429 lines
22 KiB
C++
429 lines
22 KiB
C++
/*
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* Copyright (c) 2001-2006
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* DecisionSoft Limited. All rights reserved.
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* Copyright (c) 2004-2006
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* Progress Software Corporation. All rights reserved.
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* Copyright (c) 2004-2006
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* Oracle. All rights reserved.
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*
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* See the file LICENSE for redistribution information.
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*
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* $Id: XQDynamicContextImpl.hpp,v 1.28 2007/08/29 17:17:08 jpcs Exp $
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*/
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#ifndef XQDYNAMICCONTEXTIMPL_H
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#define XQDYNAMICCONTEXTIMPL_H
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#include <xqilla/context/DynamicContext.hpp>
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#include <xqilla/context/impl/VarStoreImpl.hpp>
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#include <xqilla/runtime/Sequence.hpp>
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#include <xqilla/framework/ProxyMemoryManager.hpp>
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#include <xqilla/exceptions/ContextException.hpp>
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#include <xercesc/util/ValueHashTableOf.hpp>
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class XQILLA_API XQDynamicContextImpl : public DynamicContext
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{
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public:
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XQDynamicContextImpl(XQillaConfiguration *conf, const StaticContext *staticContext,
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XERCES_CPP_NAMESPACE_QUALIFIER MemoryManager* memMgr);
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~XQDynamicContextImpl();
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virtual DynamicContext *createModuleContext(XERCES_CPP_NAMESPACE_QUALIFIER MemoryManager *memMgr =
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XERCES_CPP_NAMESPACE_QUALIFIER XMLPlatformUtils::fgMemoryManager) const;
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virtual DynamicContext *createModuleDynamicContext(const DynamicContext* moduleCtx, XERCES_CPP_NAMESPACE_QUALIFIER MemoryManager *memMgr =
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XERCES_CPP_NAMESPACE_QUALIFIER XMLPlatformUtils::fgMemoryManager) const;
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virtual DynamicContext *createDynamicContext(XERCES_CPP_NAMESPACE_QUALIFIER MemoryManager *memMgr
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= XERCES_CPP_NAMESPACE_QUALIFIER XMLPlatformUtils::fgMemoryManager) const;
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virtual XQillaConfiguration *getConfiguration() const;
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virtual XQilla::Language getLanguage() const;
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//////////////////////////////////////
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// XQuery Static Context Accessors //
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//////////////////////////////////////
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/**
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* Overrides the inherited method, and disowns any output
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* document that was created with the previous memory manager.
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*/
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virtual void setMemoryManager(XPath2MemoryManager *memMgr);
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/** Binds a prefix to a namespace URI */
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virtual void setNamespaceBinding(const XMLCh* prefix, const XMLCh* uri);
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/** Set the policy for boundary space */
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virtual void setPreserveBoundarySpace(bool value);
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/** Get the policy for boundary space */
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virtual bool getPreserveBoundarySpace() const;
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//////////////////////////////////////
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// XQuery Dynamic Context Accessors //
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//////////////////////////////////////
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virtual void testInterrupt() const;
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//////////////////////////////////
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// Dynamic Context Accessors //
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//////////////////////////////////
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/** Resets the dynamic context, as if it had never been used */
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virtual void clearDynamicContext();
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virtual SequenceBuilder *createSequenceBuilder() const;
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/** Returns the ItemFactory for this context, which is used to create XQilla items and other objects. */
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virtual ItemFactory *getItemFactory() const;
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/** Sets the ItemFactory for this context */
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virtual void setItemFactory(ItemFactory *factory);
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/** Get the context Item */
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virtual Item::Ptr getContextItem() const;
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/** Set the context item to item */
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virtual void setContextItem(const Item::Ptr &item);
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/** Get the context position */
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virtual unsigned int getContextPosition() const;
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/** Set the context position */
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virtual void setContextPosition(unsigned int pos);
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/** Get the context size */
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virtual unsigned int getContextSize() const;
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/** Set the context size */
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virtual void setContextSize(unsigned int size);
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virtual const VariableStore* getVariableStore() const;
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virtual void setVariableStore(const VariableStore *store);
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virtual const VariableStore* getGlobalVariableStore() const;
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virtual void setGlobalVariableStore(const VariableStore *store);
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virtual void setExternalVariable(const XMLCh *namespaceURI, const XMLCh *name, const Sequence &value);
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virtual void setExternalVariable(const XMLCh *qname, const Sequence &value);
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/** Return the current time */
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virtual time_t getCurrentTime() const;
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/** Set the current time */
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virtual void setCurrentTime(time_t newTime);
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/** Return the implicit timezone for this system.*/
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virtual ATDurationOrDerived::Ptr getImplicitTimezone() const;
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/** Set the implicit timezone */
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virtual void setImplicitTimezone(const ATDurationOrDerived::Ptr &timezoneAsDuration);
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/**
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Register a callback object for resolving URIs. Multiple URIResolver
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objects can be registered with the DynamicContext at the same time.
