path: root/public/sdk/inc/propstm.hxx

//+--------------------------------------------------------------------------
//
// Microsoft Windows
// Copyright (C) Microsoft Corporation, 1993
//
// File:        propstm.hxx
//
// Contents:    property set definitions
//
// History:     15-Jul-94       brianb  created
//              15-Aug-94       SethuR  revised
//              22-Feb-96      MikeHill Added several new member functions.
//              29-Feb-96      MikeHill Removed include of propmac.hxx
//                                      Moved 2 inlines to propstm.cxx
//              09-May-96      MikeHill Update _InitSection & _FixSummaryInformation
//                                      prototypes.
//              22-May-96      MikeHill Update prototypes for new OSVersion parameter,
//                                      and for callee-allocated property name buffers.
//              01-Jul-96      MikeHill - Modified to allow removal of Win32 SEH.
//                                      - Added byte-swapping support.
//              08-Nov-96      MikeHill Restore NT4 export signatures.
//
//
// Notes:       This implementation of property streams has no notion of
//              sections in a property set.
//
//---------------------------------------------------------------------------

#ifndef _PROPSTM_HXX_
#define _PROPSTM_HXX_

#include <stgvarb.hxx>  // CBaseStorageVariant declarations
#include <propset.h>    // Appendix B Property set structure definitions

#ifndef _MAC_NODOC
#include <ddeml.h>      // For CP_WINUNICODE
#include <objidl.h>
#endif

#include <propvar.h>
#include <byteordr.hxx>

typedef enum _PROPOP
{
    PROPOP_IGNORE = 1,
    PROPOP_DELETE = 2,
    PROPOP_INSERT = 3,
    PROPOP_MOVE   = 4,
    PROPOP_UPDATE = 5,
} PROPOP;

typedef struct tagPROPERTY_INFORMATION  // pinfo
{
    PROPID                   pid;

#ifdef KERNEL
    SERIALIZEDPROPERTYVALUE *pprop; // Only the Kernel serializes to temp buf
#endif

    ULONG                    cbprop;
    PROPOP                   operation;

} PROPERTY_INFORMATION;

#define VT_DICTIONARY	(VT_VECTOR | VT_ILLEGALMASKED)



// Validate the endian flags.  Either BIGENDIAN or LITTLEENDIAN, but not
// both, must be defined as 1.

#if !defined(BIGENDIAN) && !defined(LITTLEENDIAN)
#define LITTLEENDIAN 1
#endif



//+-------------------------------------------------------------------------
// Class:       CMappedStream
//
// Purpose:     defines the interface for a mapped Stream. This enables us to
//              have multiple implementations of the stream (one kernel mode
//              and multiple user mode implementations) without virtual methods
//              in kernel mode, and just one implementation for parsing the
//              contents of the stream (CPropertySetStream)
//--------------------------------------------------------------------------



//+-------------------------------------------------------------------------
// Class:       CMappedStream (user mode implementation)
//
// Note:        Implemented in CNtMappedStream for native property sets
//              Implemented in CDfMappedStream for DocFile property sets
//--------------------------------------------------------------------------

class CMappedStream
{
public:
    virtual VOID Open(IN NTPROP np, OUT LONG *phr) = 0;
    virtual VOID Close(OUT LONG *phr) = 0;
    virtual VOID ReOpen(IN OUT VOID **ppv, OUT LONG *phr) = 0;
    virtual VOID Quiesce(VOID) = 0;
    virtual VOID Map(IN BOOLEAN fCreate, OUT VOID **ppv) = 0;
    virtual VOID Unmap(IN BOOLEAN fFlush, IN OUT VOID **ppv) = 0;
    virtual VOID Flush(OUT LONG *phr) = 0;

    virtual ULONG GetSize(OUT LONG *phr) = 0;
    virtual VOID SetSize(IN ULONG cb, IN BOOLEAN fPersistent, IN OUT VOID **ppv, OUT LONG *phr) = 0;
    virtual NTSTATUS Lock(IN BOOLEAN fExclusive) = 0;
    virtual NTSTATUS Unlock(VOID) = 0;
    virtual VOID QueryTimeStamps(OUT STATPROPSETSTG *pspss, BOOLEAN fNonSimple) const = 0;
    virtual BOOLEAN QueryModifyTime(OUT LONGLONG *pll) const = 0;
    virtual BOOLEAN QuerySecurity(OUT ULONG *pul) const = 0;

    virtual BOOLEAN IsWriteable(VOID) const = 0;
    virtual BOOLEAN IsModified(VOID) const = 0;
    virtual VOID SetModified(VOID) = 0;
    virtual HANDLE GetHandle(VOID) const = 0;
#if DBGPROP
    virtual BOOLEAN SetChangePending(BOOLEAN fChangePending) = 0;
    virtual BOOLEAN IsNtMappedStream(VOID) const = 0;
#endif
};


