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

#ifndef _UFT_H
#define _UFT_H

#include <rib.h>

namespace uft {

    class ADEPTName;
    class AllocBase;
    class Allocator;
    class ValueParser;
    class AtomListParser;
    class AtomParser;
    class BitmapImage;
    class BitmapImageStruct;
    class BlockHead;
    class Buffer;
    class BufferManager;
    class BufferPin;
    class BufferRec;
    class BufferStruct;
    class CachingValue;
    class ChainingParser;
    class ContextParser;
    class Date;
    class DateStruct;
    class Dict;
    class DictStruct;
    class DoubleParser;
    class EVName;
    class EnumParser;
    class ErrorHandler;
    class Float;
    class FloatParser;
    class IntParser;
    class IntRectStruct;
    class LazyRef;
    class LazyRefStruct;
    class LongParser;
    class LowercasingAtomParser;
    class ParserContext;
    class MSchemaParserContext;
    class MutableRef;
    class MutableRefAccessor;
    class MutableRefAccessorImpl;
    class NameParser;
    class NullParser;
    class Opaque;
    class OpaqueStruct;
    class ParseErrorHandler;
    class PassThruParser;
    class PlatformString;
    class QName;
    class QNameParser;
    class QNameStruct;
    class Real;
    class RealPoint;
    class RealRect;
    class Runtime;
    class RuntimeImpl;
    class Set;
    class SimpleRefStruct;
    class SizedBlock;
    class StdBufferManager;
    class String;
    class StringBlock;
    class StringBuffer;
    class StringBufferStruct;
    class StringParser;
    class StructBlock;
    class StructDescriptor;
    class SubBufferManager;
    class Token;
    class TransientStringBuffer;
    class Tuple;
    class UFTInitializer;
    class URL;
    class URLStruct;
    class UTF16String;
    class Value;
    class ValueRef;
    class Vector;
    class VectorStruct;
    class WeakRef;


    class ADEPTName
    {
    public:
        ADEPTName(uft::String const&);

        ~ADEPTName();

    };

    class NoThrow
    {

    };

    class ValueType
    {

    };

    class CacheFlushContext
    {

    };

    class CacheCostInfo
    {
    };
    
    class AllocBase
    {
    public:
        void operator delete(void*);
        void operator delete(void*, uft::NoThrow const&);
        void operator delete[](void*);
        void operator delete[](void*, uft::NoThrow const&);
        void* operator new(unsigned int);
        void* operator new(unsigned int, uft::NoThrow const&);
        void* operator new[](unsigned int);
        void* operator new[](unsigned int, uft::NoThrow const&);

    };

    class Allocator
    {
    public:
        void free(void*);
        void freeClientMaintainsSize(void*, unsigned int);
        void malloc(unsigned int);
        void mallocClientMaintainsSize(unsigned int);
        void mallocClientMaintainsSizeThrow(unsigned int);
        void mallocThrow(unsigned int);

    };

    class ValueParser
    {
    public:
        virtual void parse(uft::ParserContext*, uft::Value const&) const = 0;
        virtual void getValidStartChars() const = 0;

        void* s_atomListParser;
        void* s_atomParser;
        void* s_contextParser;
        void* s_doubleParser;
        void* s_floatParser;
        void* s_intParser;
        void* s_longParser;
        void* s_lowercasingAtomParser;
        void* s_nameParser;
        void* s_nullParser;
        void* s_passthruParser;
        void* s_qnameParser;
        void* s_stringParser;

    };

    class AtomListParser: public uft::ValueParser
    {
    public:
        virtual void parse(uft::ParserContext*, uft::Value const&) const;
        virtual void getValidStartChars() const;

    };

    class AtomParser: public uft::ValueParser
    {
    public:
        virtual void parse(uft::ParserContext*, uft::Value const&) const;
        virtual void getValidStartChars() const;

    };

    class BitmapImage
    {
    public:
        BitmapImage();
        BitmapImage(unsigned int, unsigned int, uft::String);

    };

    class BitmapImageStruct
    {
    public:
        BitmapImageStruct();
        BitmapImageStruct(uft::BitmapImageStruct const&);

        ~BitmapImageStruct();

        void addUpdatedRect(uft::IntRectStruct const&);
        void getPixelSize(uft::String const&);
        void init(uft::Buffer const&, unsigned int, uft::String const&, uft::IntRectStruct const&);
        void staticInit();
        void validate(int, int);

        void* s_descriptor;

    };

    class BlockHead
    {
    public:
        void addRef();
        void allocBlock(uft::StructDescriptor const*);
        void allocBlock(uft::ValueType, unsigned int);
        void clone() const;
        void freeBlock(uft::BlockHead*);
        void getType() const;
        void isString() const;
        void isStruct() const;
        void release();
        void toString() const;

    };

    class Buffer
    {
    public:
        Buffer();
        Buffer(uft::Buffer const&);
        Buffer(uft::String const&);
        Buffer(uft::String const&, unsigned int, unsigned int);
        Buffer(unsigned char const*, unsigned int);
        Buffer(unsigned int, uft::BufferManager*, unsigned int);
        Buffer(unsigned int, unsigned int);

