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windows-nt/Source/XPSP1/NT/com/ole32/olethunk/olethk32/thop16.cxx
CryptoAlgo Inc b3cac27891 Add source files
2020-09-26 16:20:57 +08:00

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//+---------------------------------------------------------------------------
//
// Microsoft Windows
// Copyright (C) Microsoft Corporation, 1992 - 1994.
//
// File: thop16.cxx
//
// Contents: Thop implementations for 16->32
//
// History: 22-Feb-94 DrewB Created
//
//----------------------------------------------------------------------------
#include "headers.cxx"
#pragma hdrstop
#include <ole2.h>
#include <valid.h>
#include <string.h>
#include "struct16.hxx"
//+---------------------------------------------------------------------------
//
// Function: EXECUTE_THOP1632, public
//
// Synopsis: Debugging version of thop dispatch routine
//
// Arguments: [pti] - Thunking info
//
// Returns: Appropriate status
//
// History: 24-Feb-94 DrewB Created
//
//----------------------------------------------------------------------------
#if DBG == 1
DWORD EXECUTE_THOP1632(THUNKINFO *pti)
{
thkDebugOut((DEB_THOPS, "%sIn ExThop1632: %s (0x%02X), s16 %p, s32 %p\n",
NestingLevelString(),
ThopName(*pti->pThop), *pti->pThop, pti->s16.pbCurrent,
pti->s32.pbCurrent));
DebugIncrementNestingLevel();
// Local variable
DWORD dwRet;
// Sanity check
thkAssert((*pti->pThop & THOP_OPMASK) < THOP_LASTOP);
dwRet = (*aThopFunctions1632[*((pti)->pThop) & THOP_OPMASK])(pti);
DebugDecrementNestingLevel();
thkDebugOut((DEB_THOPS, "%sOut ExThop1632\n", NestingLevelString()));
return(dwRet);
}
#endif
#if DBG == 1
DWORD EXECUTE_ENUMTHOP1632(THUNKINFO *pti)
{
thkDebugOut((DEB_THOPS, "%sIn ExEnumThop1632: %s (0x%02X), s16 %p, s32 %p\n",
NestingLevelString(),
EnumThopName(*pti->pThop), *pti->pThop, pti->s16.pbCurrent,
pti->s32.pbCurrent));
DebugIncrementNestingLevel();
// Local variable
DWORD dwRet;
dwRet = (*aThopEnumFunctions1632[*(pti)->pThop])(pti);
DebugDecrementNestingLevel();
thkDebugOut((DEB_THOPS, "%sOut ExEnumThop1632\n", NestingLevelString()));
return(dwRet);
}
#endif
// Generated by the tool, in tc1632.cxx
DWORD ThunkCall1632( THUNKINFO * );
//+---------------------------------------------------------------------------
//
// Function: FixedThopHandler, public
//
// Synopsis: Generic function which handles the high-level details
// of thop execution for thops that operate on known-size
// data
//
// Arguments: [pti] - Thunking state information
// [thop] - Thop being executed
// [cb16] - 16-bit size
// [pfn1632] - 16->32 conversion routine
// [cb32] - 32-bit size
// [pfn3216] - 32->16 conversion routine
//
// Returns: Appropriate status code
//
// History: 05-Apr-94 DrewB Created
//
// Notes: Automatically increments pThop
//
//----------------------------------------------------------------------------
DWORD FixedThopHandler1632(THUNKINFO *pti,
THOP thop,
UINT cb16,
FIXEDHANDLERROUTINE pfn1632,
UINT cb32,
FIXEDHANDLERROUTINE pfn3216)
{
DWORD dwResult;
VPVOID vp16;
BYTE *pb16;
BYTE *pb32;
if ((thop & (THOP_IN | THOP_OUT)) != 0)
{
pb32 = NULL;
GET_STACK16(pti, vp16, VPVOID);
if ( vp16 != 0 )
{
pb16 = (BYTE *)ValidatePtr16(pti, vp16, cb16, thop);
if (pb16 != NULL)
{
pb32 = (BYTE *)STACKALLOC32(cb32);
if (pb32 == NULL)
{
pti->scResult = E_OUTOFMEMORY;
}
else if ((thop & THOP_IN) != 0)
{
(pfn1632)(pb16, pb32, cb16, cb32);
}
WOWRELVDMPTR(vp16);
}
}
TO_STACK32(pti, pb32, BYTE *);
pti->pThop++;
dwResult = EXECUTE_THOP1632(pti);
if ((thop & THOP_OUT) != 0 && vp16 != 0)
{
pb16 = (BYTE *)WOWFIXVDMPTR(vp16, cb16);
if (SUCCEEDED(dwResult))
{
(pfn3216)(pb32, pb16, cb32, cb16);
}
else if ((thop & THOP_IN) == 0)
{
// Zero out-only parameters on failure
memset(pb16, 0, cb16);
}
WOWRELVDMPTR(vp16);
}
if (pb32 != NULL)
{
STACKFREE32(pb32, cb32);
}
}
else
{
(pfn1632)(PTR_STACK16(&pti->s16, cb16), PTR_STACK32(&pti->s32),
cb16, cb32);
SKIP_STACK16(&pti->s16, cb16);
SKIP_STACK32(&pti->s32, cb32);
pti->pThop++;
dwResult = EXECUTE_THOP1632(pti);
}
return dwResult;
}
//-----------------------------------------------------------------------------
//
// Handler-based thunks
//
// These thunks use the fixed-size generic thop handler to do their work
//
//-----------------------------------------------------------------------------
// Handle straight copy
DWORD Thop_Copy_1632(THUNKINFO *pti)
{
THOP thopSize;
thkAssert((*pti->pThop & THOP_OPMASK) == THOP_COPY);
thopSize = *++pti->pThop;
return FixedThopHandler1632(pti,
*(pti->pThop-1),
thopSize, FhCopyMemory,
thopSize, FhCopyMemory);
}
DWORD Thop_ShortToLong_1632(THUNKINFO *pti)
{
thkAssert((*pti->pThop & THOP_OPMASK) == THOP_SHORTLONG);
return FixedThopHandler1632(pti,
*pti->pThop,
sizeof(SHORT), FhShortToLong,
sizeof(LONG), FhLongToShort);
}
DWORD Thop_WordToDword_1632(THUNKINFO *pti)
{
thkAssert((*pti->pThop & THOP_OPMASK) == THOP_WORDDWORD);
return FixedThopHandler1632(pti,
*pti->pThop,
sizeof(WORD), FhWordToDword,
sizeof(DWORD), FhDwordToWord);
}
DWORD Thop_GdiHandle_1632(THUNKINFO *pti)
{
thkAssert((*pti->pThop & THOP_OPMASK) == THOP_HGDI);
return FixedThopHandler1632(pti,
*pti->pThop,
sizeof(HAND16), FhGdiHandle1632,
sizeof(HANDLE), FhGdiHandle3216);
}
DWORD Thop_UserHandle_1632(THUNKINFO *pti)
{
thkAssert((*pti->pThop & THOP_OPMASK) == THOP_HUSER);
return FixedThopHandler1632(pti,
*pti->pThop,
sizeof(HAND16), FhUserHandle1632,
sizeof(HANDLE), FhUserHandle3216);
}
DWORD Thop_HACCEL_1632(THUNKINFO *pti)
{
thkAssert((*pti->pThop & THOP_OPMASK) == THOP_HACCEL);
return FixedThopHandler1632(pti,
*pti->pThop,
sizeof(HAND16), FhHaccel1632,
sizeof(HANDLE), FhHaccel3216);
}
DWORD Thop_HTASK_1632(THUNKINFO *pti)
{
thkAssert((*pti->pThop & THOP_OPMASK) == THOP_HTASK);
return FixedThopHandler1632(pti,
*pti->pThop,
sizeof(HAND16), FhHtask1632,
sizeof(HANDLE), FhHtask3216);
}
DWORD Thop_HRESULT_1632( THUNKINFO *pti )
{
thkAssert((*pti->pThop & THOP_OPMASK) == THOP_HRESULT);
return FixedThopHandler1632(pti,
*pti->pThop,
sizeof(HRESULT), FhHresult1632,
sizeof(HRESULT), FhHresult3216);
}
DWORD Thop_NULL_1632(THUNKINFO *pti)
{
thkAssert((*pti->pThop & THOP_OPMASK) == THOP_NULL);
return FixedThopHandler1632(pti,
*pti->pThop,
sizeof(void *), FhNull,
sizeof(void *), FhNull);
}
DWORD Thop_RECT_1632( THUNKINFO *pti )
{
thkAssert((*pti->pThop & THOP_OPMASK) == THOP_RECT);
return FixedThopHandler1632(pti,
*pti->pThop,
sizeof(RECT16), FhRect1632,
sizeof(RECT), FhRect3216);
}
DWORD Thop_BINDOPTS_1632( THUNKINFO *pti )
{
VPVOID vpbo16;
BIND_OPTS UNALIGNED *pbo;
UINT cb;
thkAssert((*pti->pThop & THOP_OPMASK) == THOP_BINDOPTS);
PEEK_STACK16(pti, vpbo16, VPVOID);
pbo = (BIND_OPTS UNALIGNED *)GetReadPtr16(pti, vpbo16, sizeof(BIND_OPTS));
if (pbo != NULL)
{
cb = pbo->cbStruct;
WOWRELVDMPTR(vpbo16);
}
else
{
// Doesn't really matter, since pti->scResult was set to error
// by GetReadPtr16
cb = sizeof(BIND_OPTS);
}
return FixedThopHandler1632(pti,
*pti->pThop,
cb, FhCopyMemory,
cb, FhCopyMemory);
}
DWORD Thop_SIZE_1632( THUNKINFO *pti )
{
thkAssert((*pti->pThop & THOP_OPMASK) == THOP_SIZE);
return FixedThopHandler1632(pti,
*pti->pThop,
sizeof(SIZE16), FhSize1632,
sizeof(SIZE), FhSize3216);
}
DWORD Thop_MSG_1632( THUNKINFO *pti )
{
thkAssert((*pti->pThop & THOP_OPMASK) == THOP_MSG);
return FixedThopHandler1632(pti,
*pti->pThop,
sizeof(MSG16), FhMsg1632,
sizeof(MSG), FhMsg3216);
}
//+---------------------------------------------------------------------------
//
// Function: Thop_ERROR_1632, public
//
// Synopsis: Any Thop type which should just fail with an error
// should go be directed here.