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The most recently added URIResolver will be called first, and if it
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returns NULL, subsequent ones will be called - ending in a call to
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the fallback routines.
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The DynamicContext will not
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adopt this object, making the user responsible for making sure that the
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URIResolver object's lifespan matches or exceeds the life of the
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DynamicContext.
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*/
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virtual void registerURIResolver(URIResolver *resolver, bool adopt);
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/** Returns the default URIResolver */
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virtual URIResolver *getDefaultURIResolver() const;
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/** Sets the default URIResolver */
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virtual void setDefaultURIResolver(URIResolver *resolver, bool adopt);
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/* Resolve the given uri (and baseUri) to a DOMDocument. If the uri
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is relative, the base uri is obtained from the context. */
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virtual Sequence resolveDocument(const XMLCh* uri, const LocationInfo *location);
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/* Resolve the given uri (and baseUri) to a list of DOMNode objects. If
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the uri is relative, the base uri is obtained from the context. */
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virtual Sequence resolveCollection(const XMLCh* uri, const LocationInfo *location);
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virtual Sequence resolveDefaultCollection();
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/** Creates a new UpdateFactory, used for performing updates.
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Caller owns the returned object, and should delete it */
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virtual UpdateFactory *createUpdateFactory() const;
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//////////////////////////////////
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// Static Context Accessors //
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//////////////////////////////////
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/** Get the static type of the context item */
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virtual const StaticType &getContextItemType() const;
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/** Set the static type of the context item */
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virtual void setContextItemType(const StaticType &st);
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/** Get the current XPath 1.0 compatibility mode */
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virtual bool getXPath1CompatibilityMode() const;
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/** Set the current XPath 1.0 compatibility mode */
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virtual void setXPath1CompatibilityMode(bool newMode);
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/** Get the NS resolver */
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virtual const XERCES_CPP_NAMESPACE_QUALIFIER DOMXPathNSResolver* getNSResolver() const;
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/** returns the URI that is bound in prefix in the current scope or zero
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length string otherwise */
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virtual const XMLCh* getUriBoundToPrefix(const XMLCh* prefix, const LocationInfo *location) const;
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/** returns the prefix that is bound in uri in the current scope or zero
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length string otherwise */
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virtual const XMLCh* getPrefixBoundToUri(const XMLCh* uri) const;
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/** Set the NS resolver */
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virtual void setNSResolver(const XERCES_CPP_NAMESPACE_QUALIFIER DOMXPathNSResolver* resolver);
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/** get the value of the default namespace for elements and types */
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virtual const XMLCh* getDefaultElementAndTypeNS() const;
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/** set the value of the default namespace for elements and types */
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virtual void setDefaultElementAndTypeNS(const XMLCh* newNS);
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/** Return the default namespace for functions */
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virtual const XMLCh* getDefaultFuncNS() const;
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/** Set the default namespace for functions */
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virtual void setDefaultFuncNS(const XMLCh* newNS);
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/** retrieve the repository for the grammars **/
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virtual const DocumentCache* getDocumentCache() const;
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/** sets the repository for the grammars **/
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virtual void setDocumentCache(DocumentCache* docCache);
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/** returns true if the type represented by uri:typename is an instance of uriToCheck:typeNameToCheck
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*
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* ie: to check
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* xs:integer instance of xs:decimal,
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* call
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* isTypeOrDerivedFromType("xs", "integer", "xs", "decimal")
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* (except of course, call with URIs, not prefixes!)