        ~Buffer();

        void append(uft::Buffer const&);
        void append(unsigned char const*, unsigned int);
        void buffer() const;
        void clone() const;
        void ensure(unsigned int);
        void ensureWritableAndResize(unsigned int);
        void insert(unsigned int, uft::Buffer const&);
        void insert(unsigned int, unsigned char const*, unsigned int);
        void isImmovable() const;
        void isInstanceOf(uft::Value const&);
        void isResizable() const;
        void isWritable() const;
        void length() const;
        void nullValue();
        void operator=(uft::Buffer const&);
        void pin() const;
        void readonly() const;
        void region(unsigned int) const;
        void region(unsigned int, unsigned int) const;
        void splice(unsigned int, unsigned int, uft::Buffer const&);
        void splice(unsigned int, unsigned int, unsigned char const*, unsigned int);
        void unpin() const;
        void writableBuffer() const;

    };

    class BufferManager
    {
    public:
        virtual ~BufferManager();
        virtual void alloc(uft::BufferRec*, unsigned int, unsigned int) = 0;
        virtual void realloc(uft::BufferRec*, unsigned int) = 0;
        virtual void clone(uft::BufferRec const*, uft::BufferRec*, unsigned int) = 0;
        virtual void pin(uft::BufferRec*) = 0;
        virtual void unpin(uft::BufferRec*) = 0;
        virtual void free(uft::BufferRec*) = 0;
        virtual void toString(uft::BufferRec const*) = 0;

        void getBuffer(uft::Buffer const&);

    };

    class BufferPin
    {
    public:
        BufferPin(uft::Buffer const&);

        ~BufferPin();

        void buffer() const;

    };

    class BufferRec
    {
    public:
    };

    class BufferStruct
    {
    public:
        BufferStruct();
        BufferStruct(uft::BufferStruct const&);
        BufferStruct(unsigned int, uft::BufferManager*, unsigned int);

        ~BufferStruct();

        void query(uft::Value const&, void*);

    };

    class CachingValue
    {
    public:
        void flush(uft::CacheFlushContext*);
        void isInstanceOf(uft::Value const&);
        void queryCost(uft::CacheCostInfo*);

    };

    class ChainingParser: public uft::ValueParser
    {
    public:
        ChainingParser(uft::ValueParser const**, int);
        ChainingParser(uft::ValueParser const*, uft::ValueParser const*);
        ChainingParser(uft::ValueParser const*, uft::ValueParser const*, uft::ValueParser const*);

        virtual void parse(uft::ParserContext*, uft::Value const&) const;
        virtual void getValidStartChars() const;
        virtual ~ChainingParser();

        void init(uft::ValueParser const**, int);

    };

    class ContextParser: public uft::ValueParser
    {
    public:
        virtual void parse(uft::ParserContext*, uft::Value const&) const;
        virtual void getValidStartChars() const;

    };

    class Date
    {
    public:
        Date();
        Date(long long);
        Date(uft::Date const&);

        ~Date();

        void breakUpTime(long long, int*, unsigned int*, unsigned int*, unsigned int*, unsigned int*, unsigned int*, unsigned int*, unsigned int*, unsigned int*);
        void getCurrentDate();
        void getCurrentTime();
        void getDateStruct() const;
        void getDayOfMonth() const;
        void getDayOfWeek() const;
        void getDayOfYear() const;
        void getHours() const;
        void getMilliseconds() const;
        void getMinutes() const;
        void getMonth() const;
        void getSeconds() const;
        void getTime() const;
        void getYear() const;
        void getYear1970GMT();
        void isInstanceOf(uft::Value const&);
        void makeTime(int, unsigned int, unsigned int, unsigned int, unsigned int, unsigned int, unsigned int);
        void nullValue();
        void operator=(uft::Date const&);
        void timeFromW3CDTFString(uft::String const&);
        void toDateString(long long);
        void toMMDDYYYYString(long long);
        void toString() const;
        void toString(long long);
        void toW3CDTFString() const;
        void toW3CDTFString(long long);

    };

    class DateStruct
    {
    public:
        void getTime();
        void toString() const;
        void toW3CDTFString() const;

    };

    class Dict
    {
    public:
        Dict();
        Dict(uft::Dict const&);
        Dict(uft::Value const*, uft::Value const*, unsigned int);
        Dict(uft::Value const*, unsigned int);
        Dict(unsigned int);

        ~Dict();

	class Action {};
	
        void contains(uft::Value const&) const;
        void emptyValue();
        void get(uft::Value const&) const;
        void getSelf() const;
        void getValueLoc(uft::Value const&, uft::Dict::Action) const;
        void isInstanceOf(uft::Value const&);
        void makeEmpty() const;
        void mergeDict(uft::Dict const&, bool) const;
        void nextKey(unsigned int, uft::Value const**, uft::Value**) const;
        void nullValue();
        void operator=(uft::Dict const&);
        void set(uft::Value const&, uft::Value const&) const;