//
// Arguments: [pti] - Thunk state information
//
// Returns: Appropriate status code
//
// History: 23-Feb-94 BobDay Created
//
//----------------------------------------------------------------------------
DWORD Thop_ERROR_1632 ( THUNKINFO *pti )
{
thkAssert((*pti->pThop & THOP_OPMASK) == THOP_ERROR);
thkAssert( FALSE && "Hey we hit an ERROR Thop in 16->32" );
return (DWORD)E_UNEXPECTED;
}
//+---------------------------------------------------------------------------
//
// Function: ThunkInString1632, public
//
// Synopsis: Converts an in-parameter string
//
// Arguments: [pti] - Thunk state information
//
// Returns: Appropriate status code
//
// History: 24-Aug-94 DrewB Created
//
//----------------------------------------------------------------------------
DWORD ThunkInString1632(THUNKINFO *pti)
{
DWORD dwResult;
VPSTR vpstr;
LPOLESTR lpstrDest;
OLECHAR *ptcStackText;
dwResult = (DWORD)S_OK;
ptcStackText = NULL;
GET_STACK16(pti, vpstr, VPSTR);
if (vpstr == 0)
{
lpstrDest = NULL;
}
else
{
ptcStackText = (OLECHAR *)STACKALLOC32(CWCSTRINGPREALLOC*
sizeof(OLECHAR));
if (ptcStackText == NULL)
{
pti->scResult = E_OUTOFMEMORY;
}
else
{
lpstrDest = Convert_VPSTR_to_LPOLESTR( pti, vpstr, ptcStackText,
CWCSTRINGPREALLOC );
}
}
thkDebugOut((DEB_ARGS, "In1632 LPSTR: %p -> %p '%ws'\n",
vpstr, lpstrDest, lpstrDest));
TO_STACK32(pti, lpstrDest, LPOLESTR );
pti->pThop++;
dwResult = EXECUTE_THOP1632(pti);
if (lpstrDest != NULL)
{
Convert_VPSTR_to_LPOLESTR_free( ptcStackText, lpstrDest );
}
if (ptcStackText != NULL)
{
STACKFREE32(ptcStackText, CWCSTRINGPREALLOC*sizeof(OLECHAR));
}
return( dwResult );
}
//+---------------------------------------------------------------------------
//
// Function: Thop_LPSTR_1632, public
//
// Synopsis: Converts 16-bit LPSTR to 32-bit LPSTR pointer
//
// Arguments: [pti] - Thunk state information
//
// Returns: Appropriate status code
//
// History: 23-Feb-94 BobDay Created
//
//----------------------------------------------------------------------------
DWORD Thop_LPSTR_1632( THUNKINFO *pti )
{
thkAssert((*pti->pThop & THOP_OPMASK) == THOP_LPSTR);
//
// We have only input LPSTRs
//
thkAssert( (*pti->pThop & THOP_IOMASK) == THOP_IN &&
"LPSTR must be input only!" );
return ThunkInString1632(pti);
}
//+---------------------------------------------------------------------------
//
// Function: ConvertTaskString3216, public
//
// Synopsis: Converts a task-memory string
//
// Arguments: [pti] - Thunk info
// [pos32] - String
// [vpstrPreAlloc] - Preallocated string or NULL
// [cchPreAlloc] - Preallocated size or zero
// [pvpstr16] - String
//
// Returns: Appropriate status code
//
// Modifies: [pti]
// [pvpstr16]
//
// History: 14-May-94 DrewB Created
//
// Notes: Frees preallocation if successful and:
// Name is too large or
// Name is NULL
//
// Always frees source string if non-zero and valid
//
//----------------------------------------------------------------------------
SCODE ConvertTaskString3216(THUNKINFO *pti,
LPOLESTR pos32,
VPSTR vpstrPreAlloc,
UINT cchPreAlloc,
VPSTR UNALIGNED *pvpstr16)
{
VPVOID vpstr16;
UINT cch;
SCODE sc;
sc = S_OK;
if (pos32 == NULL)
{
vpstr16 = 0;
}
else
{
if (IsBadStringPtrW(pos32, CCHMAXSTRING))
{
sc = E_INVALIDARG;
}
else
{
cch = lstrlenW(pos32)+1;
if (cch > cchPreAlloc)
{
// Our prealloc buffer is too small, so try and get a
// new one
// Allow for each Unicode character to take two
// bytes in case of multibyte expansion
vpstr16 = (VPSTR)TaskMalloc16( cch*2 );
if (vpstr16 == 0)
{
sc = E_OUTOFMEMORY;
}
}
else
{
vpstr16 = vpstrPreAlloc;
}
if (SUCCEEDED(sc))
{
sc = Convert_LPOLESTR_to_VPSTR(pos32, vpstr16, cch, cch*2);
if (FAILED(sc) && vpstr16 != vpstrPreAlloc)
{
TaskFree16(vpstr16);
}
}
TaskFree32(pos32);
}
}
if (SUCCEEDED(sc))
{
// If there was a preallocated string we didn't use,
// free it
if (vpstrPreAlloc != 0 && vpstrPreAlloc != vpstr16)
{
TaskFree16(vpstrPreAlloc);
}
*pvpstr16 = vpstr16;
}
return sc;
}
//+---------------------------------------------------------------------------
//
// Function: ThunkOutString1632, public
//
// Synopsis: Converts an out param string or filename
//
// Arguments: [pti] - Thunk state information
// [fFile] - Filename or plain string
//
// Returns: Appropriate status code
//
// History: 24-Aug-94 DrewB Created
//
//----------------------------------------------------------------------------
DWORD ThunkOutString1632(THUNKINFO *pti,
BOOL fFile)
{
DWORD dwResult;
VPVOID vpvpstr16;
VPSTR vpstr16;
VPSTR UNALIGNED *lpvpstr16;
LPOLESTR *lplpstr32;
LPOLESTR lpstr = NULL;
GET_STACK16(pti, vpvpstr16, VPSTR);
lplpstr32 = NULL;
if ( vpvpstr16 != 0 )
{
lpvpstr16 = (VPSTR UNALIGNED *)GetWritePtr16(pti, vpvpstr16,
sizeof(VPSTR));
if ( lpvpstr16 != NULL )
{
WOWRELVDMPTR(vpvpstr16);
lplpstr32 = &lpstr;
vpstr16 = (VPSTR)TaskMalloc16(CBSTRINGPREALLOC);
if (vpstr16 == 0)
{
pti->scResult = E_OUTOFMEMORY;
}
}
}
TO_STACK32(pti, lplpstr32, LPOLESTR FAR *);
pti->pThop++;
dwResult = EXECUTE_THOP1632(pti);
if ( lplpstr32 != NULL )
{
if ( SUCCEEDED(dwResult) )
{
SCODE sc;
if (fFile)
{
UINT cch;
// The string pointed to by lpstr is ours so we
// can do the long->short conversion in place
// without worrying about trashing the memory
// The short path name should always be able
// to fit in the long path name's buffer since
// the file names that we are thunking are always
// absolute paths
cch = lstrlenW(lpstr)+1;
// Ignore failures; if we can't convert the name
// then we simply pass on what we were given
GetShortPathName(lpstr, lpstr, cch);
}
sc = ConvertTaskString3216(pti, lpstr, vpstr16,
CWCSTRINGPREALLOC, &vpstr16);
if (FAILED(sc))
{
dwResult = sc;
}
}
if (FAILED(dwResult))
{
TaskFree16(vpstr16);
vpstr16 = 0;
}
lpvpstr16 = FIXVDMPTR( vpvpstr16, VPSTR );
*lpvpstr16 = vpstr16;
#if DBG==1
thkDebugOut((DEB_ARGS, "%sOut1632 LPLPSTR: %p -> %p '%s'\n",
NestingLevelString(), lpstr, vpstr16,
vpstr16 != 0 ? WOWFIXVDMPTR(vpstr16, 0) : "<null>"));
if (vpstr16 != 0)
{
WOWRELVDMPTR(vpstr16);
}
#endif
RELVDMPTR( vpvpstr16 );
}
else
{
thkDebugOut((DEB_ARGS, "Out1632 LPLPSTR NULL\n"));
}
return( dwResult );
}
//+---------------------------------------------------------------------------
//
// Function: Thop_LPLPSTR_1632, public
//
// Synopsis: Converts 32-bit LPSTR to 16-bit LPSTR pointer
//
// Arguments: [pti] - Thunk state information
//
// Returns: Appropriate status code
//
// History: 25-Feb-94 BobDay Created
//
//----------------------------------------------------------------------------
DWORD Thop_LPLPSTR_1632( THUNKINFO *pti )
{
thkAssert((*pti->pThop & THOP_OPMASK) == THOP_LPLPSTR);
//
// We don't have anything but unmodified LPLPSTRs
//
thkAssert( (*pti->pThop & THOP_IOMASK) == 0 &&
"LPLPSTR must be unmodified only!" );
return ThunkOutString1632(pti, FALSE);
}
//+---------------------------------------------------------------------------
//
// Function: Thop_BUFFER_1632, public
//
// Synopsis: Converts 16-bit block of memory to 32-bit block of memory
//
// Arguments: [pti] - Thunk state information
//
// Returns: Appropriate status code
//
// History: 25-Feb-94 BobDay Created
// 14-Mar-95 KentCe Buffer copy not required for Win95.
//
// Notes: WARNING! WARNING! WARNING! For an out parameter this expects
// three parameters on the stack in the following format and order:
// VOID * pointer to buffer
// DWORD count of bytes in buffer
// DWORD * count of bytes returned in the buffer
//
//----------------------------------------------------------------------------
#define WATCH_VALUE 0xfef1f0
DWORD Thop_BUFFER_1632( THUNKINFO *pti )
{
DWORD dwResult;
BOOL fThopInput;
BOOL fThopOutput;
VPVOID vp16;
LPVOID lp16;
LPVOID lp32;
DWORD dwCount;
VPVOID vp16CountOut;
DWORD dwCountOut32 = 0;
DWORD * pdwCountOut32 = &dwCountOut32;
#if DBG == 1
DWORD dwWatch;
#endif
thkAssert((*pti->pThop & THOP_OPMASK) == THOP_BUFFER);
fThopInput = IS_THOP_IN(pti);
fThopOutput = IS_THOP_OUT(pti);
//
// We only have in and out BUFFER thops
//
thkAssert((fThopInput || fThopOutput)
&& (fThopInput != fThopOutput)
&& "BUFFER must be in or out only!" );
GET_STACK16(pti, vp16, VPVOID);
GET_STACK16(pti, dwCount, DWORD);
if (fThopOutput)
{
// Get the pointer to the returned value off the stack
GET_STACK16(pti, vp16CountOut, VPVOID);
}
lp32 = NULL;
if (vp16 == 0)
{
// lp32 is already NULL
}
else if (dwCount == 0)
{
// If the count is zero then we can pass any valid 32-bit
// pointer
#if DBG == 1
// In debug, make sure that no data is written back to the
// memory we pass on
dwWatch = WATCH_VALUE;
lp32 = &dwWatch;
#else
lp32 = &dwResult;
#endif
}
else
{
//
// Under Win95 we can lock down 16-bit memory so a duplicate
// buffer is not required.
//
#if defined(_CHICAGO_)
lp32 = WOWFIXVDMPTR(vp16, dwCount);
#else
lp16 = ValidatePtr16(pti, vp16, dwCount, *pti->pThop);
if ( lp16 != NULL )
{
lp32 = (LPVOID)CoTaskMemAlloc( dwCount );
if ( lp32 == NULL )
{
pti->scResult = E_OUTOFMEMORY;
}
else
{
if ( fThopInput )
{
memcpy( lp32, lp16, dwCount );
}
}
WOWRELVDMPTR(vp16);
}
#endif
}
thkDebugOut((DEB_ARGS, "1632 BUFFER: %p -> %p, %u\n",
vp16, lp32, dwCount));
TO_STACK32(pti, lp32, LPVOID );
TO_STACK32(pti, dwCount, DWORD );
if (fThopOutput)
{
TO_STACK32(pti, pdwCountOut32, LPVOID );
}
pti->pThop++;
dwResult = EXECUTE_THOP1632(pti);
if (fThopOutput)
{
// If the pointer in sixteen bit land is non-null then return the
// count of bytes written to the buffer.
DWORD UNALIGNED *lpdw16 = (DWORD UNALIGNED *)
ValidatePtr16(pti, vp16CountOut, sizeof(DWORD), *pti->pThop);
if (lpdw16 != NULL)
{
*lpdw16 = dwCountOut32;
WOWRELVDMPTR(vp16CountOut);
}
#if !defined(_CHICAGO_)
//
// Under Win95 we can lock down 16-bit memory so a duplicate
// buffer is not required.
//
if ( SUCCEEDED(dwResult) )
{
if (dwCountOut32 > 0 && vp16 != 0)
{
lp16 = (LPVOID)WOWFIXVDMPTR( vp16, dwCountOut32 );
memcpy( lp16, lp32, dwCountOut32 );
WOWRELVDMPTR(vp16);
}
}
#endif // _CHICAGO_
}
#if DBG == 1
if (lp32 != NULL && dwCount == 0)
{
thkAssert(dwWatch == WATCH_VALUE);
}
#endif
//
// Under Win95 we can lock down 16-bit memory so a duplicate
// buffer is not required.