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*/
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virtual bool isTypeOrDerivedFromType(const XMLCh* const uri, const XMLCh* const typeName, const XMLCh* const uriToCheck, const XMLCh* const typeNameToCheck) const;
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/**
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* Sets the XMLEntityResolver that is used by Xerces when it is used
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* to parse documents. This affects the behaviour of XQilla whenever
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* it retrieves a DTD or XML Schema grammar.
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*/
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virtual void setXMLEntityResolver(XERCES_CPP_NAMESPACE_QUALIFIER XMLEntityResolver* const handler);
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/** Returns the entity resolver currently set */
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virtual XERCES_CPP_NAMESPACE_QUALIFIER XMLEntityResolver* getXMLEntityResolver() const;
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/** Register a callback object for resolving module URIs */
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virtual void setModuleResolver(ModuleResolver *resolver);
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/** Returns the module resolver currently set */
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virtual ModuleResolver *getModuleResolver() const;
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/* Retrieve a list of locations for the given module URI */
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virtual VectorOfStrings* resolveModuleURI(const XMLCh* uri) const;
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/** add the location for the grammar of a specific namespace **/
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virtual void addSchemaLocation(const XMLCh* uri, VectorOfStrings* locations, const LocationInfo *location);
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/** get the variable type store */
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virtual VariableTypeStore* getVariableTypeStore();
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/** adds a custom function to the function table */
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virtual void addCustomFunction(FuncFactory *func);
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/** returns a function object with the given uri, localname and number of arguments triple */
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virtual ASTNode *lookUpFunction(const XMLCh *uri, const XMLCh* name, const VectorOfASTNodes &v) const;
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/** adds an external function implementation to the function table */
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virtual void addExternalFunction(const ExternalFunction *func);
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/** returns an external function implementation for the given uri and localname */
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virtual const ExternalFunction *lookUpExternalFunction(const XMLCh *uri, const XMLCh *name, unsigned int numArgs) const;
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/** Get the implementation for the specified collation */
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virtual Collation* getCollation(const XMLCh* const URI, const LocationInfo *location) const;
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/** Add a collation */
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virtual void addCollation(Collation* collation);
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/** Get the default collation */
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virtual Collation* getDefaultCollation(const LocationInfo *location) const;
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/** Specify which collation is the default one */
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virtual void setDefaultCollation(const XMLCh* const URI);
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/** Return the construction mode */
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virtual ConstructionMode getConstructionMode() const;
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/** Set the construction mode */
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virtual void setConstructionMode(ConstructionMode newMode);
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/** Return the ordering method for node sets */
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virtual NodeSetOrdering getNodeSetOrdering() const;
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/** Set the ordering method for node sets */
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virtual void setNodeSetOrdering(NodeSetOrdering newOrder);
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/** Return the base URI */
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virtual const XMLCh* getBaseURI() const;
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/** Set the base URI */
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virtual void setBaseURI(const XMLCh* newURI);
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/** Return the default ordering mode for FLWOR blocks */
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virtual FLWOROrderingMode getDefaultFLWOROrderingMode() const;
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/** Set the default ordering mode for FLWOR blocks */
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virtual void setDefaultFLWOROrderingMode(FLWOROrderingMode newMode);
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/** Set the policy for namespace inheritance */
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virtual void setInheritNamespaces(bool value);
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/** Get the policy for namespace inheritance */
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virtual bool getInheritNamespaces() const;