//+-------------------------------------------------------------------------
// Class:       CStreamChunkList
//
// Purpose:     Used to support efficient in-place compaction/expansion of
//              property set streams for CPropertySetStorage.
//--------------------------------------------------------------------------

struct CStreamChunk             // scnk
{
    ULONG       oOld;
    LONG        cbChange;
};

class CStreamChunkList          // scl
{
public:
    CStreamChunkList(ULONG cMaxChunks, CStreamChunk *ascnk);

    CStreamChunk *GetFreeChunk(OUT NTSTATUS *pstatus);
    CStreamChunk const *GetChunk(ULONG i) const;
    ULONG Count(VOID) const;
    VOID SortByStartAddress(VOID);
    VOID Delete(VOID);

#if DBGPROP
    VOID AssertCbChangeTotal(
            CStreamChunk const *pscnk,
            ULONG cbChangeTotal) const;
#endif

private:
    ULONG         _cMaxChunks;  // elements in _ascnk
    ULONG         _cChunks;     // elements allocated from _ascnk
    CStreamChunk *_ascnk;
    BOOLEAN       _fDelete;     // TRUE if _ascnk allocated from heap
};


//+-------------------------------------------------------------------------
// Class:       CPropertySetStream
//
// Purpose:     class for parsing the contents of a property set stream.
//--------------------------------------------------------------------------

#ifdef KERNEL
#define _MSTM(fn) _mstm.fn
#else
#define _MSTM(fn) _pmstm->fn
#endif

#ifdef KERNEL
#define CPSS_PROPHEADER             0x01  // has property header
#endif

#define CPSS_DOWNLEVEL              0x02  // Downlevel property set.
#define CPSS_PACKEDPROPERTIES       0x04  // Packed property values
#define CPSS_DOCUMENTSUMMARYINFO    0x08  // DocumentSummaryInfo propset
#define CPSS_USERDEFINEDPROPERTIES  0x10  // DocumentSummaryInfo: second section
#define CPSS_MULTIPLESECTIONS       0x20  // Multiple property sections
#define CPSS_USERDEFINEDDELETED	    0x40  // second section deleted
#define CPSS_VARIANTVECTOR          0x80  // Only for recursion


typedef enum tagLOADSTATE
{
    LOADSTATE_FAIL			= 0,	// load failed
    LOADSTATE_DONE			= 1,	// load succeeded
    LOADSTATE_BADFMTID			= 2,	// fmtid mismatch
    LOADSTATE_USERDEFINEDNOTFOUND	= 3,	// user defined section missing
    LOADSTATE_USERDEFINEDDELETE		= 4,	// delete user defined section
} LOADSTATE;


typedef enum tagPATCHOP
{
    PATCHOP_COMPUTESIZE			= 0,	// just compute expanded size
    PATCHOP_ALIGNLENGTHS		= 1,	// just align string lengths
    PATCHOP_EXPAND			= 2,	// expand property in-place
} PATCHOP;


// Create a macro that tells us the type
// of OLECHARs.
 
#ifdef OLE2ANSI
#define OLECHAR_IS_UNICODE FALSE
#else
#define OLECHAR_IS_UNICODE TRUE
#endif

// IsOLECHARString calls IsUnicodeString or IsAnsiString,
// whichever is appropriate for this compilation.