//
// Now free the buffer
//
if ( lp32 != NULL && dwCount > 0 )
{
#if defined(_CHICAGO_)
WOWRELVDMPTR(vp16);
#else
CoTaskMemFree( lp32 );
#endif // _CHICAGO_
}
return( dwResult );
}
//+---------------------------------------------------------------------------
//
// Function: Thop_SNB_1632, public
//
// Synopsis: Converts 16-bit SNB to 32-bit SNB pointer
//
// Arguments: [pti] - Thunk state information
//
// Returns: Appropriate status code
//
// History: 23-Feb-94 BobDay Created
//
//----------------------------------------------------------------------------
DWORD Thop_SNB_1632( THUNKINFO *pti )
{
DWORD dwResult;
BOOL fThopInput;
BOOL fThopOutput;
VPVOID snb16;
VPSTR *lpvpstr;
VPSTR UNALIGNED *lpvpstrTemp;
VPSTR vpstr;
SNB snb32;
UINT cStr;
UINT cStrTemp;
LPOLESTR *lplpstr;
UINT cbStrings;
OLECHAR *pocStr;
LPSTR lpstr16;
thkAssert((*pti->pThop & THOP_OPMASK) == THOP_SNB);
fThopInput = IS_THOP_IN(pti);
fThopOutput = IS_THOP_OUT(pti);
//
// We don't have anything but unmodified SNBs
//
thkAssert( !fThopInput && !fThopOutput && "SNB must be unmodified only!" );
GET_STACK16(pti, snb16, VPVOID);
snb32 = NULL;
if ( snb16 != 0 )
{
//
// Count the strings in the 16-bit snb
//
lpvpstr = (VPSTR FAR *)GetReadPtr16( pti, snb16, sizeof(VPSTR) );
if ( lpvpstr != 0 )
{
lpvpstrTemp = lpvpstr;
cStr = 0;
cbStrings = 0;
do
{
cStr++;
vpstr = *lpvpstrTemp++;
if ( vpstr == 0 )
{
break;
}
lpstr16 = GetStringPtr16(pti, vpstr, CCHMAXSTRING,
&cStrTemp);
if ( lpstr16 == 0 )
{
WOWRELVDMPTR(snb16);
lpvpstr = NULL;
break; // Leave with snb32 still NULL
}
WOWRELVDMPTR(vpstr);
cbStrings += cStrTemp;
}
while ( TRUE );
}
if ( lpvpstr != NULL )
{
thkDebugOut((DEB_ARGS, "In1632 SNB: %d strings\n", cStr));
//
// Allocate space for the 32-bit snb
//
snb32 = (LPOLESTR FAR *)CoTaskMemAlloc( cStr*sizeof(LPOLESTR) +
cbStrings*sizeof(WCHAR));
if (snb32 == NULL)
{
pti->scResult = E_OUTOFMEMORY;
}
else
{
pocStr = (OLECHAR *)((BYTE *)snb32+cStr*sizeof(LPOLESTR));
//
// Now convert the strings
//
lpvpstrTemp = lpvpstr;
lplpstr = snb32;
cStrTemp = cStr - 1;
while ( cStrTemp > 0 )
{
--cStrTemp;
vpstr = *lpvpstrTemp++;
thkAssert( vpstr != 0 &&
"Loop is processing end of snb\n" );
// Guaranteed to use pocStr as storage since cbStrings is
// large enough to contain all the strings
*lplpstr = Convert_VPSTR_to_LPOLESTR( pti, vpstr,
pocStr, cbStrings );
if (*lplpstr == NULL)
{
CoTaskMemFree(snb32);
snb32 = NULL;
break;
}
#if DBG == 1
thkDebugOut((DEB_ARGS, "In1632 SNB: %p '%s' -> "
"%p '%ws'\n",
vpstr, WOWFIXVDMPTR(vpstr, 0),
*lplpstr, *lplpstr));
WOWRELVDMPTR(vpstr);
#endif
pocStr += lstrlenW(pocStr)+1;
lplpstr++;
}
// Terminate SNB
*lplpstr = NULL;
thkAssert(*lpvpstrTemp == 0);
WOWRELVDMPTR(snb16);
}
}
}
thkDebugOut((DEB_ARGS, "In1632 SNB: %p -> %p\n", snb16, snb32));
TO_STACK32(pti, snb32, SNB );
pti->pThop++;
dwResult = EXECUTE_THOP1632(pti);
//
// Free SNB memory if necessary
//
if ( snb32 != 0 )
{
CoTaskMemFree(snb32);
}
return( dwResult );
}
//+---------------------------------------------------------------------------
//
// Function: ThunkInterface1632, private
//
// Synopsis: Handles interface thunking for THOP_IFACE and
// THOP_IFACEGEN
//
// Arguments: [pti] - Thunking state information
// [iidx] - Interface index or IID
// [thop] - Thop being executed
// [punkOuter] - Controlling IUnknown or NULL
//
// Returns: status code
//
// History: Mar 14,97 Gopalk Rewritten to support aggregation and
// proper thunking of IN/OUT interfaces
//
// Notes: Assumes caller has already adjusted pti->pThop
//----------------------------------------------------------------------------
DWORD ThunkInterface1632(THUNKINFO *pti, IIDIDX iidx, THOP thop, IUnknown *punkOuter)
{
// Local variables
VPVOID vpv;
DWORD dwResult, dwStatus;
IUnknown *punkThis32In;
IUnknown *punkThis32Out;
VPVOID vpvOut;
VPVOID vpvIn;
VPVOID UNALIGNED *pvpvOut;
VPVOID vpvPreAlloc = NULL;
THUNK1632OBJ UNALIGNED *pto;
PROXYHOLDER *pph;
PROXYHOLDER *pAggHolder = NULL;
SAggHolder aggHolderNode;
BOOL bUnlinkAggHolder = FALSE;
BOOL bExtraAddRef;
// Validate the IID of the interface
thkAssert(IIDIDX_IS_IID(iidx) ||
(IIDIDX_INDEX(iidx) >= 0 && IIDIDX_INDEX(iidx) <= THI_COUNT));
// Initialize
dwResult = (DWORD) S_OK;
punkThis32In = NULL;
pph = NULL;
// Retrieve interface pointer
GET_STACK16(pti, vpv, VPVOID);
// Assert invariant
thkAssert(iidx!=THI_COUNT || vpv==NULL);
// Check for valid OUT parameter. It also verifies IN-OUT case as well
if((thop & THOP_OUT) && vpv) {
pvpvOut = (VPVOID UNALIGNED *)GetWritePtr16(pti, vpv, sizeof(VPVOID));
if(!pvpvOut) {
thkDebugOut((DEB_WARN, "WARNING: ThunkInterface1632 - bad pointer %p\n",
vpv));
pti->scResult = E_INVALIDARG;
return (DWORD) E_INVALIDARG;
}
// Check if the interface needs to be thunked IN as well.
// In other words, IN-OUT paramenter case
if(thop & THOP_IN)
vpvIn = *pvpvOut;
else
vpvIn = NULL;
// Release the VMD pointer
WOWRELVDMPTR(vpv);
}
else {
// It must be IN parameter or a NULL OUT parameter
vpvIn = vpv;
}
// Check if interface needs to be thunked IN
if(thop & THOP_IN) {
if (vpvIn) {
// Validate the interface
if(IsValidInterface16(pti, vpvIn)) {
if((thop & THOP_OPMASK) == THOP_IFACENOADDREF) {
// vpvIn represents an interface that is used by the
// 32-bit side without addrefing it.
// Classic example: IOleCacheControl::OnRun
// Aggregate it with the identity of the interface on which
// the current call is being made to ensure that lifetime of proxy
// is controlled by it.
VPVOID vpvThis16;
// Obtain the 16-bit interface on which the current call is
// being made
thkAssert(punkOuter);
vpvThis16 = pti->pThkMgr->LookupProxy1632(punkOuter);
thkAssert(vpvThis16);
// Obtain its holder
pto = FIXVDMPTR(vpvThis16, THUNK1632OBJ);
pph = pto->pphHolder;
thkAssert(pto->punkThis32 == punkOuter);
RELVDMPTR(vpvThis16);
// Assert that holder exists
thkAssert(pph);
}
else {
thkAssert(pph == NULL);
}
if((thop & THOP_OPMASK) == THOP_UNKOUTER) {
// Aggregation is being carried out
// Assert that interface is only being thunked IN
thkAssert(!(thop & THOP_OUT));
thkAssert(iidx == THI_IUnknown);
// Either find the actual 32-bit identity or generate a
// new 32-bit proxy identity for the 16-bit identity
punkThis32In = pti->pThkMgr->CreateOuter32(vpvIn, &pAggHolder, &dwStatus);
aggHolderNode.pph = pAggHolder;
bUnlinkAggHolder = TRUE;
TlsThkLinkAggHolder(&aggHolderNode);
// We use this pAggHolder for proxies of inner unk(s). Since
// we cannot put it in the proxy table (as it is private
// and we do not want other thunk calls to use it), we put
// it in a linked list in the TLS. The holder gets used by
// calls to FindAggregate() when the pUnkInner is being
// thunked out. The holder is revoked from the list when
// the ThunkInterface call for the pUnkOuter unwinds.
}
else {
// Find/Generate the proxy for the 16-bit interface to be thunked IN
bExtraAddRef = FALSE;
if (
(
(pti->pvfn == (VTBLFN) OleIsCurrentClipboard) &&
(TlsThkGetAppCompatFlags() & OACF_WORKSCLIPOBJ)
)
||
(
(TlsThkGetAppCompatFlags() & OACF_TEXTARTDOBJ) &&
(pti->iidx == THI_IDataAdviseHolder) &&
(iidx == THI_IDataObject) && (pti->dwMethod == 3)
)
){
bExtraAddRef = TRUE;
}
punkThis32In = pti->pThkMgr->FindProxy3216(NULL, vpvIn, pph,
iidx, bExtraAddRef, &dwStatus);
}
if(punkThis32In) {
thkAssert(!((thop & THOP_OPMASK) == THOP_UNKOUTER) ||
(dwStatus == FST_CREATED_NEW) ||
(dwStatus == FST_SHORTCUT));
}
else {
thkDebugOut((DEB_WARN, "WARNING: ThunkInterface1632 - Can't create proxy for %p\n",
vpvIn));
pti->scResult = E_OUTOFMEMORY;
return (DWORD) E_OUTOFMEMORY;
}
}
else {
thkDebugOut((DEB_WARN, "WARNING: ThunkInterface1632 - invalid interface %p\n",
vpvIn));
pti->scResult = E_INVALIDARG;
return (DWORD) E_INVALIDARG;
}
}
else {
// No interface to be thunked IN
punkThis32In = NULL;
}
thkDebugOut((DEB_ARGS, "%sIn1632 %s %p -> %p\n",
NestingLevelString(), IidIdxString(iidx),
vpvIn, punkThis32In));
}
// Check if interface needs to be thunked OUT
if((thop & THOP_OUT) && vpv) {
// Preallocate a proxy for the out parameter
vpvPreAlloc = pti->pThkMgr->CanGetNewProxy1632(iidx);
if(vpvPreAlloc) {
// Assert that no interface is being thunked IN for
// pure OUT parameter case
thkAssert((thop & THOP_IN) || !punkThis32In);
// Use a local variable for OUT parameter
punkThis32Out = punkThis32In;
// Push the OUT/IN-OUT parameter onto the stack
TO_STACK32(pti, &punkThis32Out, IUnknown **);
// Corel Draw 5.0 HACK
// Some apps seem to call through the OUT parameter in the
// nested calls before the following call returns
// Set the temporary proxy's this pointer to point to
// 32-bit out pointer pushed onto the satck
pto = FIXVDMPTR(vpvPreAlloc, THUNK1632OBJ);
pto->punkThis32 = (IUnknown *)&punkThis32Out;
RELVDMPTR(vpvPreAlloc);
// Set the 16-bit OUT parameter to the preallocated proxy
*FIXVDMPTR(vpv, VPVOID) = vpvPreAlloc;
RELVDMPTR(vpv);
}
else {
thkDebugOut((DEB_WARN, "WARNING: ThunkInterface1632 - Cannot preallocate proxy\n"));
pti->scResult = E_OUTOFMEMORY;
dwResult = (DWORD) E_OUTOFMEMORY;
}
}
else
{
// Assert invariant
thkAssert((vpv && punkThis32In) || (!vpv && !punkThis32In));
TO_STACK32(pti, punkThis32In, IUnknown *);
}
if(SUCCEEDED((SCODE)dwResult)) {
// Execute the next THOP operation
dwResult = EXECUTE_THOP1632(pti);
}
if((thop & THOP_OUT) && vpv) {
vpvOut = 0;
if(SUCCEEDED((SCODE)dwResult) && punkThis32Out) {
// Obtain 16-bit proxy for the 32-bit interface
if(punkOuter) {
//Get the holder that was linked into TLS when the pUnkOuter
//was being thunked in.
pAggHolder = (TlsThkGetAggHolder())->pph;
vpvOut = pti->pThkMgr->FindAggregate1632(vpvPreAlloc, punkOuter,
punkThis32Out, iidx, pAggHolder,
&dwStatus);
}
else {
vpvOut = pti->pThkMgr->FindProxy1632(vpvPreAlloc, punkThis32Out,
NULL, iidx, &dwStatus);
}
if(vpvOut) {
if((thop & THOP_OPMASK) == THOP_UNKINNER) {
if (dwStatus != FST_SHORTCUT) {
THUNK1632OBJ UNALIGNED *pProxy1632;
// Obtain the holder
pProxy1632 = FIXVDMPTR(vpvOut, THUNK1632OBJ);
pph = pProxy1632->pphHolder;
// Assert invariants in debug builds
thkAssert(pph->dwFlags & PH_AGGREGATEE);
thkAssert(dwStatus == FST_CREATED_NEW);
// Mark the proxy as representing inner unknown
pProxy1632->grfFlags = PROXYFLAG_PUNKINNER;
}
}
// Either the preallocated proxy was used and freed
vpvPreAlloc = NULL;
}
else {
pti->scResult = E_OUTOFMEMORY;
dwResult = (DWORD)E_OUTOFMEMORY;
}
// Release the actual 32-bit interface. If a proxy to the
// 32-bit interface could not be created above, this could
// be the last release on the 32-bit interface
punkThis32Out->Release();
}
// Set the OUT parameter
pvpvOut = FIXVDMPTR(vpv, VPVOID);
*pvpvOut = vpvOut;
RELVDMPTR(vpv);
thkDebugOut((DEB_ARGS, "%sOut1632 %s %p -> %p\n",
NestingLevelString(), IidIdxString(iidx),
punkThis32Out, vpvOut));
}
if(punkThis32In) {
if((thop & THOP_INOUT) == THOP_INOUT) {
// IN-OUT parameter.