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/** Set the policy for namespace copy */
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virtual void setPreserveNamespaces(bool value);
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/** Get the policy for namespace copy */
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virtual bool getPreserveNamespaces() const;
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/** Set the revalidation mode */
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virtual void setRevalidationMode(DocumentCache::ValidationMode mode);
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/** Get the revalidation mode */
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virtual DocumentCache::ValidationMode getRevalidationMode() const;
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/** Set the listener for warning and trace messages */
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virtual void setMessageListener(MessageListener *listener);
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/** Gets the listener for warning and trace messages */
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virtual MessageListener *getMessageListener() const;
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/////////////////////////////////////////
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// XQilla context specific accessors //
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/////////////////////////////////////////
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virtual const XMLCh *allocateTempVarName();
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/** Get the memory manager */
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virtual XPath2MemoryManager* getMemoryManager() const;
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protected:
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XQillaConfiguration *_conf;
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const StaticContext *_staticContext;
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// The memory manager used to create this context
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XERCES_CPP_NAMESPACE_QUALIFIER MemoryManager* _createdWith;
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// used for managing the memory of objects inside this context
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ProxyMemoryManager _internalMM;
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/** In-scope namespaces. This is a set of (prefix, URI) pairs.
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* The in-scope namespaces are used for resolving prefixes used
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* in QNames within the expression
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* THIS OUGHT TO BE IN THE STATIC CONTEXT - jpcs */
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const XERCES_CPP_NAMESPACE_QUALIFIER DOMXPathNSResolver* _nsResolver;
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/** Default collation. This is a collation. This collation is used by
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* string comparison functions when no explicit collation is specified.
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* THIS OUGHT TO BE IN THE STATIC CONTEXT - jpcs */
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const XMLCh* _defaultCollation;
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/** Default element/type namespace. This is a namespace URI or "none". This
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* namespace is used for any unprefixed QName appearing in a
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* position where an element or type name is expected.
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* THIS OUGHT TO BE IN THE STATIC CONTEXT - jpcs */
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const XMLCh* _defaultElementNS;
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/** The context item is the item currently being processed. */
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Item::Ptr _contextItem;
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/** The context position is the position of the context item within
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* the sequence of items currently being processed. */
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unsigned int _contextPosition;
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/** The context size is the number of items in the sequence of
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* items currently being processed. */
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unsigned int _contextSize;
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/** In-scope variable values. This is a set of (QName, Sequence) pairs.
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* It defines the set of variables that have been declared and are
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* available for reference within the expression. The QName
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* represents the name of the variable, and the Sequence represents its
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* value */
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const VariableStore *_varStore;
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const VariableStore *_globalVarStore;
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VarStoreImpl _defaultVarStore;
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/** Current date and time. This information represents an
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* implementation-dependent point in time during processing of a query
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* or transformation */
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time_t _currentTime;
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/** Implicit timezone. This is the timezone to be used when a date,
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* time, or dateTime value that does not have a timezone is used in a
