the SequenceType is empty, the match succeeds only if the value is an empty sequence."
if(_seqType->getItemType() == NULL && item.notNull()) {
XMLBuffer buf;
buf.set(X("Sequence does not match type "));
_seqType->toBuffer(buf);
buf.append(X(" - the sequence contains items ["));
buf.append(X(" ["));
buf.append(_errorCode);
buf.append(X("]"));
XQThrow(XPath2TypeMatchException, X("SequenceType::OccurrenceMatchesResult::next"), buf.getRawBuffer());
}
// "If the SequenceType contains an ItemType and an OccurrenceIndicator, the match succeeds only if
// the number of items in the value matches the OccurrenceIndicator and each of these items matches the ItemType. "
if(_seqType->getItemType() &&
(_seqType->getOccurrenceIndicator() == PLUS || _seqType->getOccurrenceIndicator() == EXACTLY_ONE) &&
item.isNull()) {
XMLBuffer buf;
buf.set(X("Sequence does not match type "));
_seqType->toBuffer(buf);
buf.append(X(" - the sequence does not contain items ["));
buf.append(_errorCode);
buf.append(X("]"));
XQThrow(XPath2TypeMatchException, X("SequenceType::OccurrenceMatchesResult::next"), buf.getRawBuffer());
}
// "If the SequenceType is an ItemType with no OccurrenceIndicator, the match succeeds only if
// the value contains precisely one item and that item matches the ItemType "
if(_seqType->getItemType() &&
(_seqType->getOccurrenceIndicator() == EXACTLY_ONE || _seqType->getOccurrenceIndicator() == QUESTION_MARK) &&
item.notNull()) {
// Do the tests on the number of items up front,
// since often functions that cast to a single or
// optional item only call next once. - jpcs
Item::Ptr second = _parent->next(context);
if(second.isNull()) {
_parent = 0;
}
else {
XMLBuffer buf;
buf.set(X("Sequence does not match type "));
_seqType->toBuffer(buf);
buf.append(X(" - the sequence contains more than one item ["));
buf.append(_errorCode);
buf.append(X("]"));
XQThrow(XPath2TypeMatchException, X("SequenceType::OccurrenceMatchesResult::next"), buf.getRawBuffer());
}
}
if(item.isNull()) {
*resultPointer_ = 0;
}
else {
*resultPointer_ = _parent;
}
return item;
}
void XQQuery::importModule(const XMLCh* szUri, VectorOfStrings* locations, const LocationInfo *location)
{
for(ImportedModules::iterator modIt = m_importedModules.begin();
modIt != m_importedModules.end(); ++modIt) {
if(XPath2Utils::equals((*modIt)->getModuleTargetNamespace(),szUri)) {
XMLBuffer buf;
buf.set(X("Module for namespace '"));
buf.append(szUri);
buf.append(X("' has already been imported [err:XQST0047]"));
XQThrow3(StaticErrorException, X("XQQuery::ImportModule"), buf.getRawBuffer(), location);
}
}
// Search in the module cache
XQQuery *module = 0;
if(!XPath2Utils::equals(szUri, m_szTargetNamespace)) {
module = m_moduleCache->getByNamespace(szUri);
if(module != 0) {
importModule(module);
return;
}
}
if(locations == NULL)
locations = m_context->resolveModuleURI(szUri);
if(locations == NULL || locations->empty()) {
XMLBuffer buf;
buf.set(X("Cannot locate module for namespace "));
buf.append(szUri);
buf.append(X(" without the 'at <location>' keyword [err:XQST0059]"));
XQThrow3(StaticErrorException,X("XQQuery::ImportModule"), buf.getRawBuffer(), location);
}