thkAssert(vpvIn);
// Release the 16-bit side interface
ReleaseOnObj16(vpvIn);
}
else {
// Just an IN parameter
thkAssert(thop & THOP_IN);
#if DBG==1
// Ensure that the following is not the last release
// on the IN parameter
THKSTATE thkstate;
// Remember the current thunk state
thkstate = pti->pThkMgr->GetThkState();
// Set the thunk state to THKSTATE_VERIFYINPARAM
pti->pThkMgr->SetThkState(THKSTATE_VERIFY16INPARAM);
#endif
// Release the 32-bit side interface
punkThis32In->Release();
#if DBG==1
// Restore previous thunk state
pti->pThkMgr->SetThkState(thkstate);
#endif
}
}
// Cleanup
if(vpvPreAlloc) {
// Free preallocated proxy as it was not used
pti->pThkMgr->FreeNewProxy1632(vpvPreAlloc, iidx);
}
if (bUnlinkAggHolder)
TlsThkUnlinkAggHolder();
return dwResult;
}
//+---------------------------------------------------------------------------
//
// Function: Thop_IFACEGEN_1632, public
//
// Synopsis: Thunks interfaces out through ppvs from 16->32
//
// Arguments: [pti] - Thunk state information
//
// Returns: Appropriate status code
//
// History: 23-Feb-94 DrewB Created
//
//----------------------------------------------------------------------------
DWORD Thop_IFACEGEN_1632(THUNKINFO *pti)
{
IIDIDX iidx;
THOP thop, thopOp, thopWeakOffset;
VPVOID vpvIid;
IUnknown *punkOuter;
IID UNALIGNED const *piid;
thop = *pti->pThop++;
thopOp = thop & THOP_OPMASK;
thkAssert(thopOp == THOP_IFACEGEN ||
thopOp == THOP_IFACEGENOWNER);
// The current thop byte indicates how many bytes to look
// back in the stack to find the IID which identifies the
// interface being returned
INDEX_STACK16(pti, vpvIid, VPVOID, *pti->pThop, sizeof(VPVOID));
pti->pThop++;
piid = (IID const *)GetReadPtr16(pti, vpvIid, sizeof(IID const));
if (piid == NULL)
{
pti->scResult = E_INVALIDARG;
}
else
{
#if DBG == 1
if (!IsValidIid(*piid))
{
pti->scResult = E_INVALIDARG;
}
else
#endif
{
iidx = IidToIidIdx(*piid);
}
WOWRELVDMPTR(vpvIid);
}
if (FAILED(pti->scResult))
return pti->scResult;
punkOuter = NULL;
if (thopOp == THOP_IFACEGENOWNER)
{
// Obtain the outer unknown that is being passed to the 32 bit world
thopWeakOffset = *pti->pThop++;
INDEX_STACK32(pti, punkOuter, IUnknown *, thopWeakOffset);
if(punkOuter) {
// Aggregation across 16-32 boundary
// Assert that the IID requested is IID_IUnknown
thkAssert(iidx == THI_IUnknown ||
(pti->iidx==THI_IPSFactoryBuffer && pti->dwMethod==3));
// Change thop to indicate that inner unknown is being thunked
if(iidx == THI_IUnknown)
thop = (thop & THOP_IOMASK) | THOP_UNKINNER;
}
}
return ThunkInterface1632(pti, iidx, thop, punkOuter);
}
//+---------------------------------------------------------------------------
//
// Function: Thop_OIFI_1632, public
//
// Synopsis: Convert OLEINPLACEFRAMEINFO
//
// Arguments: [pti] - Thunking state information
//
// Returns: Appropriate status code
//
// History: 26-May-94 DrewB Created
//
//----------------------------------------------------------------------------
DWORD Thop_OIFI_1632( THUNKINFO *pti )
{
DWORD dwResult;
VPVOID vpoifi16;
OIFI16 UNALIGNED *poifi16;
OLEINPLACEFRAMEINFO oifi32;
OLEINPLACEFRAMEINFO *poifi32;
thkAssert((*pti->pThop & THOP_OPMASK) == THOP_OIFI);
thkAssert((*pti->pThop & THOP_IOMASK) == THOP_OUT);
// OIFIs are out-only parameters for their contents
// However, cb is in/out, so we need to copy cb on the way in
// Furthermore, cb may not be set to a valid value, in which
// case the documentation mentions that it should be assumed
// that this is an OLE 2.0 OIFI
// This thop simply ignores cb on the way in and always sets
// it to the OLE 2.0 size
// Since we're out-only, this always works since the number of
// fields we thunk is the size of the structure that we give out
// If OLEINPLACEFRAMEINFO is extended, this thop will break
// Assert that OLEINPLACEFRAMEINFO is what we expect it to be
thkAssert(sizeof(OLEINPLACEFRAMEINFO) == 20);
GET_STACK16(pti, vpoifi16, VPVOID);
poifi32 = NULL;
if (vpoifi16 != 0)
{
poifi16 = (OIFI16 UNALIGNED *) GetWritePtr16(pti, vpoifi16, sizeof(OIFI16));
if (NULL != poifi16)
{
poifi32 = &oifi32;
// OIFI's may be an out only parameters but if the "cb" field is
// "in" RPC doesn't slice up structs, so the whole thing is "in"
// as well. We are Thoping here but if we want this to match
// the RPC sematics then we need to copy all the fields.
poifi32 = &oifi32;
poifi32->cb = sizeof(OLEINPLACEFRAMEINFO);
poifi32->fMDIApp = (BOOL)poifi16->fMDIApp;
poifi32->hwndFrame = HWND_32(poifi16->hwndFrame);
poifi32->cAccelEntries = (UINT)poifi16->cAccelEntries;
if (poifi16->haccel == NULL)
{
poifi32->haccel = NULL;
}
else
{
// WOW will clean up any dangling accelerator tables when
// tasks die
poifi32->haccel = HACCEL_32(poifi16->haccel);
if (poifi32->haccel == NULL)
{
dwResult = (DWORD)E_UNEXPECTED;
}
}
WOWRELVDMPTR(vpoifi16);
}
}
TO_STACK32(pti, poifi32, OLEINPLACEFRAMEINFO *);
pti->pThop++;
dwResult = EXECUTE_THOP1632(pti);
if (poifi32 != NULL)
{
poifi16 = FIXVDMPTR(vpoifi16, OIFI16);
if (SUCCEEDED(dwResult))
{
poifi16->cb = sizeof(OIFI16);
poifi16->fMDIApp = (WORD)poifi32->fMDIApp;
poifi16->hwndFrame = HWND_16(poifi32->hwndFrame);
poifi16->cAccelEntries =
ClampULongToUShort(poifi32->cAccelEntries);
if (poifi32->haccel == NULL)
{
poifi16->haccel = NULL;
}
else
{
// WOW will clean up any dangling accelerator tables when
// tasks die
poifi16->haccel = HACCEL_16(poifi32->haccel);
if (poifi16->haccel == NULL)
{
dwResult = (DWORD)E_UNEXPECTED;
}
}
#if DBG == 1
if (SUCCEEDED(dwResult))
{
thkDebugOut((DEB_ARGS, "Out1632 OIFI: "
"%p {%d, %d, 0x%p, 0x%p, %d} -> "
"%p {%d, %d, 0x%04X, 0x%04X, %d}\n",
poifi32, poifi32->cb, poifi32->fMDIApp,
poifi32->hwndFrame, poifi32->haccel,
poifi32->cAccelEntries,
vpoifi16, poifi16->cb, (BOOL)poifi16->fMDIApp,
(DWORD)poifi16->hwndFrame, (DWORD)poifi16->haccel,
poifi16->cAccelEntries));
}
#endif
}
if (FAILED(dwResult))
{
memset(poifi16, 0, sizeof(OIFI16));
}
RELVDMPTR(vpoifi16);
}
return dwResult;
}
//+---------------------------------------------------------------------------
//
// Function: Thop_STGMEDIUM_1632, public
//
// Synopsis: Converts 32-bit STGMEDIUM to 16-bit STGMEDIUM returned
// structure
//
// Arguments: [pti] - Thunk state information
//
// Returns: Appropriate status code
//
// History: 23-Feb-94 BobDay Created
//
//----------------------------------------------------------------------------
DWORD Thop_STGMEDIUM_1632( THUNKINFO *pti )
{
DWORD dwResult;
BOOL fThopInput;
BOOL fThopOutput;
VPVOID vpstgmedium16;
STGMEDIUM UNALIGNED *lpstgmedium16;
STGMEDIUM *lpstgmedium32;
STGMEDIUM stgmedium32;
DWORD dwSize;
SCODE sc;
BOOL fReleaseParam;
SHORT fTransferOwnership;
FORMATETC *pfe;
THOP thopFeOffset;
BOOL fReversedTYMED_NULL = FALSE;
thkAssert((*pti->pThop & THOP_OPMASK) == THOP_STGMEDIUM);
fThopInput = IS_THOP_IN(pti);
fThopOutput = IS_THOP_OUT(pti);
//
// We currently don't have any unmodified or inout thops for STGMEDIUMs
//
thkAssert( (fThopInput || fThopOutput) &&
(fThopInput != fThopOutput) &&
"STGMEDIUM must be input or output only" );
// +2 thop byte indicates whether there's a FORMATETC to look at
// or not
// We need to reference this now before the stack is modified
// by argument recovery
thopFeOffset = *(pti->pThop+2);
if (thopFeOffset > 0)
{
INDEX_STACK32(pti, pfe, FORMATETC *, thopFeOffset);
}
else
{
pfe = NULL;
}
GET_STACK16(pti, vpstgmedium16, VPVOID);
// Next thop byte indicates whether there's an ownership transfer
// argument or not
pti->pThop++;
fReleaseParam = (BOOL)*pti->pThop++;
if (fReleaseParam)
{
GET_STACK16(pti, fTransferOwnership, SHORT);
}
else
{
fTransferOwnership = FALSE;
}
// Skip FORMATETC offset thop
pti->pThop++;
lpstgmedium32 = NULL;
if ( vpstgmedium16 != 0 )
{
if ( fThopInput )
{
// This code supports GetDataHere() passing TYMED_NULL. It then
// behaves like GetData(). This is not per the OLE spec.
// According to every OLE spec TYMED_NULL is an invalid type in
// GetDataHere(). But AlexGo says that 16bit inproc servers
// did support this, especially the Default Handler / Clipboard.
lpstgmedium16 = (STGMEDIUM FAR *)GetReadPtr16(pti, vpstgmedium16,
sizeof(STGMEDIUM));
thkAssert(lpstgmedium16);
// To fix a prefix bug... vpstgmedium should never be invalid, but
// if it is, we'll get back NULL, so we'll return E_UNEXPECTED.
if (lpstgmedium16)
{
if (lpstgmedium16->tymed == TYMED_NULL &&
!fTransferOwnership)
{
WOWRELVDMPTR(vpstgmedium16);
memset(&stgmedium32, 0, sizeof(stgmedium32));
thkAssert( TYMED_NULL == 0 ); // Don't need to set tymed to 0
fThopInput = FALSE;
fThopOutput = TRUE;
fReversedTYMED_NULL = TRUE;
}
else
{
WOWRELVDMPTR(vpstgmedium16);
sc = ConvertStgMed1632(pti, vpstgmedium16, &stgmedium32,
pfe, fTransferOwnership, &dwSize);
if (SUCCEEDED(sc))
{
lpstgmedium32 = &stgmedium32;
}
}
}
else
{
return E_UNEXPECTED;
}
}
if ( fThopOutput )
{
thkAssert( fThopOutput );
lpstgmedium16 = (STGMEDIUM FAR *)GetWritePtr16(pti, vpstgmedium16,
sizeof(STGMEDIUM));
if ( lpstgmedium16 != NULL )
{
lpstgmedium32 = &stgmedium32;
WOWRELVDMPTR(vpstgmedium16);
}
// 32->16 sets tymed to TYMED_NULL before passing
// on the STGMEDIUM because some apps incorrectly check for this
// I'm assuming this isn't necessary for 16->32 because 32-bit
// apps can't rely on tymed being NULL since nothing in the 32-bit
// code sets it that way for out parameters
// DrewB 5/30
}
}
TO_STACK32(pti, lpstgmedium32, STGMEDIUM FAR *);
if (fReleaseParam)
{
TO_STACK32(pti, (BOOL)fTransferOwnership, BOOL);
}
dwResult = EXECUTE_THOP1632(pti);
if ( lpstgmedium32 != NULL)
{
if ( fThopInput )
{
if (!fTransferOwnership || FAILED(dwResult))
{
sc = CleanStgMed32(pti, lpstgmedium32, vpstgmedium16,
dwSize, TRUE, pfe);
if (FAILED(sc))
{
dwResult = (DWORD)sc;
}
}
else if (SUCCEEDED(dwResult))
{
lpstgmedium16 = FIXVDMPTR(vpstgmedium16, STGMEDIUM);
if (lpstgmedium16->pUnkForRelease == NULL)
{
RELVDMPTR(vpstgmedium16);
sc = CleanStgMed16(pti, vpstgmedium16, lpstgmedium32,
0, FALSE, pfe);
thkAssert(SUCCEEDED(sc));
}
else
{
RELVDMPTR(vpstgmedium16);
}
}
}
else
{
thkAssert( fThopOutput );
if (SUCCEEDED(dwResult))
{
sc = ConvertStgMed3216(pti, lpstgmedium32, vpstgmedium16,
pfe, FALSE, &dwSize);
if (FAILED(sc))
{
dwResult = (DWORD)sc;
ReleaseStgMedium(lpstgmedium32);
}
else if (lpstgmedium32->pUnkForRelease == NULL)
{
sc = CleanStgMed32(pti, lpstgmedium32, vpstgmedium16,
dwSize, FALSE, pfe);
thkAssert(SUCCEEDED(sc));
}
}
// Clear the [out] parameters if the call failed.