#if DBGPROP
    inline BOOLEAN IsOLECHARString( OLECHAR const *posz, ULONG cb )
    {
    #if OLECHAR_IS_UNICODE
        return( IsUnicodeString( posz, cb ));
    #else
        return( IsAnsiString( posz, cb ));
    #endif
    }
#endif


class CPropertySetStream
{
public:
    CPropertySetStream(
        IN USHORT Flags, // NONSIMPLE|*1* of READ/WRITE/CREATE/CREATEIF/DELETE
        IN CMappedStream *pmstm,    // mapped stream implementation
        IN PMemoryAllocator *pma    // caller's memory allocator
        );


    VOID Close(OUT NTSTATUS *pstatus);
    VOID SetValue(
                IN ULONG cprop,
                OPTIONAL IN OUT INDIRECTPROPERTY **ppip,
                IN PROPVARIANT const avar[],
                IN PROPERTY_INFORMATION *ppinfo,
                OUT NTSTATUS *pstatus);

    SERIALIZEDPROPERTYVALUE const *GetValue(IN PROPID pid, OUT ULONG *pcbprop,
                                            OUT NTSTATUS *pstatus);

    PROPID QueryPropid(IN OLECHAR const *poszName, OUT NTSTATUS *pstatus);
    USHORT GetCodePage(VOID) const { return(_CodePage); }

#if DBGPROP
    VOID Validate(OUT NTSTATUS *pstatus);
#else
    VOID Validate(OUT NTSTATUS *pstatus) const { *pstatus = STATUS_SUCCESS; }
#endif

    BOOLEAN IsModified(VOID) const { return(_MSTM(IsModified)()); }
    NTSTATUS Lock(IN BOOLEAN fExclusive) { return(_MSTM(Lock)(fExclusive)); }
    NTSTATUS Unlock(VOID) { return(_MSTM(Unlock)()); }
    VOID Flush(OUT NTSTATUS *pstatus)
    {
        PROPASSERT(PROPSET_BYTEORDER == _pph->wByteOrder);
        _MSTM(Flush)(pstatus);
        PROPASSERT(PROPSET_BYTEORDER == _pph->wByteOrder);
    }


    VOID Open(
        OPTIONAL IN GUID const *pfmtid,	// property set fmtid (create or Word95)
        OPTIONAL IN GUID const *pclsid, // CLASSID of propset code (create only)
	IN ULONG LocaleId,		// Locale Id (create only)
        OPTIONAL OUT ULONG *pOSVersion, // OS Version field in the propset header
        IN USHORT CodePage,             // CodePage of propset (create only)
        OUT NTSTATUS *pstatus);         // Return code.
    ULONG ReOpen(OUT NTSTATUS *pstatus);

    // Property Dictionary Lookup and Manipulation.
    BOOLEAN EnumeratePropids(
                IN OUT ULONG *pkey,
                IN OUT ULONG *pcprop,
                OUT PROPID *apid,
                OUT NTSTATUS *pstatus);

    OLECHAR *DuplicatePropertyName(
                IN OLECHAR const *poszName,
                IN ULONG cbName,
                OUT NTSTATUS *pstatus) const;

    BOOLEAN QueryPropertyNameBuf(
                IN PROPID pid,
                OUT OLECHAR *aocName,
                IN OUT ULONG *pcbName,
                OUT NTSTATUS *pstatus);

    BOOLEAN QueryPropertyNames(
                IN ULONG cprop,
                IN PROPID const *apid,
                OUT OLECHAR *aposz[],
                OUT NTSTATUS *pstatus);

    VOID SetPropertyNames(
                IN ULONG cprop,
                IN PROPID const *apid,
                IN OPTIONAL OLECHAR const * const aposz[],
                OUT NTSTATUS *pstatus);

    VOID QueryPropertySet(OUT STATPROPSETSTG *pspss, OUT NTSTATUS *pstatus) const;
    VOID SetClassId(IN GUID const *pclsid, OUT NTSTATUS *pstatus);
    HANDLE GetHandle(VOID) const { return(_MSTM(GetHandle)()); }
    PMemoryAllocator *GetAllocator(VOID) const { return(_pma); }

    VOID ByteSwapHeaders( IN PROPERTYSETHEADER *psh,
                          IN ULONG cbstm,
                          OUT NTSTATUS *pstatus );

    // Convert a character count to a byte count based on the _CodePage

    ULONG     CCh2CB( ULONG cch ) const
                {
                    return( _CodePage == CP_WINUNICODE
                            ? cch * sizeof( WCHAR )
                            : cch * sizeof( CHAR )
                          );
                }

    // Convert a byte count to a character count based on the _CodePage
    // If for some reason the given byte-count is odd, the return
    // value won't include that last half-character.