for(VectorOfStrings::iterator it=locations->begin();it!=locations->end();++it) {
module = parseModule(szUri, *it, location);
if(!module->getIsLibraryModule()) {
XMLBuffer buf;
buf.set(X("The module at "));
buf.append(module->getFile());
buf.append(X(" is not a module"));
XQThrow3(StaticErrorException, X("XQQuery::ImportModule"), buf.getRawBuffer(), location);
}
if(!XERCES_CPP_NAMESPACE::XMLString::equals(szUri, module->getModuleTargetNamespace())) {
XMLBuffer buf;
buf.set(X("The module at "));
buf.append(module->getFile());
buf.append(X(" specifies a different namespace [err:XQST0059]"));
XQThrow3(StaticErrorException, X("XQQuery::ImportModule"), buf.getRawBuffer(), location);
}
}
// Search in the module cache again, to get the head of the linked list of modules
module = m_moduleCache->getByNamespace(szUri);
if(!module) {
XMLBuffer buf;
buf.set(X("Cannot locate the module for namespace \""));
buf.append(szUri);
buf.append(X("\" [err:XQST0059]"));
XQThrow3(StaticErrorException,X("XQQuery::ImportModule"), buf.getRawBuffer(), location);
}
importModule(module);
}
void XQUserFunction::staticResolutionStage1(StaticContext *context)
{
XPath2MemoryManager *mm = context->getMemoryManager();
resolveName(context);
if(name_ != 0 && !isTemplate_ && !delayed_) {
if(XPath2Utils::equals(uri_, XMLUni::fgXMLURIName) ||
XPath2Utils::equals(uri_, SchemaSymbols::fgURI_SCHEMAFORSCHEMA) ||
XPath2Utils::equals(uri_, SchemaSymbols::fgURI_XSI) ||
XPath2Utils::equals(uri_, XQFunction::XMLChFunctionURI) ||
XPath2Utils::equals(uri_, SchemaSymbols::fgURI_SCHEMAFORSCHEMA)) {
XQThrow(FunctionException, X("XQUserFunction::staticResolutionStage1"),
X("A user defined function must not be in the namespaces xml, xsd, xsi, fn or xdt [err:XQST0045]"));
}
else if(uri_ == 0 || *uri_ == 0)
XQThrow(FunctionException, X("XQUserFunction::staticResolutionStage1"),
X("A user defined function must be defined in a namespace [err:XQST0060]"));
}
// Check for the implementation of an external function
if(body_ == NULL) {
exFunc_ = context->lookUpExternalFunction(uri_, name_, minArgs_);
if(exFunc_ == NULL) {
XMLBuffer buf;
buf.set(X("External function '{"));
buf.append(uri_);
buf.append(X("}"));
buf.append(name_);
buf.append(X("' with "));
XMLCh szNumBuff[20];
XMLString::binToText((unsigned int)minArgs_, szNumBuff, 19, 10);
buf.append(szNumBuff);
buf.append(X(" argument(s) has not been bound to an implementation"));
XQThrow(FunctionException, X("XQUserFunction::staticResolutionStage1"), buf.getRawBuffer());
}
}
signature_->staticResolution(context);
// Resolve the mode names
if(modes_) {
if(modes_->empty()) {
XQThrow(StaticErrorException, X("XQUserFunction::staticResolution"),
X("At least one mode must be specified for a template [err:XTSE0550]"));
}
ModeList::iterator it, it2;
for(it = modes_->begin(); it != modes_->end(); ++it) {
(*it)->staticResolution(context);
// Check for "#all" with other values
if((*it)->getState() == Mode::ALL && modes_->size() != 1) {
XQThrow3(StaticErrorException, X("XQUserFunction::staticResolution"),
X("The mode #all must not be specified in addition to other modes [err:XTSE0550]"), *it);
}
// Check for duplicate modes
it2 = it;
for(++it2; it2 != modes_->end(); ++it2) {
