/*
    File automatically generated by SOAdvancedDissector.py
    More information at http://indefero.soutade.fr/p/soadvanceddissector
*/

#ifndef _XPATH_H
#define _XPATH_H

#include <uft.h>

namespace mdom {
    class Node;
    class Reference;
};

namespace xpath {

    class Parser;
    class AttributeParser;
    class AxesNodeTest;
    class Context;
    class CurlyBracketAttributeParser;
    class CurlyBracketExpression;
    class Dependency;
    class DependencyType;
    class DynamicContext;
    class ExplicitReference;
    class Expression;
    class Function;
    class NodeTest;
    class NodeTypeTest;
    class Operator;
    class ResultType;
    class Root;
    class Scan;
    class SimpleMatch;
    class SimpleUserFunction;
    class StaticContext;
    class Step;
    class StepDynamicContext;
    class Variable;
    class XPathIdMatch;
    class XPathVTable;
    class YaccParser;


    class Error {};
    class Token {};
    
    class Parser: public uft::ValueParser
    {
    public:
        virtual void parse(uft::ParserContext*, uft::Value const&) const;
        virtual void getValidStartChars() const;
        virtual void handlerParseFailure(uft::ParserContext*, uft::Value const&) const;

    };

    class AttributeParser: public xpath::Parser
    {
    public:
        virtual void parse(uft::ParserContext*, uft::Value const&) const;
        virtual void getValidStartChars() const;
        virtual void handlerParseFailure(uft::ParserContext*, uft::Value const&) const;

    };

    class AxesNodeTest
    {
    public:
        AxesNodeTest(uft::String const&, uft::Value const&);

        void InitVirtualTables();
        void getSourceDOMExpr(uft::Set const&);
        void getSourceDOMExpr_impl(uft::Value const&, uft::Set const&);
        void isAxesDefault();
        void isValidNode(mdom::Node*, xpath::Context*) const;
        void query(uft::Value const&, void*);
        void setAxes(uft::String const&);
        void setAxesAsChild();
        void setAxesAsDescendantOrSelf();
        void staticInit();
        void toString();

        void* s_descriptor;

    };

    class Context
    {
    public:
        Context(mdom::Node const&, bool, xpath::StaticContext*);

        // ~DynamicContextHelper();

        virtual ~Context();
        virtual void handleExpressionError(uft::String);

        // void DynamicContextHelper(xpath::Context*, xpath::DynamicContext*);
        // void DynamicContextHelper(xpath::Context*, xpath::DynamicContext*, mdom::Node const&);
        void getDynamicContext(xpath::Expression const&, bool);
        void incrementCurrentPosition(uft::Value const&);
        void removeDynamicContext(uft::Value const&);
        void setDynamicContext(uft::Value const&, uft::Value const&, xpath::StepDynamicContext*);
        void setDynamicContext(uft::Value const&, xpath::DynamicContext*);
        void setInitialContext(unsigned int, unsigned int);
        void setReferenceNode(mdom::Node const&);

    };

    class CurlyBracketAttributeParser: public xpath::Parser
    {
    public:
        virtual void parse(uft::ParserContext*, uft::Value const&) const;
        virtual void getValidStartChars() const;
        virtual void handlerParseFailure(uft::ParserContext*, uft::Value const&) const;

    };

    class CurlyBracketExpression
    {
    public:
        void staticInit();

        void* s_descriptor;

    };

    class Dependency
    {
    public:
    };

    class DependencyType
    {
    public:
    };

    class DynamicContext
    {
    public:
        DynamicContext(unsigned int, unsigned int);
        DynamicContext(xpath::Expression const&, bool);

        virtual ~DynamicContext();
        virtual void getContextSize();
        virtual void resetContext(mdom::Node const&);

    };

    class ExplicitReference
    {
    public:
        ExplicitReference(mdom::Reference const&);

        void getDependencyType(xpath::DependencyType, xpath::Dependency*);
        void getDependencyType_impl(uft::Value const&, xpath::DependencyType, xpath::Dependency*);
        void isNodeInNodeset_impl(uft::Value const&, xpath::Context*, mdom::Node*);
        void iterate(xpath::Context*, mdom::Node*);
        void iterate_impl(uft::Value const&, xpath::Context*, mdom::Node*);
        void query(uft::Value const&, void*);
        void staticInit();
        void toString();

        void* ExplicitReference_vtable;
        void* s_descriptor;