    };

    class DictStruct
    {
    public:
        DictStruct(uft::DictStruct const&);
        DictStruct(uft::Value const*, uft::Value const*, unsigned int);
        DictStruct(uft::Value const*, unsigned int);
        DictStruct(unsigned int);

        ~DictStruct();

        void getValueLoc(uft::Value const&, unsigned int);
        void makeEmpty();
        void nextKey(unsigned int, uft::Value const**, uft::Value**) const;
        void setCapacity(unsigned int, bool);
        void sort();
	uft::String toString() const;

    };

    class DoubleParser: public uft::ValueParser
    {
    public:
        virtual void parse(uft::ParserContext*, uft::Value const&) const;
        virtual void getValidStartChars() const;

    };

    class EVName
    {
    public:
        ~EVName();

    };

    class EnumParser: public uft::ValueParser
    {
    public:
        EnumParser(uft::Set const&, bool);

        ~EnumParser();

        virtual void parse(uft::ParserContext*, uft::Value const&) const;
        virtual void getValidStartChars() const;

    };

    class ErrorHandler
    {
    public:
        ErrorHandler();

        virtual ~ErrorHandler();
        virtual void reportStateError(uft::String const&) = 0;
        virtual void reportProcessError(uft::String const&) = 0;
        virtual uft::String getURLString() = 0;
        virtual void changeURL(uft::String const&) = 0;

    };

    class Float
    {
    public:
        Float(float);

        ~Float();

    };

    class FloatParser: public uft::ValueParser
    {
    public:
        virtual void parse(uft::ParserContext*, uft::Value const&) const;
        virtual void getValidStartChars() const;

    };

    class IntParser: public uft::ValueParser
    {
    public:
        virtual void parse(uft::ParserContext*, uft::Value const&) const;
        virtual void getValidStartChars() const;

    };

    class IntRectStruct
    {
    public:
        void contains(uft::IntRectStruct const&) const;
        void intersectWidth(uft::IntRectStruct const&);
        void makeEmpty();
        void staticInit();
        void toString() const;
        void unionWith(uft::IntRectStruct const&);

        void* s_descriptor;

    };

    class LazyRef
    {
    public:
        LazyRef(uft::Value const&, uft::Value (*)(uft::Value const&), bool);

    };

    class LazyRefStruct
    {
    public:
        void copy(uft::StructDescriptor const*, void*, void const*);
        void destroy(uft::StructDescriptor const*, void*);
        void extractValue(bool);
        void flush(uft::StructDescriptor const*, void*, uft::CacheFlushContext*);
        void query(uft::StructDescriptor const*, void*, uft::Value const&, void*);
        void queryCached(uft::StructDescriptor const*, void*, uft::Value const&, void*);
        void toString(uft::StructDescriptor const*, void*);

    };

    class LongParser: public uft::ValueParser
    {
    public:
        virtual void parse(uft::ParserContext*, uft::Value const&) const;
        virtual void getValidStartChars() const;

    };

    class LowercasingAtomParser: public uft::ValueParser
    {
    public:
        virtual void parse(uft::ParserContext*, uft::Value const&) const;
        virtual void getValidStartChars() const;

    };

    class ParserContext
    {
    public:
        virtual void resolveNSPrefix(uft::String const&) = 0;
        virtual void prefixBindingsChanged() = 0;
        virtual void getNodeType() = 0;
        virtual void getErrorHandler();

        void getMSchemaContext();

    };

    class MSchemaParserContext: public uft::ParserContext
    {
    public:
        virtual void resolveNSPrefix(uft::String const&);
        virtual void prefixBindingsChanged();
        virtual void getNodeType();
        virtual void getErrorHandler();

    };

    class MutableRef
    {
    public:
        void assign(uft::Value const&) const;

    };

    class MutableRefAccessor
    {
    public:
        virtual void assign(uft::Value const&, uft::Value const&) = 0;

        void* CLASS_ID;

    };

    class MutableRefAccessorImpl: public uft::MutableRefAccessor
    {
    public:
        virtual void assign(uft::Value const&, uft::Value const&);

        void* s_instance;

    };

    class NameParser: public uft::ValueParser
    {
    public:
        virtual void parse(uft::ParserContext*, uft::Value const&) const;
        virtual void getValidStartChars() const;

    };

    class NullParser: public uft::ValueParser
    {
    public:
        virtual void parse(uft::ParserContext*, uft::Value const&) const;
        virtual void getValidStartChars() const;

    };

    class Opaque
    {
    public:
        Opaque(unsigned int);

        void getStoredValue() const;
        void isInstanceOf(uft::Value const&);

    };

    class OpaqueStruct
    {
    public:
        void staticInit();

        void* s_descriptor;

    };

    class ParseErrorHandler: public uft::ErrorHandler
    {
    public:
        virtual ~ParseErrorHandler();
        virtual void reportStateError(uft::String const&);
        virtual void reportProcessError(uft::String const&);
        virtual uft::String getURLString();
        virtual void changeURL(uft::String const&);
        virtual void setURLString(uft::String const&);