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* comparison or in any other operation. This value is an instance of
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* xdt:dayTimeDuration */
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ATDurationOrDerived::Ptr _implicitTimezone;
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/** For each atomic type in the in-scope type definitions, there is
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* a constructor function in the in-scope functions. Constructor
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* functions are discussed in 3.10.4 Constructor Functions */
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ItemFactory* _itemFactory;
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XERCES_CPP_NAMESPACE_QUALIFIER ValueHashTableOf<Node::Ptr> _documentMap;
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struct ResolverEntry {
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ResolverEntry() : resolver(0), adopt(false) {}
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ResolverEntry(URIResolver *r, bool a) : resolver(r), adopt(a) {}
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URIResolver *resolver;
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bool adopt;
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};
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/// A stack of URIResolver pointers
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std::vector<ResolverEntry, XQillaAllocator<ResolverEntry> > _resolvers;
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ResolverEntry _defaultResolver;
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/** Contains the XMLGrammarPool of the StaticContext, and is used to
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* load xml documents for resolveCollection and resolveDocument */
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DocumentCache* _docCache;
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/** The message listener, for warnings and trace messages */
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MessageListener *_messageListener;
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// used for memory management
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XPath2MemoryManager* _memMgr;
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};
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inline void XQDynamicContextImpl::setContextItemType(const StaticType &)
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{ XQThrow2(ContextException,X("XQDynamicContextImpl"), X("You cannot change the static context when using a proxying dynamic context")); }
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inline void XQDynamicContextImpl::setXPath1CompatibilityMode(bool newMode)
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{ XQThrow2(ContextException,X("XQDynamicContextImpl"), X("You cannot change the static context when using a proxying dynamic context")); }
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inline void XQDynamicContextImpl::setDefaultFuncNS(const XMLCh* newNS)
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{ XQThrow2(ContextException,X("XQDynamicContextImpl"), X("You cannot change the static context when using a proxying dynamic context")); }
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inline void XQDynamicContextImpl::setBaseURI(const XMLCh* newURI)
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{ XQThrow2(ContextException,X("XQDynamicContextImpl"), X("You cannot change the static context when using a proxying dynamic context")); }
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inline void XQDynamicContextImpl::addCustomFunction(FuncFactory *func)
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{ XQThrow2(ContextException,X("XQDynamicContextImpl"), X("You cannot change the static context when using a proxying dynamic context")); }
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inline void XQDynamicContextImpl::addExternalFunction(const ExternalFunction *func)
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{ XQThrow2(ContextException,X("XQDynamicContextImpl"), X("You cannot change the static context when using a proxying dynamic context")); }
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inline void XQDynamicContextImpl::addCollation(Collation* collation)
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{ XQThrow2(ContextException,X("XQDynamicContextImpl"), X("You cannot change the static context when using a proxying dynamic context")); }
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inline void XQDynamicContextImpl::addSchemaLocation(const XMLCh* uri, VectorOfStrings* locations, const LocationInfo *location)
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{ XQThrow2(ContextException,X("XQDynamicContextImpl"), X("You cannot change the static context when using a proxying dynamic context")); }
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inline VariableTypeStore* XQDynamicContextImpl::getVariableTypeStore()
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{ XQThrow2(ContextException,X("XQDynamicContextImpl"), X("You cannot change the static context when using a proxying dynamic context")); return 0; }
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inline void XQDynamicContextImpl::setConstructionMode(StaticContext::ConstructionMode newMode)
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{ XQThrow2(ContextException,X("XQDynamicContextImpl"), X("You cannot change the static context when using a proxying dynamic context")); }
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inline void XQDynamicContextImpl::setPreserveBoundarySpace(bool value)
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{ XQThrow2(ContextException,X("XQDynamicContextImpl"), X("You cannot change the static context when using a proxying dynamic context")); }
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inline void XQDynamicContextImpl::setDefaultFLWOROrderingMode(StaticContext::FLWOROrderingMode newMode)
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{ XQThrow2(ContextException,X("XQDynamicContextImpl"), X("You cannot change the static context when using a proxying dynamic context")); }