if((*it)->getState() == (*it2)->getState() &&
XPath2Utils::equals((*it)->getName(), (*it2)->getName()) &&
XPath2Utils::equals((*it)->getURI(), (*it2)->getURI())) {
XMLBuffer buf;
buf.append(X("The mode {"));
buf.append((*it)->getURI());
buf.append(X("}"));
buf.append((*it)->getName());
buf.append(X(" has been specified more than once [err:XTSE0550]"));
XQThrow3(StaticErrorException, X("XQUserFunction::staticResolution"), buf.getRawBuffer(), *it2);
}
}
}
}
// Set up a default StaticType and StaticAnalysis
if(signature_->returnType) {
if(body_ != NULL) {
body_ = signature_->returnType->convertFunctionArg(body_, context, /*numericfunction*/false, signature_->returnType);
}
bool isPrimitive;
signature_->returnType->getStaticType(src_.getStaticType(), context, isPrimitive, signature_->returnType);
}
else {
// Default type is item()*
src_.getStaticType() = StaticType(StaticType::ITEM_TYPE, 0, StaticType::UNLIMITED);
}
if(signature_->updating == FunctionSignature::OP_TRUE) {
src_.updating(true);
}
// TBD What about the other parts of the StaticAnalysis - jpcs
src_.forceNoFolding(true);
if(pattern_ != 0 && !pattern_->empty()) {
// Set the pattern's initial static type to NODE_TYPE
VectorOfASTNodes::iterator patIt = pattern_->begin();
for(; patIt != pattern_->end(); ++patIt) {
const_cast<StaticAnalysis&>((*patIt)->getStaticAnalysis()).getStaticType() = StaticType(StaticType::NODE_TYPE, 0, StaticType::UNLIMITED);
}
}
if(isTemplate_) {
// Build an instance of the template for us to call
VectorOfASTNodes newArgs = VectorOfASTNodes(XQillaAllocator<ASTNode*>(mm));
if(signature_->argSpecs != 0) {
ArgumentSpecs::const_iterator argIt;
for(argIt = signature_->argSpecs->begin(); argIt != signature_->argSpecs->end(); ++argIt) {
XQVariable *argVar = new (mm) XQVariable((*argIt)->getURI(), (*argIt)->getName(), mm);
argVar->setLocationInfo(*argIt);
newArgs.push_back(argVar);
}
}
templateInstance_ = createInstance(newArgs, mm);
templateInstance_->setLocationInfo(this);
}
}
Sequence FunctionUnparsedText::createSequence(DynamicContext* context, int flags) const
{
Item::Ptr uriArg = getParamNumber(1, context)->next(context);
if(uriArg.isNull()) {
return Sequence(context->getMemoryManager());
}
const XMLCh *uri = uriArg->asString(context);
if(!XPath2Utils::isValidURI(uri, context->getMemoryManager()))
XQThrow(FunctionException, X("FunctionUnparsedText::createSequence"), X("The argument to fn:unparsed-text() is not a valid URI [err:XTDE1170]"));
// TBD Implement a URIResolver method for resolving unparsed text - jpcs
const XMLCh *baseUri = context->getBaseURI();
InputSource *srcToUse = 0;
if(context->getXMLEntityResolver()){
XMLResourceIdentifier resourceIdentifier(XMLResourceIdentifier::UnKnown, uri, 0, XMLUni::fgZeroLenString, baseUri);
srcToUse = context->getXMLEntityResolver()->resolveEntity(&resourceIdentifier);
}
if(srcToUse == 0) {
try {
// Resolve the uri against the base uri
XMLURL urlTmp;
if(baseUri && *baseUri) {
urlTmp.setURL(baseUri, uri);
}
else {
urlTmp.setURL(uri);
}
srcToUse = new URLInputSource(urlTmp);
}
catch(const MalformedURLException &e) {
}
}
if(srcToUse == 0) {
// It's not a URL, so let's assume it's a local file name.