// Unless it had previously been an [in] parameter.
// We don't want to erase the caller's [in] argument.
if (FAILED(dwResult) && !fReversedTYMED_NULL)
{
lpstgmedium16 = FIXVDMPTR(vpstgmedium16, STGMEDIUM);
memset(lpstgmedium16, 0, sizeof(STGMEDIUM));
RELVDMPTR(vpstgmedium16);
}
}
}
return dwResult;
}
//+---------------------------------------------------------------------------
//
// Function: ConvertStatStg3216, public
//
// Synopsis: Converts a STATSTG
//
// Arguments: [pti] - Thunk info
// [pss32] - STATSTG
// [vpss16] - STATSTG
// [vpstrPreAlloc] - Preallocated string memory or NULL
// [cchPreAlloc] - Amount preallocated
//
// Returns: Appropriate status code
//
// Modifies: [vpss16]
//
// History: 14-May-94 DrewB Created
//
// Notes: Assumes input STATSTG memory is valid
// Assumes task memory for the string
//
//----------------------------------------------------------------------------
SCODE ConvertStatStg3216(THUNKINFO *pti,
STATSTG *pss32,
VPVOID vpss16,
VPSTR vpstrPreAlloc,
UINT cchPreAlloc)
{
STATSTG UNALIGNED *pss16;
SCODE sc;
VPSTR vpstr16;
sc = ConvertTaskString3216(pti, pss32->pwcsName,
vpstrPreAlloc, cchPreAlloc,
&vpstr16);
if (SUCCEEDED(sc))
{
pss16 = FIXVDMPTR(vpss16, STATSTG);
memcpy(pss16, pss32, sizeof(STATSTG));
pss16->pwcsName = (LPOLESTR)vpstr16;
RELVDMPTR(vpss16);
}
return sc;
}
//+---------------------------------------------------------------------------
//
// Function: Thop_STATSTG_1632, public
//
// Synopsis: Converts 32-bit STATSTG to 16-bit STATSTG returned structure
//
// Arguments: [pti] - Thunk state information
//
// Returns: Appropriate status code
//
// History: 23-Feb-94 BobDay Created
//
//----------------------------------------------------------------------------
DWORD Thop_STATSTG_1632( THUNKINFO *pti )
{
DWORD dwResult;
VPVOID vpstatstg16;
STATSTG UNALIGNED *lpstatstg16;
VPSTR vpstr;
STATSTG statstg32;
STATSTG *lpstatstg32;
thkAssert((*pti->pThop & THOP_OPMASK) == THOP_STATSTG);
//
// We currently don't have any input thops for STATSTGs
//
thkAssert( (*pti->pThop & THOP_IOMASK) == THOP_OUT &&
"STATSTG must be output only" );
GET_STACK16(pti, vpstatstg16, VPVOID);
lpstatstg32 = NULL;
lpstatstg16 = (STATSTG FAR *)GetWritePtr16( pti, vpstatstg16,
sizeof(STATSTG) );
if ( lpstatstg16 != NULL )
{
statstg32.pwcsName = NULL;
lpstatstg32 = &statstg32;
vpstr = (VPSTR)TaskMalloc16(CBSTRINGPREALLOC);
if (vpstr == 0)
{
pti->scResult = E_OUTOFMEMORY;
}
WOWRELVDMPTR(vpstatstg16);
}
TO_STACK32(pti, lpstatstg32, STATSTG FAR *);
pti->pThop++;
dwResult = EXECUTE_THOP1632(pti);
if ( lpstatstg32 != NULL )
{
if ( SUCCEEDED(dwResult) )
{
SCODE sc;
sc = ConvertStatStg3216(pti, &statstg32, vpstatstg16,
vpstr, CWCSTRINGPREALLOC);
if (FAILED(sc))
{
dwResult = sc;
}
}
if (FAILED(dwResult))
{
TaskFree16(vpstr);
lpstatstg16 = FIXVDMPTR(vpstatstg16, STATSTG);
memset(lpstatstg16, 0, sizeof(STATSTG));
RELVDMPTR(vpstatstg16);
}
}
return dwResult;
}
//+---------------------------------------------------------------------------
//
// Function: Thop_DVTARGETDEVICE_1632, public
//
// Synopsis: Converts 16-bit DVTARGETDEVICE to 32-bit DVTARGETDEVICE
//
// Arguments: [pti] - Thunk state information
//
// Returns: Appropriate status code
//
// History: 23-Feb-94 BobDay Created
//
//----------------------------------------------------------------------------
DWORD Thop_DVTARGETDEVICE_1632( THUNKINFO *pti )
{
DWORD dwResult;
UINT uiSize;
DVTARGETDEVICE *lpdv32;
VPVOID vpdv16;
SCODE sc;
thkAssert((*pti->pThop & THOP_OPMASK) == THOP_DVTARGETDEVICE);
//
// We currently don't have any output thops for DVTARGETDEVICEs
//
thkAssert( (*pti->pThop & THOP_IOMASK) == THOP_IN &&
"DVTARGETDEVICE must be input only" );
//
// Processing for a DVTARGETDEVICE FAR * as input
//
GET_STACK16(pti, vpdv16, VPVOID);
lpdv32 = NULL;
if ( vpdv16 != 0 )
{
sc = ConvertDvtd1632(pti, vpdv16, ArStack32, FrStack32, &lpdv32,
&uiSize);
if (FAILED(sc))
{
pti->scResult = sc;
}
}
TO_STACK32(pti, lpdv32, DVTARGETDEVICE FAR *);
pti->pThop++;
dwResult = EXECUTE_THOP1632(pti);
if (lpdv32 != NULL)
{
FrStack32(lpdv32, uiSize);
}
return dwResult;
}
//+---------------------------------------------------------------------------
//
// Function: Thop_FORMATETC_1632, public
//
// Synopsis: Converts 16-bit FORMATETC to 32-bit FORMATETC and back
//
// Arguments: [pti] - Thunk state information
//
// Returns: Appropriate status code
//
// History: 24-Feb-94 BobDay Created
//
//----------------------------------------------------------------------------
DWORD Thop_FORMATETC_1632( THUNKINFO *pti )
{
DWORD dwResult;
BOOL fThopInput;
BOOL fThopOutput;
VPVOID vpformatetc16;
FORMATETC16 UNALIGNED *lpformatetc16;
LPFORMATETC lpformatetc32;
FORMATETC formatetc32;
DVTARGETDEVICE *lpdv32;
SCODE sc;
thkAssert((*pti->pThop & THOP_OPMASK) == THOP_FORMATETC);
fThopInput = IS_THOP_IN(pti);
fThopOutput = IS_THOP_OUT(pti);
//
// We have only input and output thops, not both, or neither
//
thkAssert( (fThopInput || fThopOutput) &&
(fThopInput != fThopOutput) &&
"formatetc must be input or output only" );
lpdv32 = NULL;
GET_STACK16(pti, vpformatetc16, VPVOID);
if ( vpformatetc16 == 0 )
{
lpformatetc32 = NULL;
}
else
{
lpformatetc32 = &formatetc32;
if ( fThopInput )
{
sc = ConvertFetc1632(pti, vpformatetc16, lpformatetc32, FALSE);
if (FAILED(sc))
{
pti->scResult = sc;
}
}
else
{
thkAssert( fThopOutput );
//
// The below memset is needed at least for the DATA_S_SAMEFORMATETC
// case. This allows it to be cleaned up because all its pointers
// will be null.
//
memset( &formatetc32, 0, sizeof(formatetc32) );
lpformatetc16 = (LPFORMATETC16)GetWritePtr16(pti, vpformatetc16,
sizeof(FORMATETC16));
WOWRELVDMPTR(vpformatetc16);
}
}
TO_STACK32(pti, lpformatetc32, LPFORMATETC);
pti->pThop++;
dwResult = EXECUTE_THOP1632(pti);
if ( fThopInput )
{
if (lpformatetc32 != NULL && lpformatetc32->ptd != NULL)
{
TaskFree32(lpformatetc32->ptd);
}
}
if ( fThopOutput && vpformatetc16 != NULL)
{
if (SUCCEEDED(dwResult))
{
sc = ConvertFetc3216(pti, lpformatetc32, vpformatetc16, TRUE);
if (FAILED(sc))
{
dwResult = sc;
}
}
if (FAILED(dwResult))
{
lpformatetc16 = FIXVDMPTR(vpformatetc16, FORMATETC16);
memset(lpformatetc16, 0, sizeof(FORMATETC16));
RELVDMPTR(vpformatetc16);
}
}
return dwResult;
}
//+---------------------------------------------------------------------------
//
// Function: Thop_LOGPALETTE_1632, public
//
// Synopsis: Converts 16-bit LOGPALLETE to 32-bit LOGPALETTE
// and converts 32-bit LOGPALETTE returned to 16-bit structure
//
// Arguments: [pti] - Thunk state information
//
// Returns: Appropriate status code
//
// History: 23-Feb-94 BobDay Created
//
//----------------------------------------------------------------------------
DWORD Thop_LOGPALETTE_1632 ( THUNKINFO *pti )
{
DWORD dwResult;
UINT uiSize;
LPLOGPALETTE lplogpal32;
VPVOID vplogpal16;
LOGPALETTE UNALIGNED *lplogpal16;
VPVOID vp16;
LPVOID UNALIGNED *lp16;
thkAssert((*pti->pThop & THOP_OPMASK) == THOP_LOGPALETTE);
//
// It must be either an input or output LOGPALETTE
//
thkAssert( ((*pti->pThop & THOP_IOMASK) == THOP_IN ||
(*pti->pThop & THOP_IOMASK) == THOP_OUT) &&
"Hey, LOGPALETTE can't be input and output!" );
lplogpal32 = NULL;
if ( (*pti->pThop & THOP_IN) != 0 )
{
//
// Processing for a LPLOGPALETTE as input
//
GET_STACK16(pti, vplogpal16, VPVOID);
if ( vplogpal16 != 0 )
{
// Copy over the input LOGPALETTE structure
lplogpal16 = (LPLOGPALETTE)GetReadPtr16( pti, vplogpal16,
sizeof(LOGPALETTE) );
if ( lplogpal16 != NULL )
{
uiSize = CBPALETTE(lplogpal16->palNumEntries);
WOWRELVDMPTR(vplogpal16);
lplogpal16 = (LPLOGPALETTE)GetReadPtr16(pti, vplogpal16,
uiSize);
if ( lplogpal16 != NULL )
{
lplogpal32 = (LPLOGPALETTE)CoTaskMemAlloc(uiSize);
if ( lplogpal32 == NULL )
{
pti->scResult = E_OUTOFMEMORY;
}
else
{
memcpy( lplogpal32, lplogpal16, uiSize );
}
WOWRELVDMPTR(vplogpal16);
}
}
}
TO_STACK32(pti, lplogpal32, LPLOGPALETTE);
pti->pThop++;
dwResult = EXECUTE_THOP1632(pti);
if ( lplogpal32 )
{
CoTaskMemFree( lplogpal32 );
}
}
else
{
//
// Processing for LPLPLOGPALETTE as output
//
thkAssert((*pti->pThop & THOP_OUT) != 0);
GET_STACK16(pti, vp16, VPVOID);
vplogpal16 = (VPVOID)TaskMalloc16(CBPALETTE(NPALETTEPREALLOC));
if (vplogpal16 == 0)
{
pti->scResult = E_OUTOFMEMORY;
}
TO_STACK32(pti, &lplogpal32, LPLOGPALETTE *);
pti->pThop++;
dwResult = EXECUTE_THOP1632(pti);
if ( SUCCEEDED(dwResult) && lplogpal32 != NULL )
{
//
// Copy the returned LOGPALETTE into 16-bit memory
//
uiSize = CBPALETTE(lplogpal32->palNumEntries);
if (uiSize > CBPALETTE(NPALETTEPREALLOC))
{
TaskFree16(vplogpal16);
vplogpal16 = (VPVOID)TaskMalloc16(uiSize);
if ( vplogpal16 == 0 )
{
dwResult = (DWORD)E_OUTOFMEMORY;
}
}
if (vplogpal16 != 0)
{
lplogpal16 = (LPLOGPALETTE)WOWFIXVDMPTR(vplogpal16, uiSize);
if ( lplogpal16 == NULL )
{
dwResult = (DWORD)E_UNEXPECTED;
vplogpal16 = 0;
}
else
{
memcpy( lplogpal16, lplogpal32, uiSize );
WOWRELVDMPTR(vplogpal16);
}
}
TaskFree32( lplogpal32 );
}
else
{
TaskFree16(vplogpal16);
vplogpal16 = 0;
}
//
// Update the value pointed to by the parameter on the 16-bit stack
//
lp16 = FIXVDMPTR(vp16, LPVOID);
if ( lp16 == NULL )
{
dwResult = (DWORD)E_UNEXPECTED;