    ULONG     CB2CCh( ULONG cb ) const
                {
                    return( _CodePage == CP_WINUNICODE
                            ? cb / sizeof( WCHAR )
                            : cb / sizeof( CHAR )
                          );
                }


private:

    // Private methods.

    VOID      _Create(
                    IN GUID const *pfmtid,
                    OPTIONAL IN GUID const *pclsid,
		    IN ULONG LocaleId,
                    IN USHORT CodePage,
		    IN LOADSTATE LoadState,
                    OUT NTSTATUS *pstatus);
    BOOLEAN   _HasPropHeader(VOID) const { return(TRUE); }
    BOOLEAN   _CreateUserDefinedSection(
		    IN LOADSTATE LoadState,
		    IN ULONG LocaleId,
                    OUT NTSTATUS *pstatus);
    VOID      _InitSection(
		    IN FORMATIDOFFSET *pfo,
		    IN ULONG LocaleId,
                    IN BOOL  fCreateDictionary );
    VOID      _FixSummaryInformation(IN OUT ULONG *pcbstm, OUT NTSTATUS *pstatus);
    VOID      _FixPackedPropertySet(OUT NTSTATUS *pstatus);

    BOOLEAN   _FixDocPartsVector(
		    IN PATCHOP PatchOp,
		    IN OUT SERIALIZEDPROPERTYVALUE *pprop,
		    OUT ULONG *pcbprop);
    BOOLEAN   _FixDocPartsElements(
		    IN PATCHOP PatchOp,
		    IN ULONG cString,
		    OUT VOID *pvDst,
		    IN VOID UNALIGNED const *pvSrc,
		    OUT ULONG *pcbprop);

    BOOLEAN   _FixHeadingPairVector(
		    IN PATCHOP PatchOp,
		    IN OUT SERIALIZEDPROPERTYVALUE *pprop,
		    OUT ULONG *pcbprop);
    BOOLEAN   _FixHeadingPairElements(
		    IN PATCHOP PatchOp,
		    IN ULONG cPairs,
		    OUT SERIALIZEDPROPERTYVALUE *ppropDst,
		    IN SERIALIZEDPROPERTYVALUE UNALIGNED const *ppropSrc,
		    OUT ULONG *pcbprop);

    BOOLEAN   _IsMapped(VOID) const { return(_pph != NULL); }
    LOADSTATE _LoadHeader(OPTIONAL IN GUID const *pfmtid, IN BYTE Mode,
                          OUT NTSTATUS *pstatus);

    PROPERTYSECTIONHEADER *_LoadPropertyOffsetPointers(
                    OUT PROPERTYIDOFFSET **pppo,
                    OUT PROPERTYIDOFFSET **pppoMax,
                    OUT NTSTATUS *pstatus);

    SERIALIZEDPROPERTYVALUE *_LoadProperty(IN PROPID pid, OUT ULONG *pcbprop,
                                           OUT NTSTATUS *pstatus);
    PROPERTYSECTIONHEADER *_GetSectionHeader(VOID) const;
    VOID _SearchForCodePage( OUT NTSTATUS *pstatus);
    PROPERTYSECTIONHEADER *_GetSectionHeader(IN ULONG iSection, OUT NTSTATUS *pstatus);
    FORMATIDOFFSET *_GetFormatidOffset(IN ULONG iSection) const;

    VOID     *_MapOffsetToAddress(IN ULONG oOffset) const;
    ULONG     _MapAddressToOffset(IN VOID const *pvAddr) const;

    VOID     *_MapAbsOffsetToAddress(IN ULONG oAbsolute) const;
    ULONG     _MapAddressToAbsOffset(IN VOID const *pvAddr) const;

    ULONG     _GetNewOffset(
                    IN CStreamChunkList const *pscl,
                    IN ULONG oOld) const;

    ULONG     _DictionaryEntryLength(
                    IN ENTRY UNALIGNED const * pent ) const;


    ULONG     _DictionaryLength(
                    IN DICTIONARY const *pdy,
                    IN ULONG cbbuf,
                    OUT NTSTATUS *pstatus) const;

    ENTRY UNALIGNED
             *_NextDictionaryEntry(
                    IN ENTRY UNALIGNED const * pent ) const;

    ULONG     _CountFreePropertyOffsets(OUT NTSTATUS *pstatus);

    VOID      _DeleteMovePropertyOffsets(
                    IN PROPERTY_INFORMATION const *apinfo,
                    IN ULONG cprop,
                    OUT NTSTATUS *pstatus);