    };

    class PassThruParser: public uft::ValueParser
    {
    public:
        virtual void parse(uft::ParserContext*, uft::Value const&) const;
        virtual void getValidStartChars() const;

    };

    class PlatformString
    {
    public:
        PlatformString(char const*);
        PlatformString(char const*, unsigned int);
        PlatformString(uft::PlatformString const&);
        PlatformString(uft::String const&);
        PlatformString(uft::String const&, unsigned int, unsigned int);
        PlatformString(uft::StringBuffer const&);
        PlatformString(uft::UTF16String const&);
        PlatformString(uft::UTF16String const&, unsigned int, unsigned int);
        PlatformString(unsigned short const*);
        PlatformString(unsigned short const*, unsigned int);

        void initUTF16(unsigned short const*, unsigned int);
        void initUTF8(char const*, unsigned int);

    };

    class QName
    {
    public:
        QName(uft::String const&);
        QName(uft::String const&, bool);
        QName(uft::String const&, uft::String const&, uft::String const&);

        ~QName();

        void atomID() const;
        void fromCanonicalString(uft::String);
        void getCanonicalNS(uft::String const&);
        void getCanonicalName() const;
        void getCanonicalPrefix(uft::String const&);
        void getLocalName() const;
        void getNamespaceURI() const;
        void getPrefix() const;
        void getTriplet() const;

    };

    class QNameParser: public uft::ValueParser
    {
    public:
        virtual void parse(uft::ParserContext*, uft::Value const&) const;
        virtual void getValidStartChars() const;

    };

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

        void getTriplet() const;

    };

    class Real
    {
    public:
    };

    class RealPoint
    {
    public:
    };

    class RealRect
    {
    public:
        void intersectWith(uft::RealRect const&);
        void makeEmpty();
        void toString();
        void unionWith(uft::RealRect const&);

    };

    class Runtime
    {
    public:
        virtual ~Runtime();
        virtual void allocUFTBlock(unsigned int) = 0;
        virtual void allocUFTBlock(unsigned int, char const*, int) = 0;
        virtual void freeUFTBlock(void*) = 0;
        virtual void allocCachingBlock(unsigned int) = 0;
        virtual void allocCachingBlock(unsigned int, char const*, int) = 0;
        virtual void freeCachingBlock(void*) = 0;
        virtual void allocBlock(unsigned int) = 0;
        virtual void allocBlock(unsigned int, char const*, int) = 0;
        virtual void freeBlock(unsigned int, void*) = 0;
        virtual void iterateCache(unsigned int*, uft::CachingValue*) = 0;
        virtual void finishCacheIteration(unsigned int) = 0;
        virtual void getHeapSize() = 0;
        virtual void getStructDescriptor(uft::String const&) = 0;
        virtual void getAtom(uft::String const&) = 0;
        virtual void getAtom(unsigned int) = 0;
        virtual void removeAtom(uft::StringBlock*) = 0;
        virtual void initPredefinedAtoms(char**, unsigned int) = 0;
        virtual void getStdBufferManager() = 0;

        void staticInit();

        void* s_instance;

    };

    class RuntimeImpl: public uft::Runtime
    {
    public:
        RuntimeImpl();

        virtual ~RuntimeImpl();
        virtual void allocUFTBlock(unsigned int);
        virtual void allocUFTBlock(unsigned int, char const*, int);
        virtual void freeUFTBlock(void*);
        virtual void allocCachingBlock(unsigned int);
        virtual void allocCachingBlock(unsigned int, char const*, int);
        virtual void freeCachingBlock(void*);
        virtual void allocBlock(unsigned int);
        virtual void allocBlock(unsigned int, char const*, int);
        virtual void freeBlock(unsigned int, void*);
        virtual void iterateCache(unsigned int*, uft::CachingValue*);
        virtual void finishCacheIteration(unsigned int);
        virtual void getHeapSize();
        virtual void getStructDescriptor(uft::String const&);
        virtual void getAtom(uft::String const&);
        virtual void getAtom(unsigned int);
        virtual void removeAtom(uft::StringBlock*);
        virtual void initPredefinedAtoms(char**, unsigned int);
        virtual void getStdBufferManager();

        void alloc(unsigned int);
        void getIndex(uft::StringBlock*, unsigned int*);
        void initAllocator();
        void resize(unsigned int);
        void shutdownAllocator();

    };

    class Set
    {
    public:
        Set();
        Set(uft::Set const&);
        Set(uft::Value const&);
        Set(uft::Value const&, uft::Value const&);
        Set(uft::Value const&, uft::Value const&, uft::Value const&);
        Set(uft::Value const&, uft::Value const&, uft::Value const&, uft::Value const&);
        Set(uft::Value const&, uft::Value const&, uft::Value const&, uft::Value const&, uft::Value const&);
        Set(unsigned int);