}
else
{
*lp16 = (LPVOID)vplogpal16;
RELVDMPTR(vp16);
}
}
return dwResult;
}
//+---------------------------------------------------------------------------
//
// Function: Thop_CRGIID_1632, public
//
// Synopsis: Converts 16-bit CRGIID to 32-bit CRGIID structure
//
// Arguments: [pti] - Thunk state information
//
// Returns: Appropriate status code
//
// History: 23-Feb-94 BobDay Created
//
//----------------------------------------------------------------------------
DWORD Thop_CRGIID_1632( THUNKINFO *pti )
{
DWORD dwResult;
DWORD dwCount;
VPVOID vpiid16;
IID UNALIGNED *lpiid16;
IID *lpiid32;
thkAssert((*pti->pThop & THOP_OPMASK) == THOP_CRGIID);
//
// We currently don't have any output thops for CRGIIDs
//
thkAssert( (*pti->pThop & THOP_IOMASK) == 0 &&
"CRGIID must be unmodified only" );
GET_STACK16(pti, dwCount, DWORD);
GET_STACK16(pti, vpiid16, VPVOID);
lpiid32 = NULL;
if ( vpiid16 != 0 )
{
lpiid16 = (IID UNALIGNED *)GetReadPtr16( pti, vpiid16,
dwCount*sizeof(IID) );
if ( lpiid16 != NULL )
{
lpiid32 = (IID FAR *)CoTaskMemAlloc( dwCount * sizeof(IID) );
if ( lpiid32 == NULL )
{
pti->scResult = E_OUTOFMEMORY;
}
else
{
memcpy( lpiid32, lpiid16, dwCount*sizeof(IID) );
}
WOWRELVDMPTR(vpiid16);
}
}
TO_STACK32(pti, dwCount, DWORD);
TO_STACK32(pti, lpiid32, IID FAR *);
pti->pThop++;
dwResult = EXECUTE_THOP1632(pti);
if ( lpiid32 != NULL )
{
CoTaskMemFree( lpiid32 );
}
return( dwResult );
}
//+---------------------------------------------------------------------------
//
// Function: Thop_INTERFACEINFO_1632, public
//
// Synopsis: Converts an INTERFACEINFO
//
// Arguments: [pti] - Thunking state information
//
// Returns: Appropriate status code
//
// History: 19-May-94 DrewB Created
//
//----------------------------------------------------------------------------
DWORD Thop_INTERFACEINFO_1632(THUNKINFO *pti)
{
INTERFACEINFO *pii32;
INTERFACEINFO ii32;
INTERFACEINFO16 UNALIGNED *pii16;
VPVOID vpii16;
DWORD dwResult;
IUnknown *punk32;
VPVOID vpvUnk16;
thkAssert((*pti->pThop & THOP_OPMASK) == THOP_INTERFACEINFO);
thkAssert((*pti->pThop & THOP_INOUT) == THOP_IN);
pii32 = NULL;
punk32 = NULL;
GET_STACK16(pti, vpii16, VPVOID);
if (vpii16 != 0)
{
pii16 = (INTERFACEINFO16 UNALIGNED *)
GetReadPtr16(pti, vpii16, sizeof(INTERFACEINFO16));
if (pii16 != NULL)
{
if (pii16->pUnk != NULL)
{
vpvUnk16 = pii16->pUnk;
WOWRELVDMPTR(vpii16);
punk32 =
pti->pThkMgr->FindProxy3216(NULL, vpvUnk16, NULL,
INDEX_IIDIDX(THI_IUnknown),
FALSE, NULL);
if (punk32 == NULL)
{
pti->scResult = E_OUTOFMEMORY;
}
pii16 = FIXVDMPTR(vpii16, INTERFACEINFO16);
}
pii32 = &ii32;
pii32->pUnk = punk32;
pii32->iid = pii16->iid;
pii32->wMethod = pii16->wMethod;
WOWRELVDMPTR(vpii16);
thkDebugOut((DEB_ARGS,
"In1632 INTERFACEINFO: %p -> %p {%p (%p), %s, %u}\n",
vpii16, pii32, pii32->pUnk, pii16->pUnk,
IidOrInterfaceString(&pii32->iid), pii32->wMethod));
}
}
TO_STACK32(pti, pii32, INTERFACEINFO *);
pti->pThop++;
dwResult = EXECUTE_THOP1632(pti);
if(punk32) {
// Release the 32-bit interface as it is an IN parameter
punk32->Release();
}
return dwResult;
}
//+---------------------------------------------------------------------------
//
// Function: Thop_RETURNTYPE_1632, public
//
// Synopsis: Thunks the return value of a call
//
// Arguments: [pti] - Thunk state information
//
// Returns: Appropriate status code
//
// History: 24-Feb-94 DrewB Created
//
// Notes: This thunk assumes that the return value will always fit
// in 32 bits and that the thops for it are only one thop
// long. This fits the existing APIs and methods
//
//----------------------------------------------------------------------------
DWORD Thop_RETURNTYPE_1632(THUNKINFO *pti)
{
THOP thops[2];
DWORD dwResult;
ALIAS alias;
VPVOID vpvPreAlloc = NULL;
IIDIDX iidx;
thkAssert((*pti->pThop & THOP_OPMASK) == THOP_RETURNTYPE);
thkAssert((*pti->pThop & THOP_IOMASK) == 0);
pti->fResultThunked = TRUE;
pti->pThop++;
// Remember return type thop
thops[0] = *pti->pThop++;
if ((thops[0] & THOP_OPMASK) == THOP_COPY ||
(thops[0] & THOP_OPMASK) == THOP_IFACE ||
(thops[0] & THOP_OPMASK) == THOP_ALIAS32)
{
thops[1] = *pti->pThop++;
}
// Preallocate any necessary resources
switch(thops[0])
{
case THOP_IFACE | THOP_IN:
iidx = INDEX_IIDIDX(thops[1]);
if ((vpvPreAlloc =
pti->pThkMgr->CanGetNewProxy1632(iidx)) == NULL)
{
pti->scResult = E_OUTOFMEMORY;
}
break;
case THOP_ALIAS32:
thkAssert(thops[1] == ALIAS_CREATE);
// The value used for preallocation doesn't really matter
// as long as it's unique and not INVALID_VALUE
// In our case we know that we won't have to deal with nested
// preallocations so uniqueness is not as much of an issue
// By using INVALID_HANDLE_VALUE, we can be sure that there
// won't already be an entry with that value already in the
// alias table since we're aliasing handles
alias = gAliases32.AddValue((DWORD)INVALID_HANDLE_VALUE);
if (alias == INVALID_ALIAS)
{
pti->scResult = E_OUTOFMEMORY;
}
break;
}
dwResult = EXECUTE_THOP1632(pti);
// Now that we have the return value thunk it from 32->16
// We must use pti->scResult to check for failure rather than
// dwResult because dwResult may not be an SCODE
switch(thops[0])
{
case THOP_COPY:
// Only handle DWORD copies
thkAssert(thops[1] == sizeof(DWORD));
break;
case THOP_SHORTLONG:
// For boolean results, not necessary to clamp
dwResult = (DWORD)(SHORT)*(LONG *)&dwResult;
break;
case THOP_IFACE | THOP_IN:
// Thunking an interface as a return value is completly broken
// First, such an interface needs to be thunked as an OUT parameter
// which I am fixing below. Second, the IID of the interface being
// thunked needs to be in the THOP string for proper thunking of
// interface. The only known case where an interface is returned
// is IRpcStubBuffer::IsIIDSupported() and the interface returned
// is of type IRpcStubBuffer, not IUnknown. As this method is not
// used in the curremt COM code, I am not changing THOP strings
// to reflect the IID of the interface being thunked
// Gopalk Mar 27, 97
if (dwResult != 0)
{
if (FAILED(pti->scResult))
{
dwResult = 0;
}
else
{
IUnknown *punk = (IUnknown *) dwResult;
dwResult =
(DWORD)pti->pThkMgr->FindProxy1632(vpvPreAlloc,
(IUnknown *)dwResult, NULL,
iidx, NULL);
// Release actual interface as it is an OUT parameter
// This could be the last release on the interface if the
// above call failed;
punk->Release();
thkAssert(dwResult);
thkDebugOut((DEB_ARGS, "Ret1632 %s %p\n",
inInterfaceNames[thops[1]].pszInterface,
dwResult));
}
}
else
{
pti->pThkMgr->FreeNewProxy1632(vpvPreAlloc, iidx);
}
break;
case THOP_ALIAS32:
if (dwResult != 0)
{
if (FAILED(pti->scResult))
{
dwResult = 0;
}
else
{
gAliases32.SetValue(alias, dwResult);
thkDebugOut((DEB_ARGS, "Ret1632 ALIAS32: 0x%08lX -> 0x%04lX\n",
dwResult, alias));
dwResult = (DWORD)alias;
}
}
break;
default:
thkAssert(!"Unhandled 1632 return type");
break;
}
return dwResult;
}
//+---------------------------------------------------------------------------
//
// Function: Thop_IFACE_1632, public
//
// Synopsis: Thunks a known interface pointer
//
// Arguments: [pti] - Thunk state information
//
// Returns: Appropriate status code
//
// History: 24-Feb-94 DrewB Created
//
//----------------------------------------------------------------------------
DWORD Thop_IFACE_1632(THUNKINFO *pti)
{
IIDIDX iidx;
THOP thop, thopOp, thopWeakOffset;
IUnknown *punkOuter;
thop = *pti->pThop++;
thopOp = thop & THOP_OPMASK;
thkAssert( thopOp == THOP_IFACE
|| thopOp == THOP_IFACEOWNER
|| thopOp == THOP_IFACENOADDREF
|| thopOp == THOP_UNKOUTER);
iidx = INDEX_IIDIDX(*pti->pThop++);
// There's a bit of a special case here in that IMalloc is
// not thunked so it doesn't have a real index but it's used
// in thop strings so it has a fake index to function as a placeholder
// The fake index is THI_COUNT so allow that in the assert
thkAssert(IIDIDX_INDEX(iidx) >= 0 && IIDIDX_INDEX(iidx) <= THI_COUNT);
thkAssert(thopOp != THOP_UNKOUTER || iidx == THI_IUnknown);
punkOuter = NULL;
if ( thopOp == THOP_IFACEOWNER
|| thopOp == THOP_IFACENOADDREF)
{
thopWeakOffset = *pti->pThop++;
INDEX_STACK32(pti, punkOuter, IUnknown *, thopWeakOffset);
if(punkOuter && (thopOp==THOP_IFACEOWNER)) {
// Aggregation across 16-32 boundary
// Assert invariants
thkAssert(iidx == THI_IRpcProxyBuffer || iidx == THI_IRpcProxy);
// Change thop to indicate that inner unknown is being thunked
thop = (thop & THOP_IOMASK) | THOP_UNKINNER;
}
}
return ThunkInterface1632(pti, iidx, thop, punkOuter);
}
typedef struct tagOLESTREAMOBJECT
{
OLESTREAM os;
VPVOID vpolestream16;
} OLESTREAMOBJECT, FAR * LPOLESTREAMOBJECT;
#define OLESTREAM_GET 0
#define OLESTREAM_PUT 1
//+---------------------------------------------------------------------------
//
// Function: OLESTREAM_Callback, private
//
// Synopsis: Handles callbacks into 16-bit world for OLESTREAM methods
//
// Arguments: [dwMethod] - Index of method to invoke
// [lposo] - Pointer to 32 LPOLESTREAM
// [lpv] - Pointer to 32 bit buffer
// [dwCount] - Size of 32 bit buffer
//
//
// Returns: Appropriate status code
//
// History: 11-Mar-94 BobDay Created
// 29-May-94 TerryRu Converted to call WOWCallBackEx directly.