if(baseUri && *baseUri) {
AutoDeallocate<XMLCh> tmpBuf(XMLPlatformUtils::weavePaths(baseUri, uri), XMLPlatformUtils::fgMemoryManager);
srcToUse = new LocalFileInputSource(tmpBuf);
}
else {
srcToUse = new LocalFileInputSource(uri);
}
}
Janitor<InputSource> janIS(srcToUse);
if(getNumArgs() == 2) {
const XMLCh *encoding = getParamNumber(2, context)->next(context)->asString(context);
srcToUse->setEncoding(encoding);
}
XMLBuffer result;
try {
BinInputStream *stream = srcToUse->makeStream();
if(stream == NULL) {
XMLBuffer buf;
buf.set(X("Cannot read unparsed content from "));
buf.append(uri);
buf.append(X(" [err:XTDE1170]"));
XQThrow2(FunctionException,X("FunctionUnparsedText::createSequence"), buf.getRawBuffer());
}
Janitor<BinInputStream> janStream(stream);
#ifdef HAVE_GETCONTENTTYPE
if(FunctionMatches::matches(stream->getContentType(), X("(text|application)/(xml|[^ +;]+\\+xml)"), X("i"))) {
srcToUse->setEncoding(0);
srcToUse->setEncoding(FindXMLEncoding().start(*srcToUse, context));
}
#endif
XPath2Utils::readSource(stream, context->getMemoryManager(), result, srcToUse->getEncoding());
}
catch(XMLException &e) {
XMLBuffer buf;
buf.set(X("Exception reading unparsed content: "));
buf.append(e.getMessage());
buf.append(X(" [err:XTDE1190]"));
XQThrow2(FunctionException,X("FunctionUnparsedText::createSequence"), buf.getRawBuffer());
}
return Sequence(context->getItemFactory()->createString(result.getRawBuffer(), context), context->getMemoryManager());
}
void SequenceType::ItemType::staticResolution(StaticContext *context, const LocationInfo *location)
{
// Prefix resolution should only happen once
// (since SequenceType objects can be multiple times in the AST)
if(!staticallyResolved_) {
staticallyResolved_ = true;
if(m_pType && m_TypeURI == 0) {
const XMLCh *prefix = m_pType->getPrefix();
// an empty prefix means the default element and type namespace
if(prefix == 0 || *prefix == 0) {
m_TypeURI = context->getDefaultElementAndTypeNS();
}
else {
m_TypeURI = context->getUriBoundToPrefix(prefix, location);
}
}
if(m_pName && m_NameURI == 0) {
const XMLCh *prefix = m_pName->getPrefix();
// if we are testing for an attribute, an empty prefix means empty namespace; if we are testing an element, it means
// the default element and type namespace
if(prefix == 0 || *prefix == 0) {
if(m_nTestType == TEST_ELEMENT || m_nTestType == TEST_SCHEMA_ELEMENT ||
m_nTestType == TEST_DOCUMENT || m_nTestType == TEST_SCHEMA_DOCUMENT)
m_NameURI = context->getDefaultElementAndTypeNS();
} else {
m_NameURI = context->getUriBoundToPrefix(prefix, location);
}
}
}
if(m_pType) {
if(m_nTestType == ItemType::TEST_ATOMIC_TYPE) {
// check if the type to be tested is defined and is really an atomic one
if(!context->getDocumentCache()->isTypeDefined(m_TypeURI, m_pType->getName())) {
XMLBuffer buf;
buf.set(X("Type {"));
buf.append(m_TypeURI);
buf.append(X("}:"));
buf.append(m_pType->getName());
buf.append(X(" is not defined [err:XPST0051]"));
XQThrow3(StaticErrorException, X("SequenceType::ItemType::staticResolution"), buf.getRawBuffer(), location);
}
if(!context->getDocumentCache()->isTypeOrDerivedFromType(m_TypeURI, m_pType->getName(),
FunctionConstructor::XMLChXPath2DatatypesURI,
AnyAtomicType::fgDT_ANYATOMICTYPE)) {
XMLBuffer buf;
buf.set(X("Type {"));
buf.append(m_TypeURI);
buf.append(X("}:"));
buf.append(m_pType->getName());
buf.append(X(" is not an atomic type [err:XPST0051]"));