    VOID      _UpdatePropertyOffsets(
                    IN CStreamChunkList const *pscl,
                    OUT NTSTATUS *pstatus);

    VOID      _InsertMovePropertyOffsets(
                    IN PROPERTY_INFORMATION const *apinfo,
                    IN ULONG cprop,
                    IN ULONG oInsert,
                    IN ULONG cpoReserve,
                    OUT NTSTATUS *pstatus);

    VOID      _CompactStream(IN CStreamChunkList const *pscl);

    VOID      _CompactChunk(
                    IN CStreamChunk const *pscnk,
                    IN LONG cbChangeTotal,
                    IN ULONG oOldNext);

    VOID      _PatchSectionOffsets(LONG cbChange);

    ULONG     _ComputeMinimumSize(ULONG cbstm, OUT NTSTATUS *pstatus);
#if DBGPROP
    VOID      _ValidateStructure(OUT NTSTATUS *pstatus);
    VOID      _ValidateProperties(OUT NTSTATUS *pstatus) const;
    VOID      _ValidateDictionary(OUT NTSTATUS *pstatus);
    VOID      _StatusCorruption(char *szReason, OUT NTSTATUS *pstatus) const;
#else
    VOID      _StatusCorruption(OUT NTSTATUS *pstatus) const;
#endif
    VOID      _SetModified(VOID) { _MSTM(SetModified)(); }

#if DBGPROP
public:		// public for fnEntryNameCompare only!
#endif
    BOOLEAN   _ComparePropertyNames(
		    IN VOID const *pvName1,
		    IN VOID const *pvName2,
                    IN BOOL fSameByteOrder,
		    IN ULONG cbName) const;
#if DBGPROP
private:
#endif

    BOOLEAN   _PropertyNameLength(
                    IN VOID const *pvName,
                    OUT ULONG *pcbName) const;


    VOID      _MultiByteToWideChar(
                    IN CHAR const *pch,
                    IN ULONG cb,
                    IN USHORT CodePage,
                    OUT WCHAR **ppwc,
                    OUT ULONG *pcb,
                    OUT NTSTATUS *pstatus);

    VOID      _OLECHARToWideChar(
                    IN OLECHAR const *poc,
                    IN ULONG cb,
                    IN USHORT CodePage,
                    OUT WCHAR **ppwc,
                    OUT ULONG *pcb,
                    OUT NTSTATUS *pstatus)
    {
        PROPASSERT( sizeof(OLECHAR) == sizeof(CHAR) );

        // Since OLECHAR may be MultiByte or WideChar for this
        // compilation, explicitely cast 'poc' to a CHAR* to prevent
        // a compilation error.

        _MultiByteToWideChar( (CHAR*) poc, cb, CodePage, ppwc, pcb, pstatus );
    }

    VOID      _MultiByteToOLECHAR(
                    IN CHAR const *pch,
                    IN ULONG cb,
                    IN USHORT CodePage,
                    OUT OLECHAR **ppoc,
                    OUT ULONG *pcb,
                    OUT NTSTATUS *pstatus)
    {
        PROPASSERT( sizeof(OLECHAR) == sizeof(WCHAR) );

        // Since OLECHAR may be MultiByte or WideChar for this
        // compilation, explicitely cast 'ppoc' to a WCHAR** to prevent
        // a compilation error.

        _MultiByteToWideChar( pch, cb, CodePage, (WCHAR**)ppoc, pcb, pstatus );
    }

    VOID      _WideCharToMultiByte(
                    IN WCHAR const *pwc,
                    IN ULONG cch,
                    IN USHORT CodePage,
                    OUT CHAR **ppch,
                    OUT ULONG *pcb,
                    OUT NTSTATUS *pstatus);

    VOID      _OLECHARToMultiByte(
                    IN OLECHAR const *poc,
                    IN ULONG cch,
                    IN USHORT CodePage,
                    OUT CHAR **ppch,
                    OUT ULONG *pcb,
                    OUT NTSTATUS *pstatus)
    {
        PROPASSERT( sizeof(OLECHAR) == sizeof(WCHAR) );

        // Since OLECHAR may be MultiByte or WideChar for this
        // compilation, explicitely cast 'poc' to a WCHAR* to prevent
        // a compilation error.