        ~Set();

	class Action {};

        void add(uft::Value const&) const;
        void contains(uft::Value const&) const;
        void emptyValue();
        void init(uft::Value const*, unsigned int, unsigned int);
        void length() const;
        void makeEmpty() const;
        void manage(uft::Value const&, uft::Set::Action) const;
        void nextItem(unsigned int, uft::Value const**) const;
        void operator=(uft::Set const&);
        void setCapacity(unsigned int) const;

    };

    class SimpleRefStruct
    {
    public:
        void copy(uft::StructDescriptor const*, void*, void const*);
        void destroy(uft::StructDescriptor const*, void*);
        void destroyWeak(uft::StructDescriptor const*, void*);
        void flush(uft::StructDescriptor const*, void*, uft::CacheFlushContext*);
        void query(uft::StructDescriptor const*, void*, uft::Value const&, void*);
        void queryCached(uft::StructDescriptor const*, void*, uft::Value const&, void*);
        void queryMutable(uft::StructDescriptor const*, void*, uft::Value const&, void*);
        void queryMutableCached(uft::StructDescriptor const*, void*, uft::Value const&, void*);
        void queryWeak(uft::StructDescriptor const*, void*, uft::Value const&, void*);
        void toString(uft::StructDescriptor const*, void*);

    };

    class SizedBlock
    {
    public:
        void getByteSize() const;

    };

    class StdBufferManager: public uft::BufferManager
    {
    public:
        virtual ~StdBufferManager();
        virtual void alloc(uft::BufferRec*, unsigned int, unsigned int);
        virtual void realloc(uft::BufferRec*, unsigned int);
        virtual void clone(uft::BufferRec const*, uft::BufferRec*, unsigned int);
        virtual void pin(uft::BufferRec*);
        virtual void unpin(uft::BufferRec*);
        virtual void free(uft::BufferRec*);
        virtual void toString(uft::BufferRec const*);

        void getInstance();

    };

    class String
    {
    public:
        String();
        String(char const*);
        String(char const*, unsigned int);
        String(uft::PlatformString const&);
        String(uft::String const&);
        String(uft::TransientStringBuffer const&);
        String(uft::UTF16String const&);
        String(uft::UTF16String const&, unsigned int, unsigned int);
        String(unsigned short const*);
        String(unsigned short const*, unsigned int);

        ~String();

        void atof() const;
        void atof(char const*);
        void atof(char const*, unsigned int);
        void atom() const;
        void atom(char const*);
        void atom(char const*, unsigned int);
        void atom(unsigned int);
        void atomID() const;
        char* c_str() const;
        int compare(char const*) const;
        int compare(uft::String const&) const;
        int compareRegion(unsigned int, char const*, unsigned int) const;
        int compareRegion(unsigned int, uft::String const&, unsigned int, unsigned int) const;
        bool endsWith(char const*) const;
        bool endsWith(uft::String const&) const;
        void filename(unsigned int) const;
        int findFirstNotOf(char const*, unsigned int) const;
        int findFirstNotOf(char const*, unsigned int, unsigned int, unsigned int) const;
        int findFirstNotOf(uft::String const&, unsigned int, unsigned int) const;
        int findFirstNotOf(uft::StringBuffer const&, unsigned int, unsigned int) const;
        int findFirstOf(char const*, unsigned int) const;
        int findFirstOf(char const*, unsigned int, unsigned int, unsigned int) const;
        int findFirstOf(uft::String const&, unsigned int, unsigned int) const;
        int findFirstOf(uft::StringBuffer const&, unsigned int, unsigned int) const;
        int findLastOf(char const*, unsigned int, unsigned int) const;
        int findLastOf(char const*, unsigned int, unsigned int, unsigned int) const;
        int findLastOf(uft::String const&, unsigned int, unsigned int) const;
        int findLastOf(uft::StringBuffer const&, unsigned int, unsigned int) const;
        void getStringBlock() const;
        int indexOf(char const*, unsigned int) const;
        int indexOf(char const*, unsigned int, unsigned int, unsigned int) const;
        int indexOf(char, unsigned int, unsigned int) const;
        int indexOf(uft::String const&, unsigned int, unsigned int) const;
        int indexOf(uft::StringBuffer const&, unsigned int, unsigned int) const;
        void initUTF16(unsigned short const*, unsigned int);
        bool isEmpty() const;
        bool isInstanceOf(uft::Value const&);
        bool isXMLName(char const*, unsigned int);
        int lastIndexOf(char const* token, unsigned int endCharacterIdx) const;
        int lastIndexOf(char const*, unsigned int, unsigned int, unsigned int) const;
        int lastIndexOf(char, unsigned int, unsigned int) const;
        int lastIndexOf(uft::String const&, unsigned int, unsigned int) const;
        int lastIndexOf(uft::StringBuffer const&, unsigned int, unsigned int) const;
        int length() const;
        uft::String lowercase() const;
        uft::String nullValue();
        bool operator!=(char const*) const;
        bool operator!=(uft::String const&) const;
        uft::TransientStringBuffer operator+(char const*) const;
        uft::TransientStringBuffer operator+(int) const;
        uft::TransientStringBuffer operator+(uft::String const&) const;
        uft::TransientStringBuffer operator+(uft::Value const&) const;
        String operator=(uft::String const&);
        bool operator==(char const*) const;
        bool operator==(uft::String const&) const;
        void parseASCIIIdent(char const*, uft::String*, bool, char const*);
        void parseDouble(char const*, double*, char const*);
        void parseFloat(char const*, float*, char const*);
        void parseInt(char const*, int*, char const*);
        void parseLong(char const*, long long*, char const*);
        void parseNonWhitespace(char const*, uft::String*, char const*);
        void predefinedAtom(unsigned int);
        void replaceAll(char, char);
        void replaceAll(uft::String const&, uft::String const&);
        void skipWhitespace(char const*, char const*);
        void skipWhitespaceOrComma(char const*, bool*, char const*);
        bool startsWith(char const*) const;
        bool startsWith(uft::String const&) const;
	uft::TransientStringBuffer substr(unsigned int start, unsigned int end) const;
        static uft::String toString(double);
        static uft::String toString(float);
        static uft::String toString(int);
        static uft::String toString(long long);
        void uppercase() const;
        int utf16length() const;
        char* utf8() const;
        int utf8RoundOffLen(char const*, unsigned int);
        int utf8count(char const*, unsigned int, unsigned int);