XQThrow3(StaticErrorException, X("SequenceType::ItemType::staticResolution"), buf.getRawBuffer(), location);
}
}
else if(!context->getDocumentCache()->isTypeDefined(m_TypeURI, m_pType->getName())) {
XMLBuffer msg;
msg.set(X("Type {"));
msg.append(m_TypeURI);
msg.append(X("}"));
msg.append(m_pType->getName());
msg.append(X(" is not defined [err:XPTY0004]"));
XQThrow3(XPath2ErrorException,X("SequenceType::ItemType::matchesNameType"), msg.getRawBuffer(), location);
}
}
switch(m_nTestType) {
case TEST_SCHEMA_DOCUMENT:
case TEST_SCHEMA_ELEMENT: {
// retrieve the type of the element name
SchemaElementDecl *elemDecl = context->getDocumentCache()->getElementDecl(m_NameURI, m_pName->getName());
if(elemDecl == NULL) {
XMLBuffer msg(1023, context->getMemoryManager());
msg.set(X("Element {"));
msg.append(m_NameURI);
msg.append(X("}"));
msg.append(m_pName->getName());
msg.append(X(" is not defined as a global element [err:XPST0081]"));
XQThrow3(StaticErrorException,X("SequenceType::ItemType::staticResolution"), msg.getRawBuffer(), location);
}
break;
}
case TEST_SCHEMA_ATTRIBUTE: {
// retrieve the type of the attribute name
SchemaAttDef *attrDecl = context->getDocumentCache()->getAttributeDecl(m_NameURI, m_pName->getName());
if(attrDecl == NULL) {
XMLBuffer msg(1023, context->getMemoryManager());
msg.set(X("Attribute {"));
msg.append(m_NameURI);
msg.append(X("}"));
msg.append(m_pName->getName());
msg.append(X(" is not defined as a global attribute [err:XPST0081]"));
XQThrow3(StaticErrorException,X("SequenceType::ItemType::staticResolution"), msg.getRawBuffer(), location);
}
break;
}
default: break;
}
if(returnType_)
returnType_->staticResolution(context);
}
int main(int /*argc*/, char ** /*argv*/) {
Normalizer *normalizer = new Normalizer();
DOMDocument *doc = normalizer->createDocument();
bool *tmpTrue = new bool(true);
bool *tmpFalse = new bool(false);
DOMElement* docFirstElement = doc->createElementNS(X("http://www.test.com"),X("docEle"));
doc->appendChild(docFirstElement);
DOMElement* docFirstElementChild = doc->createElementNS(X("http://www.test2.com"),X("docEleChild"));
docFirstElement->appendChild(docFirstElementChild);
//create default ns
doc->normalizeDocument();
normalizer->serializeNode(doc);
XERCES_STD_QUALIFIER cout << "\n\n";
//add in binding
docFirstElement->setPrefix(X("po"));
doc->normalizeDocument();
normalizer->serializeNode(doc);
XERCES_STD_QUALIFIER cout << "\n\n";
//use default
DOMElement* docFirstElementChildChild = doc->createElementNS(X("http://www.test2.com"),X("docEleChildChild"));
docFirstElementChild->appendChild(docFirstElementChildChild);
doc->normalizeDocument();
normalizer->serializeNode(doc);
XERCES_STD_QUALIFIER cout << "\n\n";
// this block is needed to destroy the XMLBuffer
{
//use a binding
XMLBuffer buf;
buf.set(XMLUni::fgXMLNSString);
buf.append(chColon);
buf.append(X("po2"));
docFirstElementChild->removeAttributeNS(XMLUni::fgXMLNSURIName, XMLUni::fgXMLNSString);
docFirstElement->removeAttributeNS(XMLUni::fgXMLNSURIName, XMLUni::fgXMLNSString);
docFirstElement->setAttributeNS(XMLUni::fgXMLNSURIName, buf.getRawBuffer(), X("http://www.test2.com"));
docFirstElementChild->setPrefix(X("po2"));
doc->normalizeDocument();
normalizer->serializeNode(doc);
XERCES_STD_QUALIFIER cout << "\n\n";
}
//some siblngs to ensure the scope stacks are working
docFirstElementChildChild = doc->createElementNS(X("http://www.test3.com"),X("docEleChildChild2"));