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inline void XQDynamicContextImpl::setInheritNamespaces(bool value)
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{ XQThrow2(ContextException,X("XQDynamicContextImpl"), X("You cannot change the static context when using a proxying dynamic context")); }
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inline void XQDynamicContextImpl::setPreserveNamespaces(bool value)
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{ XQThrow2(ContextException,X("XQDynamicContextImpl"), X("You cannot change the static context when using a proxying dynamic context")); }
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inline void XQDynamicContextImpl::setNodeSetOrdering(NodeSetOrdering newOrder)
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{ XQThrow2(ContextException,X("XQDynamicContextImpl"), X("You cannot change the static context when using a proxying dynamic context")); }
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inline void XQDynamicContextImpl::setModuleResolver(ModuleResolver *resolver)
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{ XQThrow2(ContextException,X("XQDynamicContextImpl"), X("You cannot change the static context when using a proxying dynamic context")); }
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inline void XQDynamicContextImpl::setRevalidationMode(DocumentCache::ValidationMode mode)
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{ XQThrow2(ContextException,X("XQDynamicContextImpl"), X("You cannot change the static context when using a proxying dynamic context")); }
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inline const XMLCh *XQDynamicContextImpl::allocateTempVarName()
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{ XQThrow2(ContextException,X("XQDynamicContextImpl"), X("You cannot change the static context when using a proxying dynamic context")); return 0; }
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inline const StaticType &XQDynamicContextImpl::getContextItemType() const { XQThrow2(ContextException,X("XQDynamicContextImpl"), X("The static context is not available from a proxying dynamic context")); }
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inline const XMLCh* XQDynamicContextImpl::getDefaultFuncNS() const { XQThrow2(ContextException,X("XQDynamicContextImpl"), X("The static context is not available from a proxying dynamic context")); }
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inline StaticContext::NodeSetOrdering XQDynamicContextImpl::getNodeSetOrdering() const { XQThrow2(ContextException,X("XQDynamicContextImpl"), X("The static context is not available from a proxying dynamic context")); }
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inline ModuleResolver * XQDynamicContextImpl::getModuleResolver() const { XQThrow2(ContextException,X("XQDynamicContextImpl"), X("The static context is not available from a proxying dynamic context")); }
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inline ASTNode* XQDynamicContextImpl::lookUpFunction(const XMLCh* uri, const XMLCh* name, const VectorOfASTNodes& v) const { XQThrow2(ContextException,X("XQDynamicContextImpl"), X("The static context is not available from a proxying dynamic context")); }
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inline const ExternalFunction *XQDynamicContextImpl::lookUpExternalFunction(const XMLCh *uri, const XMLCh *name, unsigned int numArgs) const { XQThrow2(ContextException,X("XQDynamicContextImpl"), X("The static context is not available from a proxying dynamic context")); }
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inline StaticContext::FLWOROrderingMode XQDynamicContextImpl::getDefaultFLWOROrderingMode() const { XQThrow2(ContextException,X("XQDynamicContextImpl"), X("The static context is not available from a proxying dynamic context")); }
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inline bool XQDynamicContextImpl::getXPath1CompatibilityMode() const { XQThrow2(ContextException,X("XQDynamicContextImpl"), X("The static context is not available from a proxying dynamic context")); }
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inline bool XQDynamicContextImpl::getPreserveBoundarySpace() const { XQThrow2(ContextException,X("XQDynamicContextImpl"), X("The static context is not available from a proxying dynamic context")); }
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inline DocumentCache::ValidationMode XQDynamicContextImpl::getRevalidationMode() const { XQThrow2(ContextException,X("XQDynamicContextImpl"), X("The static context is not available from a proxying dynamic context")); }
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inline XQilla::Language XQDynamicContextImpl::getLanguage() const { return _staticContext->getLanguage(); }
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inline const XMLCh* XQDynamicContextImpl::getBaseURI() const { return _staticContext->getBaseURI(); }
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inline Collation* XQDynamicContextImpl::getCollation(const XMLCh* URI, const LocationInfo *location) const { return _staticContext->getCollation(URI, location); }
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inline bool XQDynamicContextImpl::isTypeOrDerivedFromType(const XMLCh* uri, const XMLCh* typeName, const XMLCh* uriToCheck, const XMLCh* typeNameToCheck) const { return _staticContext->isTypeOrDerivedFromType(uri, typeName, uriToCheck, typeNameToCheck); }
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inline bool XQDynamicContextImpl::getInheritNamespaces() const { return _staticContext->getInheritNamespaces(); }
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inline bool XQDynamicContextImpl::getPreserveNamespaces() const { return _staticContext->getPreserveNamespaces(); }
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inline StaticContext::ConstructionMode XQDynamicContextImpl::getConstructionMode() const { return _staticContext->getConstructionMode(); }
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#endif
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