    };

    class Expression
    {
    public:
        Expression(char const*);
        Expression(uft::URL const&);
        Expression(uft::Value const&);

        ~Expression();

        void evaluate_impl(mdom::Node const&, xpath::Context*, xpath::ResultType) const;
        void finishIteration_impl(xpath::Context*) const;
        void getAttributeParser();
        void getCurlyBracketAttributeParser();
        void getDependencyType_impl(xpath::DependencyType, xpath::Dependency*) const;
        void getExpressionForIDMatch(uft::String const&, uft::String const&);
        void getExpressionForNodeTypes(uft::String const&, unsigned int*, unsigned int, bool);
        void getExpressionType_impl() const;
        void getParser();
        void getSourceDOMExpr_impl(uft::Set const&) const;
        // void gotoPreviousStep(mdom::Node const*, uft::sref<xpath::Step>&);
        void isNodeInNodeset_impl(xpath::Context*, mdom::Node*) const;
        void isSimpleMatch(xpath::SimpleMatch*, bool);
        void iterate_impl(xpath::Context*, mdom::Node*) const;
        void match(mdom::Node const*, bool);
        // void matchSingleNode(mdom::Node const*, uft::sref<xpath::Step>&);
        void toString() const;

    };

    class Function
    {
    public:
        Function(uft::QName const&, uft::Vector const&);

        void evaluate_impl(mdom::Node const&, xpath::Context*, xpath::ResultType);
        void evaluate_impl(uft::Value const&, mdom::Node const&, xpath::Context*, xpath::ResultType);
        void getDependencyType(xpath::DependencyType, xpath::Dependency*);
        void getDependencyType_impl(uft::Value const&, xpath::DependencyType, xpath::Dependency*);
        void getExpressionType();
        void getExpressionType_impl(uft::Value const&);
        void iterate_impl(uft::Value const&, xpath::Context*, mdom::Node*);
        void iterate_impl(xpath::Context*, mdom::Node*);
        void query(uft::Value const&, void*);
        void staticInit();
        void toString();

        void* XPathFunction_vtable;
        void* s_descriptor;

    };

    class NodeTest
    {
    public:
        NodeTest(uft::String);

        void isValidNode(mdom::Node*);
        void staticInit();
        void toString();

        void* s_descriptor;

    };

    class NodeTypeTest
    {
    public:
        NodeTypeTest(unsigned int*, unsigned int, bool);
        NodeTypeTest(unsigned int, uft::String);

        void isValidNode(mdom::Node*);
        void staticInit();
        void toString();

        void* s_descriptor;

    };

    class Operator
    {
    public:
        Operator(uft::String const&, uft::Value const&, uft::Value const&);

        void andFn(mdom::Node const&, xpath::Context*, xpath::ResultType);
        void equalFn(mdom::Node const&, xpath::Context*, xpath::ResultType);
        void evaluate(mdom::Node const&, xpath::Context*, xpath::ResultType);
        void evaluate_impl(uft::Value const&, mdom::Node const&, xpath::Context*, xpath::ResultType);
        void getDependencyType(xpath::DependencyType, xpath::Dependency*);
        void getDependencyType_impl(uft::Value const&, xpath::DependencyType, xpath::Dependency*);
        void getExpressionType();
        void getExpressionType_impl(uft::Value const&);
        void getSourceDOMExpr(uft::Set const&);
        void getSourceDOMExpr_impl(uft::Value const&, uft::Set const&);
        void getValues(uft::Value&, uft::Value&, mdom::Node const&, xpath::Context*, xpath::ResultType);
        void greaterFn(mdom::Node const&, xpath::Context*, xpath::ResultType);
        void isNodeInNodeset(xpath::Context*, mdom::Node*);
        void isNodeInNodeset_impl(uft::Value const&, xpath::Context*, mdom::Node*);
        void isValidBinaryOperation(xpath::Context*);
        void lessFn(mdom::Node const&, xpath::Context*, xpath::ResultType);
        void numberCompare(mdom::Node const&, xpath::Context*, xpath::ResultType, int);
        void orFn(mdom::Node const&, xpath::Context*, xpath::ResultType);
        void query(uft::Value const&, void*);
        void staticInit();
        void stringCompare(mdom::Node const&, xpath::Context*, xpath::ResultType);
        void toString();

        void* XPathOperator_vtable;
        void* s_descriptor;