        void* s_rawAtomList;

    };

    class StringBlock
    {
    public:
        void atomID() const;
        char* utf8();

    };

    class StringBuffer
    {
    public:
        StringBuffer(int);
        StringBuffer(uft::Buffer const&, unsigned int, unsigned int);
        StringBuffer(uft::String const&);
        StringBuffer(uft::String const&, unsigned int start);
        StringBuffer(uft::String const&, unsigned int start, unsigned int end);
        StringBuffer(uft::StringBuffer const&);
        StringBuffer(uft::Value const&, char*, unsigned int);

        ~StringBuffer();

        void append(char const*);
        void append(char const*, unsigned int);
        void append(char);
        void append(float);
        void append(int);
        void append(uft::String const&);
        void append(uft::StringBuffer const&);
        void append(uft::Value const&);
        void compare(char const*) const;
        void compare(uft::String const&) const;
        void compare(uft::StringBuffer const&) const;
        void compareRegion(unsigned int, char const*, unsigned int) const;
        void compareRegion(unsigned int, uft::String const&, unsigned int, unsigned int) const;
        void compareRegion(unsigned int, uft::StringBuffer const&, unsigned int, unsigned int) const;
        void endsWith(char const*) const;
        void endsWith(char const*, unsigned int) const;
        void endsWith(uft::String const&) const;
        void endsWith(uft::StringBuffer const&) const;
        void findFirstOf(char const*, unsigned int) const;
        void findFirstOf(char const*, unsigned int, unsigned int, unsigned int) const;
        void findFirstOf(uft::String const&, unsigned int, unsigned int) const;
        void findFirstOf(uft::StringBuffer const&, unsigned int, unsigned int) const;
        void findLastOf(char const*, unsigned int, unsigned int) const;
        void findLastOf(char const*, unsigned int, unsigned int, unsigned int) const;
        void findLastOf(uft::String const&, unsigned int, unsigned int) const;
        void findLastOf(uft::StringBuffer const&, unsigned int, unsigned int) const;
        void indexOf(char const*, unsigned int) const;
        void indexOf(char const*, unsigned int, unsigned int, unsigned int) const;
        void indexOf(char, unsigned int, unsigned int) const;
        void indexOf(uft::String const&, unsigned int, unsigned int) const;
        void indexOf(uft::StringBuffer const&, unsigned int, unsigned int) const;
        void isXMLName() const;
        void lastIndexOf(char const*, unsigned int) const;
        void lastIndexOf(char const*, unsigned int, unsigned int, unsigned int) const;
        void lastIndexOf(char, unsigned int, unsigned int) const;
        void lastIndexOf(uft::String const&, unsigned int, unsigned int) const;
        void lastIndexOf(uft::StringBuffer const&, unsigned int, unsigned int) const;
        void lowercase() const;
        void operator!=(char const*) const;
        void operator!=(uft::String const&) const;
        void operator!=(uft::StringBuffer const&) const;
        void operator==(char const*) const;
        void operator==(uft::String const&) const;
        void operator==(uft::StringBuffer const&) const;
        void splice(unsigned int, unsigned int, char const*);
        void splice(unsigned int, unsigned int, char const*, unsigned int);
        void splice(unsigned int, unsigned int, uft::String const&);
        void splice(unsigned int, unsigned int, uft::String const&, unsigned int, unsigned int);
        void splice(unsigned int, unsigned int, uft::StringBuffer const&);
        void splice(unsigned int, unsigned int, uft::StringBuffer const&, unsigned int, unsigned int);
        void splice(unsigned int, unsigned int, uft::Value const&);
        void startsWith(char const*) const;
        void startsWith(char const*, unsigned int) const;
        void startsWith(uft::String const&) const;
        void startsWith(uft::StringBuffer const&) const;
        void substr(unsigned int) const;
        void substr(unsigned int, unsigned int) const;
        void trimWhitespace() const;
        void uppercase() const;
        void utf16length() const;
        char* utf8() const;
        void writableBuffer() const;
        void writableBuffer(unsigned int) const;