        _WideCharToMultiByte( (WCHAR*) poc, cch, CodePage, ppch, pcb, pstatus );
    }

    VOID      _WideCharToOLECHAR(
                    IN WCHAR const *pwc,
                    IN ULONG cch,
                    IN USHORT CodePage,
                    OUT OLECHAR **ppoc,
                    OUT ULONG *pcb,
                    OUT NTSTATUS *pstatus)
    {
        PROPASSERT( sizeof(OLECHAR) == sizeof(CHAR) );

        // Since OLECHAR may be MultiByte or WideChar for this
        // compilation, explicitely cast 'ppoc' to a CHAR** to prevent
        // a compilation error.

        _WideCharToMultiByte( pwc, cch, CodePage, (CHAR**) ppoc, pcb, pstatus );
    }


    PROPERTYSETHEADER     *_pph;
    ULONG                  _oSection;
    ULONG                  _cSection;
    USHORT                 _CodePage;
    BYTE                   _Flags;
    BYTE                   _State;
    ULONG		   _cbTail;
    PMemoryAllocator      *_pma;
    CMappedStream         *_pmstm;        // user mode: replacable virtual class
};


#ifdef WINNT
VOID CopyPropertyValue(
        IN OPTIONAL SERIALIZEDPROPERTYVALUE const *pprop,
        IN ULONG cb,
        OUT SERIALIZEDPROPERTYVALUE *ppropDst,
        OUT ULONG *pcb);

ULONG PropertyLengthAsVariant(
        IN SERIALIZEDPROPERTYVALUE const *pprop,
        IN ULONG cbprop,
	IN USHORT CodePage,
        IN BYTE flags);

ULONG PropertyLengthAsVariantNoEH(	// No NT Exception Handling version
        IN SERIALIZEDPROPERTYVALUE const *pprop,
        IN ULONG cbprop,
	IN USHORT CodePage,
        IN BYTE flags,
        OUT NTSTATUS *pstatus);

#endif

ULONG PropertyLength(
        IN SERIALIZEDPROPERTYVALUE const *pprop,
        IN ULONG cbbuf,
        IN BYTE flags);

ULONG PropertyLengthNoEH(            // No NT Exception Handling version
        IN SERIALIZEDPROPERTYVALUE const *pprop,
        IN ULONG cbbuf,
        IN BYTE flags,
        OUT NTSTATUS *pstatus);



//  ------------
//  PBS Routines
//  ------------

// PBS routines (Property Byte Swap) perform specialized byte-swapping
// in the big-endian build, and do nothing in the little-endian
// build (in which case they are inlined).

#ifdef BIGENDIAN

VOID PBSCopy( OUT VOID *pvDest,
              IN VOID const *pvSource,
              IN ULONG cbCopy,
              IN LONG cbByteSwap );

VOID PBSAllocAndCopy( OUT VOID **ppvDest,
                      IN VOID const *pvSource,
                      ULONG cbSize,
                      LONG cbByteSwap,
                      OUT NTSTATUS *pstatus);

VOID PBSInPlaceAlloc( IN OUT WCHAR** ppwszResult,
                      OUT WCHAR** ppwszBuffer,
                      OUT NTSTATUS *pstatus );

VOID PBSBuffer( IN OUT VOID *pv,
                IN ULONG cbSize,
                IN ULONG cbByteSwap );

#else // Little-endian build

inline VOID PBSCopy( OUT VOID *pvDest,
                     IN VOID const *pvSource,
                     IN ULONG cbCopy,
                     IN LONG cbByteSwap )
{
}

inline VOID PBSAllocAndCopy( OUT VOID **ppvDest,
                             IN VOID const *pvSource,
                             ULONG cbSize,
                             LONG cbByteSwap,
                             OUT NTSTATUS *pstatus)
{
    *pstatus = STATUS_SUCCESS;
}

inline VOID PBSInPlaceAlloc( IN OUT WCHAR** ppwszResult,
                             OUT WCHAR** ppwszBuffer,
                             OUT NTSTATUS *pstatus )
{
    *pstatus = STATUS_SUCCESS;
}

inline VOID PBSBuffer( IN OUT VOID *pv,
                       IN ULONG cbSize,
                       IN ULONG cbByteSwap )
{
}

#endif // #ifdef BIGENDIAN ... #else


#endif // _PROPSTM_HXX_