    };

    class ResultType
    {
    public:
    };

    class Root
    {
    public:
        Root();

        void getDependencyType(xpath::DependencyType, xpath::Dependency*);
        void getDependencyType_impl(uft::Value const&, xpath::DependencyType, xpath::Dependency*);
        void isNodeInNodeset_impl(uft::Value const&, xpath::Context*, mdom::Node*);
        void iterate(xpath::Context*, mdom::Node*);
        void iterate_impl(uft::Value const&, xpath::Context*, mdom::Node*);
        void query(uft::Value const&, void*);
        void staticInit();
        void toString();

        void* XPathRoot_vtable;
        void* s_descriptor;

    };

    class Scan
    {
    public:
        Scan(char const*, char const*);

        virtual ~Scan();

        void getDebugErrMsg(xpath::Error) const;
        void getError() const;
        void getOptionFlags() const;
        void isNCNameChar(char);
        void nextToken(char const**, char const**, char const**);
        void safeMatch(char const*, char const*, char const**);
        void safePeekNCNameTo(char const*, char, bool);
        void setOptionFlags(long);
        void skipTo(char const*, char);
        void terminalToToken(char);

        void* sCharTest;
        void* sType1;

    };

    class SimpleMatch
    {
    public:
        ~SimpleMatch();

    };

    class SimpleUserFunction
    {
    public:
        void staticInit();

        void* s_descriptor;

    };

    class StaticContext
    {
    public:
        virtual void virtfunc8() = 0;
        virtual void virtfunc12() = 0;

    };

    class Step
    {
    public:
        Step(uft::String const&, uft::Value const&);
        Step(xpath::Expression&);
        Step(xpath::Root&);

        void evaluate(mdom::Node const&, xpath::Context*, xpath::ResultType);
        void evaluate_impl(uft::Value const&, mdom::Node const&, xpath::Context*, xpath::ResultType);
        void getDependencyType(xpath::DependencyType, xpath::Dependency*);
        void getDependencyType_impl(uft::Value const&, xpath::DependencyType, xpath::Dependency*);
        void getDynamicContext(xpath::Context*);
        void getExpressionType();
        void getExpressionType_impl(uft::Value const&);
        void getRootAxesNodeTest();
        void getRootStep();
        void getSourceDOMExpr(uft::Set const&);
        void getSourceDOMExpr_impl(uft::Value const&, uft::Set const&);
        void isNodeInNodeset(xpath::Context*, mdom::Node*);
        void isNodeInNodeset_impl(uft::Value const&, xpath::Context*, mdom::Node*);
        void iterate(xpath::Context*, mdom::Node*);
        void iterate_impl(uft::Value const&, xpath::Context*, mdom::Node*);
        void query(uft::Value const&, void*);
        void removeDynamicContext(xpath::Context*) const;
        void setPrevStep(xpath::Step&);
        void staticInit();
        void toString();

        void* XPathStep_vtable;
        void* s_descriptor;

    };

    class StepDynamicContext: public xpath::DynamicContext
    {
    public:
        StepDynamicContext(xpath::Context*, uft::Value const&, uft::Value const&);

        virtual ~StepDynamicContext();
        virtual void getContextSize();
        virtual void resetContext(mdom::Node const&);

        void getContextPosition();
        void getNext(mdom::Node&);
        void getNextForCurrentExpression(mdom::Node&);
        void getPrevDynamicContextInternal();
        void isNodeInNodeset(mdom::Node&);
        void setCurrentNode(mdom::Node const&);

    };

    class Variable
    {
    public:
        Variable(uft::QName const&);

        void evaluate_impl(mdom::Node const&, xpath::Context*, xpath::ResultType);
        void evaluate_impl(uft::Value const&, mdom::Node const&, xpath::Context*, xpath::ResultType);
        void getDependencyType(xpath::DependencyType, xpath::Dependency*);
        void getDependencyType_impl(uft::Value const&, xpath::DependencyType, xpath::Dependency*);
        void getExpressionType();
        void getExpressionType_impl(uft::Value const&);
        void iterate_impl(uft::Value const&, xpath::Context*, mdom::Node*);
        void iterate_impl(xpath::Context*, mdom::Node*);
        void query(uft::Value const&, void*);
        void staticInit();
        void toString();

        void* XPathVariable_vtable;
        void* s_descriptor;