//
//----------------------------------------------------------------------------
DWORD OLESTREAM_Callback( DWORD dwMethod,
LPOLESTREAM lpos,
LPVOID lpv,
DWORD dwCount )
{
const DWORD cbStack = sizeof( DWORD ) +
sizeof( VPVOID ) + sizeof( VPVOID );
BYTE b32Args[cbStack];
DWORD dwResult;
VPVOID vpvVtbl16;
VTBLFN vpfn16;
VPVOID vpolestream16;
LPOLESTREAMOBJECT lposo;
VPVOID vp16;
LPVOID lp16;
lposo = (LPOLESTREAMOBJECT)lpos;
vpolestream16 = lposo->vpolestream16;
// Get pointer to 16 bit this pointer
vpvVtbl16 = (VPVOID)*FIXVDMPTR( vpolestream16, VPVOID );
RELVDMPTR(vpolestream16);
vpfn16 = (VTBLFN)*FIXVDMPTR( vpvVtbl16+dwMethod*sizeof(VPVOID),
VPVOID );
RELVDMPTR(vpvVtbl16+dwMethod*sizeof(VPVOID));
//
// now thop the IN 32 bit-block of memory to 16 bit block
//
vp16 = WgtAllocLock( GMEM_MOVEABLE, dwCount, NULL );
if ( vp16 == NULL )
{
return (DWORD) E_OUTOFMEMORY;
}
if ( dwMethod == OLESTREAM_PUT )
{
lp16 = WOWFIXVDMPTR( vp16, dwCount );
memcpy( lp16, lpv, dwCount );
WOWRELVDMPTR(vp16);
}
// setup 32 bit arguements.
*(DWORD *)(b32Args) = dwCount;
*(VPVOID *)(b32Args+4) = vp16;
*(VPVOID *)(b32Args+8) = vpolestream16;
if ( !CallbackTo16Ex( (DWORD)vpfn16, WCB16_PASCAL, cbStack, b32Args,
&dwResult) )
{
dwResult = (DWORD)E_UNEXPECTED;
}
if ( dwMethod == OLESTREAM_GET )
{
lp16 = WOWFIXVDMPTR( vp16, dwCount );
memcpy( (LPVOID) lpv, lp16, dwCount );
WOWRELVDMPTR(vp16);
}
WgtUnlockFree(vp16);
thkDebugOut((DEB_INVOKES, "OLESTREAM_Callback returns 0x%08lX\n",
dwResult));
return dwResult;
}
//+---------------------------------------------------------------------------
//
// Function: OLESTREAM_Get_Proxy, private
//
// Synopsis: Handles callbacks into 16-bit world for OLESTREAM::Get
//
// Arguments: [pti] - Thunk state information
//
// Returns: Appropriate status code
//
// History: 11-Mar-94 BobDay Created
// 29-May-94 TerryRu Now calls OLESTREAM::Get using Pascal
// calling conventions.
//
//----------------------------------------------------------------------------
DWORD OLESTREAM_Get_Proxy(
LPOLESTREAM lpos,
void FAR * lpv,
DWORD dwCount
)
{
return OLESTREAM_Callback( OLESTREAM_GET, lpos, lpv, dwCount );
}
//+---------------------------------------------------------------------------
//
// Function: OLESTREAM_Put_Proxy, private
//
// Synopsis: Handles callbacks into 16-bit world for OLESTREAM::Put
//
// Arguments: [pti] - Thunk state information
//
// Returns: Appropriate status code
//
// History: 11-Mar-94 BobDay Created
// 29-May-94 TerryRu Now call OLESTREAM::Put using pascal
// calling conventions.
//
//----------------------------------------------------------------------------
DWORD OLESTREAM_Put_Proxy(
LPOLESTREAM lpos,
const void FAR* lpv,
DWORD dwCount
)
{
return OLESTREAM_Callback( OLESTREAM_PUT, lpos,(LPVOID) lpv, dwCount );
}
//+---------------------------------------------------------------------------
//
// Function: Thop_OLESTREAM_1632, public
//
// Synopsis: Thunks an OLESTREAM parameter from 16-bit to 32-bit
//
// Arguments: [pti] - Thunk state information
//
// Returns: Appropriate status code
//
// History: 14-Mar-94 BobDay Created
//
//----------------------------------------------------------------------------
_OLESTREAMVTBL osVtbl =
{
OLESTREAM_Get_Proxy,
OLESTREAM_Put_Proxy
};
DWORD Thop_OLESTREAM_1632(THUNKINFO *pti)
{
OLESTREAMOBJECT osObject;
thkAssert((*pti->pThop & THOP_OPMASK) == THOP_OLESTREAM);
//
// Ignore the THOP_INPUT/THOP_OUTPUT, it is always just an interface
//
osObject.os.lpstbl = &osVtbl;
GET_STACK16(pti, osObject.vpolestream16, VPVOID);
TO_STACK32(pti, &osObject, LPOLESTREAMOBJECT );
pti->pThop++;
return EXECUTE_THOP1632(pti);
}
//+---------------------------------------------------------------------------
//
// Function: Thop_RPCOLEMESSAGE_1632, public
//
// Synopsis: Converts 16-bit RPCOLEMESSAGE to 32-bit RPCOLEMESSAGE
//
// Arguments: [pti] - Thunk state information
//
// Returns: Appropriate status code
//
// History: 23-Feb-94 BobDay Created
// 28-May-94 JohannP Rewritten
// 13-Aug-94 Rickhi made it work for GetBuffer when the
// buffer size grows, commented better
//
// CODEWORK: this routine is inefficient. since it cant tell why it was
// called (GetBuffer/SendReceive/Invoke/FreeBuffer) it always
// copies the data, when it only really needs to in Invoke and
// in SendReceive.
//
// Context: This routine will "Thop" a client side RPCOLEMESSGE (aka "rom")
// three times. The first time for the "getbuffer" call, the second
// time for the "SendRecieve", and the third time for the "freebuffer".
// This make it confusing, some calls allocate a buffer but don't
// free it. Other calls free a buffer they didn't allocate. A good
// way to see what is happening is to step through several calls to
// this routine with a debugger and note the pointer values.
//
//----------------------------------------------------------------------------
DWORD Thop_RPCOLEMESSAGE_1632( THUNKINFO *pti )
{
DWORD dwResult;
PRPCOLEMESSAGE prom32;
VPVOID vprom16;
RPCOLEMESSAGE UNALIGNED *prom16;
LPVOID lp16;
RPCOLEMESSAGE rom32;
BOOL fAllocNew = FALSE;
thkAssert((*pti->pThop & THOP_OPMASK) == THOP_RPCOLEMESSAGE);
//
// We currently have only INOUT RPCOLEMESSAGE
//
thkAssert( (*pti->pThop & THOP_IOMASK) == (THOP_IN | THOP_OUT) &&
"RPCOLEMESSAGE must be input/output only" );
//
// Processing for a RPCOLEMESSAGE FAR * as input/output
//
GET_STACK16(pti, vprom16, VPVOID);
prom32 = NULL;
if ( vprom16 != 0 )
{
// Copy over the input RPCOLEMESSAGE structure
prom16 = (RPCOLEMESSAGE UNALIGNED *)
GetReadWritePtr16( pti, vprom16, sizeof(RPCOLEMESSAGE) );
if ( prom16 != NULL )
{
// Note: ROM_THUNK_FIELD(prom) holds the pointer to the 32 bit rom
// in case the buffer is not NULL
// Note: this assert is not valid when a fault happens on the
// server side. In that case, the return buffer is NULLed
// by the 16bit stub but the THUNK_FIELD is non-null.
//thkAssert((prom16->Buffer == NULL &&
// ROM_THUNK_FIELD(prom16) == NULL) ||
// (prom16->Buffer != NULL &&
// ROM_THUNK_FIELD(prom16) != NULL));
if (prom16->Buffer != NULL)
{
prom32 = (RPCOLEMESSAGE *)ROM_THUNK_FIELD(prom16);
if ( prom32->Buffer != NULL )
{
// we use the min size of the two buffers because when
// the stub (server side) calls GetBuffer he is supplying
// the old pBuffer with the new (and potentially larger)
// cbBuffer
DWORD cbSizeMin = (prom16->cbBuffer <= prom32->cbBuffer) ?
prom16->cbBuffer : prom32->cbBuffer;
lp16 = (LPVOID)GetReadPtr16(pti,
(VPVOID)prom16->Buffer,
cbSizeMin);
if (lp16 == NULL)
{
prom32 = NULL;
}
else
{
memcpy( prom32->Buffer, lp16, prom32->cbBuffer );
WOWRELVDMPTR((VPVOID)prom16->Buffer);
}
}
if (prom32)
{
// the stub might be asking for a larger buffer for output
// parameters than it was given for input parameters. We have
// to figure that out here by comparing the 16bit size with
// the 32bit size.
fAllocNew = (prom32->cbBuffer < prom16->cbBuffer);
prom32->cbBuffer = prom16->cbBuffer;
}
else
{
fAllocNew = FALSE;
}
}
else
{
rom32 = *prom16;
prom32 = &rom32;
}
WOWRELVDMPTR(vprom16);
}
}
TO_STACK32(pti, prom32, PRPCOLEMESSAGE);
pti->pThop++;
dwResult = EXECUTE_THOP1632(pti);
if ( prom32 != NULL )
{
prom16 = (RPCOLEMESSAGE UNALIGNED *)
GetReadWritePtr16( pti, vprom16, sizeof(RPCOLEMESSAGE) );
if ( prom16 == NULL )
{
dwResult = (DWORD)E_UNEXPECTED;
}
else
{
if (SUCCEEDED(dwResult))
{
if (prom32->Buffer == NULL)
{
// RELEASE THE BUFFER AND ROM:
// Free the 16 bit buffer, copy the 32 bit rom into
// the 16 bit rom and free the 32bit rom, if it was
// allocated
//
if (prom16->Buffer != 0)
{
TaskFree16((VPVOID)prom16->Buffer);
}
*prom16 = *prom32;
if (prom32 != &rom32)
{
TaskFree32(prom32);
prom32 = NULL;
}
ROM_THUNK_FIELD(prom16) = NULL;
}
else
{
// ALLOCATE AND/OR COPYBACK THE BUFFER AND ROM:
RPCOLEMESSAGE *pr32;
LPVOID pBuffer;
// Create a message to save the 32-bit message in
// Use the existing one in the thunk field if we can
if (ROM_THUNK_FIELD(prom16) == NULL)
{
pr32 = (RPCOLEMESSAGE *)
TaskMalloc32(sizeof(RPCOLEMESSAGE));
}
else
{
pr32 = (RPCOLEMESSAGE *)ROM_THUNK_FIELD(prom16);
}
*pr32 = *prom32;
//
// Allocate an output buffer and copy the buffer back
//
if ( (prom16->Buffer == NULL)
|| (prom16->cbBuffer < prom32->cbBuffer)
|| fAllocNew)
{
if (prom16->Buffer != NULL)
{
TaskFree16((VPVOID) prom16->Buffer);
}
pBuffer = (LPVOID)TaskMalloc16(prom32->cbBuffer );
}
else
{
pBuffer = prom16->Buffer;
}
*prom16 = *prom32;
prom16->Buffer = pBuffer;
ROM_THUNK_FIELD(prom16) = pr32;
if (prom16->Buffer == NULL)
{
dwResult = (DWORD)E_OUTOFMEMORY;
}
else
{
lp16 = (LPVOID)GetReadPtr16(pti,
(VPVOID)prom16->Buffer,
prom16->cbBuffer);
if ( lp16 == NULL )
{
dwResult = (DWORD)E_UNEXPECTED;
}
else
{
memcpy( lp16, prom32->Buffer,
prom32->cbBuffer );
WOWRELVDMPTR((VPVOID)prom16->Buffer);
}
}
}
}
WOWRELVDMPTR(vprom16);
}
}
return dwResult;
}
//+---------------------------------------------------------------------------
//
// Function: Thop_ALIAS32_1632, public
//
// Synopsis: Handles 16-bit aliases to 32-bit quantities
//
// Arguments: [pti] - Thunking state information
//
// Returns: Appropriate status code
//
// History: 27-May-94 DrewB Created
//
//----------------------------------------------------------------------------
DWORD Thop_ALIAS32_1632(THUNKINFO *pti)
{
ALIAS alias;
DWORD dwValue;
THOP thopAction;
thkAssert((*pti->pThop & THOP_OPMASK) == THOP_ALIAS32);
thkAssert((*pti->pThop & THOP_IOMASK) == 0);
pti->pThop++;
GET_STACK16(pti, alias, ALIAS);
// Second byte indicates how the alias should be handled
thopAction = *pti->pThop++;
if (alias != 0)
{
switch(thopAction)
{
case ALIAS_RESOLVE:
dwValue = gAliases32.AliasValue(alias);
break;
case ALIAS_REMOVE:
dwValue = gAliases32.AliasValue(alias);
gAliases32.RemoveAlias(alias);
break;
default:
thkAssert(!"Default hit in Thop_ALIAS32_1632");
dwValue = 0;
break;
}
}
else
{
dwValue = 0;
}
thkDebugOut((DEB_ARGS, "In1632 ALIAS32: 0x%04X -> 0x%08lX\n",
alias, dwValue));
TO_STACK32(pti, dwValue, DWORD);
return EXECUTE_THOP1632(pti);
}
//+---------------------------------------------------------------------------
//
// Function: Thop_ENUM_1632, public
//
// Synopsis: Thunks Enum::Next parameters
//
// Arguments: [pti] - Thunk state information
//
// Returns: Appropriate status code
//
// History: 1-Mar-94 BobDay Created
//
// Notes: This thunk is the start of a 2-byte thop. The next thop
// byte references a function in the enumerator table, rather
// than the standard thop table.