docFirstElementChild->appendChild(docFirstElementChildChild);
docFirstElementChildChild = doc->createElementNS(X("http://www.test4.com"),X("po4:docEleChildChild3"));
docFirstElementChild->appendChild(docFirstElementChildChild);
docFirstElementChildChild = doc->createElementNS(X("http://www.test4.com"),X("po4:docEleChildChild4"));
docFirstElementChild->appendChild(docFirstElementChildChild);
doc->normalizeDocument();
normalizer->serializeNode(doc);
XERCES_STD_QUALIFIER cout << "\n\n";
//conflicting prefix
docFirstElementChildChild->setAttributeNS(XMLUni::fgXMLNSURIName, X("po4"), X("conflict"));
doc->normalizeDocument();
normalizer->serializeNode(doc);
XERCES_STD_QUALIFIER cout << "\n\n";
//conflicting default
docFirstElementChildChild = doc->createElementNS(X("http://www.test4.com"),X("docEleChildChild5"));
docFirstElementChild->appendChild(docFirstElementChildChild);
docFirstElementChildChild->setAttributeNS(XMLUni::fgXMLNSURIName, XMLUni::fgXMLNSString, X("conflict"));
doc->normalizeDocument();
normalizer->serializeNode(doc);
XERCES_STD_QUALIFIER cout << "\n\n";
//set the xmlns to ""
DOMElement *noNamespaceEle = doc->createElementNS(X(""),X("noNamespace"));
docFirstElementChildChild->appendChild(noNamespaceEle);
doc->normalizeDocument();
normalizer->serializeNode(doc);
XERCES_STD_QUALIFIER cout << "\n\n";
//now lets do a bit off attribute testing on the doc ele
docFirstElement->setAttributeNS(X("http://testattr.com"), X("attr1"), X("value"));
docFirstElement->setAttributeNS(X("http://testattr.com"), X("attr2"), X("value"));
docFirstElement->setAttributeNS(X("http://testattr2.com"), X("attr3"), X("value"));
docFirstElement->setAttributeNS(X("http://www.test.com"), X("attr4"), X("value"));
docFirstElement->setAttributeNS(X("http://testattr2.com"), X("po:attr5"), X("value"));
docFirstElement->setAttributeNS(X("http://testattr2.com"), X("poFake:attr6"), X("value"));
docFirstElement->setAttributeNS(X("http://testattr3.com"), X("po3:attr7"), X("value"));
doc->normalizeDocument();
normalizer->serializeNode(doc);
XERCES_STD_QUALIFIER cout << "\n\n";
//and now on one of its children
docFirstElementChildChild->setAttributeNS(X("http://testattr.com"), X("attr1"), X("value"));
docFirstElementChildChild->setAttributeNS(X("http://testattr.com"), X("attr2"), X("value"));
docFirstElementChildChild->setAttributeNS(X("http://testattr2.com"), X("attr3"), X("value"));
docFirstElementChildChild->setAttributeNS(X("http://www.test.com"), X("attr4"), X("value"));
docFirstElementChildChild->setAttributeNS(X("http://testattr2.com"), X("po:attr5"), X("value"));
docFirstElementChildChild->setAttributeNS(X("http://testattr2.com"), X("poFake:attr6"), X("value"));
docFirstElementChildChild->setAttributeNS(X("http://testattr3.com"), X("po3:attr7"), X("value"));
docFirstElementChildChild->setAttributeNS(X("http://testattr4.com"), X("po4:attr8"), X("value"));
//test for a clash with our NSx attrs
docFirstElementChildChild->setAttributeNS(X("http://testclash.com"), X("NS1:attr9"), X("value"));
docFirstElementChildChild->setAttributeNS(XMLUni::fgXMLNSURIName, X("xmlns:NS1"), X("http://testclash.com"));
//clash with standard prefix
docFirstElementChildChild->setAttributeNS(X("http://testattr5.com"), X("po:attr10"), X("value"));
doc->normalizeDocument();
normalizer->serializeNode(doc);
XERCES_STD_QUALIFIER cout << "\n\n";
//2 prefix with the same uri
docFirstElementChildChild = doc->createElementNS(X("http://www.uri1.com"),X("docEleChildChild6"));