    };

    class StringBufferStruct
    {
    public:
        StringBufferStruct(uft::Buffer const&, unsigned int, unsigned int);
        StringBufferStruct(uft::Value const&, char*, unsigned int);

        ~StringBufferStruct();

    };

    class StringParser: public uft::ValueParser
    {
    public:
        virtual void parse(uft::ParserContext*, uft::Value const&) const;
        virtual void getValidStartChars() const;

    };

    class StructBlock
    {
    public:
        void getStructDescriptor();
        void getStructPtr();
        void staticInit();

    };

    class StructDescriptor
    {
    public:
        StructDescriptor();

    };

    class SubBufferManager: public uft::BufferManager
    {
    public:
        SubBufferManager(uft::Buffer const&, unsigned int);

        virtual ~SubBufferManager();
        virtual void alloc(uft::BufferRec*, unsigned int, unsigned int);
        virtual void realloc(uft::BufferRec*, unsigned int);
        virtual void clone(uft::BufferRec const*, uft::BufferRec*, unsigned int);
        virtual void pin(uft::BufferRec*);
        virtual void unpin(uft::BufferRec*);
        virtual void free(uft::BufferRec*);
        virtual void toString(uft::BufferRec const*);

        void init(uft::BufferRec*, uft::Buffer const&, unsigned int, unsigned int, unsigned int);

    };

    class Token
    {
    public:
        ~Token();

        void newToken();

    };

    class TransientStringBuffer
    {
    public:
        TransientStringBuffer(uft::String const&);
        TransientStringBuffer(uft::String const&, unsigned int, unsigned int);
        TransientStringBuffer(uft::TransientStringBuffer const&);

        ~TransientStringBuffer();

        void operator+(char const*);
        void operator+(int);
        void operator+(uft::String const&);
        void operator+(uft::Value const&);

    };

    class Tuple
    {
    public:
        Tuple();
        Tuple(uft::SizedBlock*);
        Tuple(uft::Value const&);
        Tuple(uft::Value const&, uft::Value const&);
        Tuple(uft::Value const&, uft::Value const&, uft::Value const&);
        Tuple(uft::Value const&, uft::Value const&, uft::Value const&, uft::Value const&);
        Tuple(uft::Value const*, unsigned int);

        ~Tuple();

        void append(uft::Value const&) const;
        void contains(uft::Value const&) const;
        void emptyValue();
        void insert(unsigned int, uft::Value const&) const;
        void range(unsigned int, unsigned int) const;
        void remove(unsigned int) const;
        void replace(unsigned int, uft::Value const&) const;

    };

    class UFTInitializer
    {
    public:
        UFTInitializer();

        ~UFTInitializer();

    };

    class URL
    {
    public:
        URL(uft::String const&);

        ~URL();

        void decode(uft::StringBuffer const&);
        void encode(uft::StringBuffer const&, bool);
        void getBaseURL() const;
        void getDomain() const;
        void getFragment() const;
        void getHost() const;
        void getLogin() const;
        void getParams() const;
        void getParser();
        void getPassword() const;
        void getPath() const;
        void getPort() const;
        void getProtocol() const;
        void getQuery() const;
        void initAbsoluteURL(uft::String const&, uft::String const&);
        void initFileURL(uft::String const&);
        void initOtherURL(uft::String const&, uft::String const&);
        void initRelativeURL(uft::String const&);
        void isAbsolute() const;
        void isSelfReferring() const;
        void parse(char const*, uft::Value*);
        void resolve(uft::URL const&) const;

    };

    class URLStruct
    {
    public:
        void constructStandardBaseURL() const;
        void query(uft::Value const&, void*);
        void toString() const;

    };

    class UTF16StringBlock {};
    class UTF16String
    {
    public:
        UTF16String(char const*);
        UTF16String(char const*, unsigned int);
        UTF16String(uft::PlatformString const&);
        UTF16String(uft::String const&);
        UTF16String(uft::String const&, unsigned int, unsigned int);
        UTF16String(uft::StringBuffer const&);
        UTF16String(uft::StringBuffer const&, unsigned int, unsigned int);
        UTF16String(uft::UTF16StringBlock*);

        ~UTF16String();

        void initPlatform(char const*, unsigned int);
        void initUTF8(char const*, unsigned int);
        void isWhiteSpace(unsigned short);
        void length() const;
        void str16len(unsigned short const*);
        void utf16() const;
        void utf16length(char const*, unsigned int);

        void* s_empty;

    };

    class Value
    {
    public:
        Value();
        Value(bool);
        Value(char const*);
        Value(char const*, unsigned int);
        Value(float);
        Value(uft::Value const&);