    };

    class XPathIdMatch
    {
    public:
        XPathIdMatch(uft::Value const&);

        void evaluate_impl(uft::Value const&, mdom::Node const&, xpath::Context*, xpath::ResultType);
        void query(uft::Value const&, void*);
        void staticInit();
        void toString();

        void* XPathIdMatch_vtable;
        void* s_descriptor;

    };

    class XPathVTable
    {
    public:
    };

    class YaccParser
    {
    public:
        YaccParser(char const*, uft::ParserContext*);

        ~YaccParser();

        void createXPathObject();
        void getObjectPointer(uft::Value*&, bool);
        void getReturnValueObject();
        void parse();
        void performLexicalAnalysis(uft::Value*&);
        void setReturnValueObject(uft::Value&);

    };


    void GetOneArgument(uft::Value const&, mdom::Node const&, xpath::Context*, uft::Value&, xpath::ResultType);
    void SubstituteFunctionDefaults(xpath::XPathVTable*, unsigned int);
    void booleanValue(uft::Value const&);
    void convertNodeValue(mdom::Node const&, xpath::Context*, xpath::ResultType);
    void convertValue(uft::Value const&, xpath::ResultType);
    void createExplicitReference(mdom::Node const&);
    void evalBooleanFunction(uft::Value const&, mdom::Node const&, xpath::Context*, xpath::ResultType);
    void evalNumberFunction(uft::Value const&, mdom::Node const&, xpath::Context*, xpath::ResultType);
    void evalStringFunction(uft::Value const&, mdom::Node const&, xpath::Context*, xpath::ResultType);
    void evaluate_through_iterate_impl(uft::Value const&, mdom::Node const&, xpath::Context*, xpath::ResultType);
    void extractExpression(uft::Value const&);
    void extractXPathExpression(uft::Value const&);
    void getAxisName(xpath::Token);
    void getCSSAbsoluteExpression(xpath::Expression const&);
    void getCSSAttributeExpression(xpath::Expression const&, xpath::Expression const&);
    void getCSSChildExpression(xpath::Expression const&, xpath::Expression const&);
    void getCSSDescendantExpression(xpath::Expression const&, xpath::Expression const&);
    void getCSSDirectAdjacentExpression(xpath::Expression const&, xpath::Expression const&);
    void getCSSEqualsAttributeExpression(uft::QName const&, uft::String const&);
    void getCSSFirstChildExpression(uft::QName const&);
    void getCSSIndirectAdjacentExpression(xpath::Expression const&, xpath::Expression const&);
    void getCSSMatchHypenSeparatedAttributeExpression(uft::QName const&, uft::String const&);
    void getCSSMatchWholeWordAttributeExpression(uft::QName const&, uft::String const&);
    void getCSSTypeExpression(uft::QName const&);
    void getCSSUniversalExpression();
    void getDependencyTypeFromArguments(uft::Value const&, xpath::DependencyType, xpath::Dependency*);
    void getDependencyTypeNone(uft::Value const&, xpath::DependencyType, xpath::Dependency*);
    void getDependencyTypeOutsideSubtree(uft::Value const&, xpath::DependencyType, xpath::Dependency*);
    void getExpressionTypeImplAttribute(uft::Value const&);
    void getExpressionTypeImplBoolean(uft::Value const&);
    void getExpressionTypeImplNamespace(uft::Value const&);
    void getExpressionTypeImplNodeset(uft::Value const&);
    void getExpressionTypeImplNumber(uft::Value const&);
    void getExpressionTypeImplString(uft::Value const&);
    void getFunctionVTable(uft::QName const&);
    void getSourceDOMExprSelf(uft::Value const&, uft::Set const&);
    void getSourceDOMNULL(uft::Value const&, uft::Set const&);
    void isNodeInNodesetTrue(uft::Value const&, xpath::Context*, mdom::Node*);
    void numericalValue(uft::Value const&);
    uft::String stringValue(mdom::Node const&, xpath::Context*);

}



#endif // _XPATH_H