docFirstElementChild->appendChild(docFirstElementChildChild);
docFirstElementChildChild->setAttributeNS(XMLUni::fgXMLNSURIName, X("xmlns:uri1"), X("http://www.uri1.com"));
docFirstElementChildChild->setAttributeNS(XMLUni::fgXMLNSURIName, X("xmlns:uri1b"), X("http://www.uri1.com"));
docFirstElementChildChild->setAttributeNS(X("http://www.uri1.com"), X("uri1:attr1"), X("value"));
docFirstElementChildChild->setAttributeNS(X("http://www.uri1.com"), X("uri1b:attr2"), X("value"));
doc->normalizeDocument();
normalizer->serializeNode(doc);
XERCES_STD_QUALIFIER cout << "\n\n";
//check to see we use the nearest binding and for more inheritence
DOMElement *docFirstElementChildChildChild = doc->createElementNS(X("http://www.uri1.com"),X("docEleChildChildChild"));
docFirstElementChildChild->appendChild(docFirstElementChildChildChild);
docFirstElementChildChild->setAttributeNS(XMLUni::fgXMLNSURIName, X("xmlns:nearerThanPo"), X("http://www.test.com"));
docFirstElementChildChildChild->setAttributeNS(X("http://testattr.com"), X("attr2"), X("value"));
docFirstElementChildChildChild->setAttributeNS(X("http://www.test.com"), X("attr1"), X("value"));
doc->normalizeDocument();
normalizer->serializeNode(doc);
XERCES_STD_QUALIFIER cout << "\n\n";
//NS1.1 stuff
//test creating default prefix when NS1 has been set to ""
noNamespaceEle->setAttributeNS(XMLUni::fgXMLNSURIName, X("xmlns:NS1"), X(""));
DOMElement *noNamespaceChild = doc->createElementNS(X("http://testclash.com"),X("testing1.1Stuff"));
noNamespaceEle->appendChild(noNamespaceChild);
doc->normalizeDocument();
normalizer->serializeNode(doc);
noNamespaceChild = doc->createElementNS(X("http://testclash.com"),X("NS1:testing1.1Stuff"));
noNamespaceEle->appendChild(noNamespaceChild);
noNamespaceChild->setAttributeNS(X("http://www.someRandomUri.com"), X("attr"), X("value"));
doc->normalizeDocument();
normalizer->serializeNode(doc);
//check error conditions
XERCES_STD_QUALIFIER cout << "error conditions" << XERCES_STD_QUALIFIER endl;
DOMConfiguration *conf = doc->getDOMConfig();
conf->setParameter(XMLUni::fgDOMErrorHandler, normalizer);
conf->setParameter(XMLUni::fgDOMNamespaces, true);
DOMElement *level1Node = doc->createElement(X("level1Node"));
docFirstElement->appendChild(level1Node);
doc->normalizeDocument();
docFirstElement->removeChild(level1Node);
docFirstElement->setAttribute(X("level1Attr"), X("level1"));
doc->normalizeDocument();
docFirstElement->removeAttribute(X("level1Attr"));
//cant check this as Xerces does not let us do it
// noNamespaceChild->setAttributeNS(X("http://www.someRandomUri.com"), X("xmlns"), X("value"));
// doc->normalizeDocument();
//lets do a sanity test on a comment
DOMComment *comment = doc->createComment(X("some comment"));
docFirstElement->appendChild(comment);
doc->normalizeDocument();
normalizer->serializeNode(doc);
conf->setParameter(XMLUni::fgDOMComments, false);
docFirstElement->appendChild(comment);
doc->normalizeDocument();
normalizer->serializeNode(doc);
//and on a CDATA
DOMCDATASection *cData = doc->createCDATASection(X("some cdata"));
docFirstElement->appendChild(cData);
doc->normalizeDocument();
normalizer->serializeNode(doc);
conf->setParameter(XMLUni::fgDOMCDATASections, false);
docFirstElement->appendChild(cData);
doc->normalizeDocument();
normalizer->serializeNode(doc);
delete normalizer;
delete tmpTrue;
delete tmpFalse;
return 0;
}