        ~Value();

        void addRefStructPtr(void*);
        void allocStruct(uft::StructDescriptor const*);
        Value clone() const;
        void createdCircularReference(uft::Value const&);
        void destroy();
        void enterCircularReferenceCleanup(void*);
        void exitCircularReferenceCleanup(void*);
        void extractValue() const;
        void fromStructPtr(void*);
        BlockHead* getBlock() const;
        void getNumber() const;
        void getStructDescriptor() const;
        void init(char const*);
        void init(char const*, unsigned int);
        void init(char const*, unsigned int, bool, bool);
        void init(double);
        void init(float);
        void init(long long);
        void init(uft::Value const&);
        void init(unsigned short const*);
        void init(unsigned short const*, unsigned int);
        bool isAtom() const;
        bool isFalse() const;
        bool isInstanceOf(uft::StructDescriptor const*) const;
        bool isNull() const;
        bool isNumber() const;
        bool isRefCounted() const;
        bool isString() const;
        bool isStringBuffer() const;
        bool isStruct() const;
        bool isTrue() const;
        void makeNumber(double);
        Value nullValue();
        Value operator=(uft::Value const&);
        void ptrEq(uft::Value const&) const;
        void query(uft::Value const&, void*) const;
        void releaseStructPtr(void*);
        void setNull();
	uft::String toString() const;
        void* toStringOrNull() const;
        void uniqueRef();

        void* sNull;
	void* m1, *m2, *m3;

    };

    class ValueRef
    {
    public:
        ValueRef(uft::Value const&, unsigned int);

    };

    class Vector
    {
    public:
        Vector(uft::Value const*, unsigned int);
        Vector(uft::Value);
        Vector(uft::Value, uft::Value const&);
        Vector(uft::Value, uft::Value const&, uft::Value const&);
        Vector(uft::Value, uft::Value const&, uft::Value const&, uft::Value const&);
        Vector(uft::Vector const&);
        Vector(unsigned int, unsigned int);

        ~Vector();

	virtual void vectorfn0(void) {}
	virtual void vectorfn1(void) {}
        void append(uft::Value const&) const;
        void appendElements(uft::Tuple const&) const;
        void appendElements(uft::Tuple const&, unsigned int, unsigned int) const;
        void appendElements(uft::Vector const&) const;
        void appendElements(uft::Vector const&, unsigned int, unsigned int) const;
        void capacity() const;
        void emptyValue();
        void findFirst(uft::Value const&) const;
        void init(unsigned int, unsigned int);
        void insert(unsigned int, uft::Value const&) const;
        void isInstanceOf(uft::Value const&);
        void lastElement() const;
        void lcs(uft::Vector const&);
        int length() const;
        void makeEmpty() const;
        void nullValue();
	Vector operator=(uft::Vector const&);
        uft::Value operator[](unsigned int) const;
        void pop() const;
        void range(unsigned int, unsigned int) const;
        void rangeToTuple(unsigned int, unsigned int) const;
        void remove(unsigned int) const;
        void setCapacity(unsigned int) const;
        void setLength(unsigned int) const;
        void toTuple() const;

    };

    class VectorStruct
    {
    public:
        VectorStruct(uft::VectorStruct const&);
        VectorStruct(unsigned int, unsigned int);

        ~VectorStruct();

        void setCapacity(unsigned int);
        void setLength(unsigned int);
        void set_manage(uft::Value const&, uft::Set::Action);
        void set_nextItem(unsigned int, uft::Value const**) const;
        void toString() const;

    };

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

    };

    template<typename T>
    class sref{
    public:
        ~sref();

        bool isInstanceOf(uft::Value const&);
        void nullValue();
        T* operator->() const;
        void operator=(uft::sref<T> const&);
        sref();
        sref(uft::sref<T> const&);
    };

    class TraceFlag{};
    
    void UFT_FORMAT_ARGS(char const*, ...);
    void allocBlock(unsigned int);
    void allocBlock(unsigned int, char const*, int);
    void finishCacheIteration(unsigned int);
    void flushCache(uft::CacheFlushContext*);
    void freeBlock(unsigned int, void*);
    void getHeapSize();
    void hash(unsigned char const*, unsigned int, unsigned int);
    void hash4(unsigned int);
    void hash8(unsigned long long);
    void iterateCache(unsigned int*);
    void operator+(char const*, uft::String const&);
    void trace(uft::TraceFlag, char const*, char const*);
    void traceFlush();

    void* isLittleEndian;
    void* s_bufferDescriptor;
    void* s_cacheRefDescriptor;
    void* s_dateDescriptor;
    void* s_dictDescriptor;
    void* s_doubleDescriptor;
    void* s_lazyCacheRefDescriptor;
    void* s_lazyRefDescriptor;
    void* s_longIntDescriptor;
    void* s_mutableCacheRefDescriptor;
    void* s_mutableRefDescriptor;
    void* s_qnameDescriptor;
    void* s_setDescriptor;
    void* s_simpleRefDescriptor;
    void* s_stringBufferDescriptor;
    void* s_tokenDescriptor;
    void* s_urlDescriptor;
    void* s_vectorDescriptor;
    void* s_weakRefDescriptor;

}



#endif // _UFT_H