//
//----------------------------------------------------------------------------
DWORD Thop_ENUM_1632(THUNKINFO *pti)
{
thkAssert((*pti->pThop & THOP_OPMASK) == THOP_ENUM);
thkAssert((*pti->pThop & THOP_IOMASK) == 0);
//
// Get then next thop byte and execute it as a Enum thop
//
pti->pThop++;
return EXECUTE_ENUMTHOP1632(pti);
}
//+---------------------------------------------------------------------------
//
// Function: CallbackProcessing_1632, public
//
// Synopsis: Thunks IOleObject::Draw pfnContinue & DWORD parameters
//
// Arguments: [pti] - Thunk state information
//
// Returns: Appropriate status code
//
// History: 3-Mar-94 BobDay Created
//
//----------------------------------------------------------------------------
typedef struct tagCallbackControl
{
DWORD dwContinue;
VPVOID vpfn16;
} CALLBACKCONTROL;
BOOL CallbackProcessing_1632( DWORD dwContinue )
{
DWORD dwResult;
CALLBACKCONTROL *lpcbc;
lpcbc = (CALLBACKCONTROL *)dwContinue;
// The callback function must be FAR PASCAL
// It's declared CALLBACK in the methods so this is ensured
dwResult = CallbackTo16( lpcbc->vpfn16, lpcbc->dwContinue );
return (BOOL)((WORD)dwResult); // Ignore HIWORD
}
//+---------------------------------------------------------------------------
//
// Function: Thop_CALLBACK_1632, public
//
// Synopsis: Thunks IOleObject::Draw pfnContinue & DWORD parameters
//
// Arguments: [pti] - Thunk state information
//
// Returns: Appropriate status code
//
// History: 3-Mar-94 BobDay Created
//
//----------------------------------------------------------------------------
DWORD Thop_CALLBACK_1632(THUNKINFO *pti)
{
VPVOID vpfn16;
DWORD dwContinue;
CALLBACKCONTROL cbc;
thkAssert((*pti->pThop & THOP_OPMASK) == THOP_CALLBACK);
thkAssert((*pti->pThop & THOP_IOMASK) == 0);
GET_STACK16(pti, vpfn16, VPVOID);
GET_STACK16(pti, dwContinue, DWORD);
if ( vpfn16 == 0 )
{
TO_STACK32(pti, NULL, LPVOID);
TO_STACK32(pti, dwContinue, DWORD);
}
else
{
cbc.vpfn16 = vpfn16;
cbc.dwContinue = dwContinue;
TO_STACK32(pti, CallbackProcessing_1632, LPVOID);
TO_STACK32(pti, (DWORD)&cbc, DWORD);
}
pti->pThop++;
return EXECUTE_THOP1632(pti);
}
//+---------------------------------------------------------------------------
//
// Function: Thop_CLSCONTEXT_1632, public
//
// Synopsis: Converts a class context flags DWORD
//
// Arguments: [pti] - Thunk state information
//
// Returns: Appropriate status code
//
// History: 29-Jun-94 DrewB Created
//
//----------------------------------------------------------------------------
DWORD Thop_CLSCONTEXT_1632(THUNKINFO *pti)
{
DWORD dwClsContext;
thkAssert((*pti->pThop & THOP_OPMASK) == THOP_CLSCONTEXT);
thkAssert((*pti->pThop & THOP_IOMASK) == 0);
GET_STACK16(pti, dwClsContext, DWORD);
// When passing a 16-bit class context on to 32-bits,
// add on a flag to indicate that this is a 16-bit request
// in the inproc server case
if (dwClsContext & CLSCTX_INPROC_SERVER)
{
dwClsContext |= CLSCTX_INPROC_SERVER16;
}
TO_STACK32(pti, dwClsContext, DWORD);
pti->pThop++;
return EXECUTE_THOP1632(pti);
}
//+---------------------------------------------------------------------------
//
// Function: Thop_FILENAME_1632, public
//
// Synopsis: Converts a filename string
//
// Arguments: [pti] - Thunk state information
//
// Returns: Appropriate status code
//
// History: 24-Aug-94 DrewB Created
//
//----------------------------------------------------------------------------
DWORD Thop_FILENAME_1632(THUNKINFO *pti)
{
thkAssert((*pti->pThop & THOP_OPMASK) == THOP_FILENAME);
// Can be in or out only
thkAssert((*pti->pThop & THOP_IOMASK) == THOP_IN ||
(*pti->pThop & THOP_IOMASK) == THOP_OUT);
if ((*pti->pThop & THOP_IN) != 0)
{
// No special processing is necessary for filenames going
// from 16->32 since it isn't possible for 16-bit code to
// generate a filename which can't be handled in 32-bits
return ThunkInString1632(pti);
}
else
{
thkAssert((*pti->pThop & THOP_OUT) != 0);
// Convert filenames going from 32->16 to short filenames
// to avoid any possible problems with non-8.3 names.
return ThunkOutString1632(pti, TRUE);
}
}
//+---------------------------------------------------------------------------
//
// Function: Thop_SIZEDSTRING_1632, public
//
// Synopsis: Converts strings which cannot exceed a given length
//
// Arguments: [pti] - Thunk state information
//
// Returns: Appropriate status code
//
// History: 02-Sep-94 DrewB Created
//
//----------------------------------------------------------------------------
DWORD Thop_SIZEDSTRING_1632(THUNKINFO *pti)
{
thkAssert((*pti->pThop & THOP_OPMASK) == THOP_SIZEDSTRING);
thkAssert((*pti->pThop & THOP_IOMASK) == THOP_IN);
// For 16->32, there are no limits on string length so
// thunk the string normally
// Advance once to account for the length byte
// ThunkInString will advance again
pti->pThop++;
return ThunkInString1632(pti);
}
#define THOP_FN(x) Thop_ ## x ## _1632
DWORD (*CONST aThopFunctions1632[])(THUNKINFO *) =
{
// x = Implemented
// ? = Mysteriously not needed
// = Left to do
//
// ^
// |
// +===+
// |
// v
//
ThunkCall1632, // x Terminating THOP
Thop_ShortToLong_1632, // x SHORTLONG
Thop_WordToDword_1632, // x WORDDWORD
Thop_Copy_1632, // x COPY
THOP_FN(LPSTR), // x LPSTR
THOP_FN(LPLPSTR), // x LPLPSTR
THOP_FN(BUFFER), // x BUFFER
Thop_UserHandle_1632, // x HUSER
Thop_GdiHandle_1632, // x HGDI
THOP_FN(SIZE), // x SIZE
THOP_FN(RECT), // x RECT
THOP_FN(MSG), // x MSG
THOP_FN(HRESULT), // x HRESULT
THOP_FN(STATSTG), // x STATSTG
THOP_FN(DVTARGETDEVICE), // x DVTARGETDEVICE
THOP_FN(STGMEDIUM), // x STGMEDIUM
THOP_FN(FORMATETC), // x FORMATETC
THOP_FN(HACCEL), // x HACCEL
THOP_FN(OIFI), // x OLEINPLACEFRAMEINFO
THOP_FN(BINDOPTS), // x BIND_OPTS
THOP_FN(LOGPALETTE), // x LOGPALETTE
THOP_FN(SNB), // x SNB
THOP_FN(CRGIID), // x CRGIID
THOP_FN(OLESTREAM), // x OLESTREAM
THOP_FN(HTASK), // x HTASK
THOP_FN(INTERFACEINFO), // x INTERFACEINFO
THOP_FN(IFACE), // x IFACE
THOP_FN(IFACE), // x IFACEOWNER
THOP_FN(IFACE), // x IFACENOADDREF
Thop_ERROR_1632, // x IFACECLEAN
THOP_FN(IFACEGEN), // x IFACEGEN
THOP_FN(IFACEGEN), // x IFACEGENOWNER
THOP_FN(IFACE), // x UNKOUTER
Thop_ERROR_1632, // x UNKINNER
Thop_ERROR_1632, // x ROUTINE_INDEX
THOP_FN(RETURNTYPE), // x RETURN_TYPE
THOP_FN(NULL), // x NULL
Thop_ERROR_1632, // x ERROR
THOP_FN(ENUM), // x ENUM
THOP_FN(CALLBACK), // x CALLBACK
THOP_FN(RPCOLEMESSAGE), // x RPCOLEMESSAGE
THOP_FN(ALIAS32), // x ALIAS32
THOP_FN(CLSCONTEXT), // x CLSCONTEXT
THOP_FN(FILENAME), // x FILENAME
THOP_FN(SIZEDSTRING), // x SIZEDSTRING
};
//+---------------------------------------------------------------------------
//
// Function: General_Enum_1632, private
//
// Synopsis: Thunking for standard OLE enumerator interface ::Next member
// function.
//
// Arguments: [pti] - Thunk state information
// [uiSize32] - 32-bit information size
// [uiSize16] - 16-bit information size
// [pfnCallback] - Data thunking callback
// [pfnCleanup] - Thunking cleanup
//
// Returns: Appropriate status code
//
// History: 1-Mar-94 BobDay Created
//
// Notes: This handler is called from many IXXXEnum::Next handlers thop
// thunks to do the standard sorts of "buffer of structures"
// processing.
//
//----------------------------------------------------------------------------
#define MAX_ALLOCA_STRUCT 10
DWORD General_Enum_1632(
THUNKINFO *pti,
UINT uiSize32,
UINT uiSize16,
SCODE (*pfnCallback)( THUNKINFO *, LPVOID, VPVOID),
void (*pfnCleanup)( THUNKINFO *, LPVOID, VPVOID) )
{
DWORD dwResult;
ULONG ulCount;
VPVOID vpstruct16;
VPVOID vpfetched16;
LPVOID lpstruct32;
LPVOID lpstruct32Iterate;
VPVOID vpstruct16Iterate;
ULONG ulFetched32;
ULONG *lpfetched32;
ULONG UNALIGNED *lpfetched16;
ULONG ulIterate;
LPVOID lp16;
BOOL fError;
SCODE sc;
dwResult = (DWORD)S_OK;
GET_STACK16(pti, ulCount, ULONG );
GET_STACK16(pti, vpstruct16, VPVOID );
GET_STACK16(pti, vpfetched16, VPVOID );
//
// THIS ROUTINE CAN DEAL WITH dwResult RATHER THAN pti->scResult BECAUSE
// WE KNOW THIS IS THE ONLY THOP FOR THIS FUNCTION! NO OTHER CLEANUP
// WILL HAVE TO BE DONE!
//
ulFetched32 = 0;
lpfetched32 = &ulFetched32;
lp16 = NULL;
lpstruct32 = NULL;
if ( vpstruct16 != 0 )
{
if ( ulCount == 0 )
{
dwResult = (DWORD)E_INVALIDARG;
}
else
{
//
// Verify we have write access to the 16-bit memory.
//
lp16 = GetWritePtr16(pti, vpstruct16, uiSize16*ulCount);
if ( lp16 == NULL )
{
dwResult = (DWORD)E_INVALIDARG;
}
else
{
if ( ulCount > MAX_ALLOCA_STRUCT )
{
lpstruct32 = (LPVOID)CoTaskMemAlloc( ulCount * uiSize32 );
if (lpstruct32 == NULL)
{
dwResult = (DWORD)E_OUTOFMEMORY;
}
}
else
{
lpstruct32 = (LPVOID)STACKALLOC32( ulCount * uiSize32 );
if (lpstruct32 == NULL)
{
dwResult = (DWORD)E_OUTOFMEMORY;
}
}
WOWRELVDMPTR(vpstruct16);
}
}
}
if (SUCCEEDED(dwResult))
{
TO_STACK32(pti, ulCount, ULONG);
TO_STACK32(pti, lpstruct32, LPVOID);
TO_STACK32(pti, lpfetched32, ULONG FAR *);
pti->pThop++;
dwResult = EXECUTE_THOP1632(pti);
}
if ( SUCCEEDED(dwResult) )
{
if ( vpstruct16 != 0 )
{
// Some apps (MsWorks3 is one) return S_FALSE and do not return
// the number of elements retrieved. The only thing we can
// do is ignore the enumeration since we don't know how many
// were actually set. Of course, we can't ignore all enumerations
// when the return is S_FALSE so we only handle the case
// where S_FALSE was returned on a enumeration of one element,
// in which we can be sure there isn't any valid data
if (dwResult == (DWORD)S_FALSE && ulCount == 1)
{
ulFetched32 = 0;
}
//
// Iterate through all of the structures, converting them
// into 16-bit
//
fError = FALSE;
ulIterate = 0;
vpstruct16Iterate = vpstruct16;
lpstruct32Iterate = lpstruct32;
while ( ulIterate < ulFetched32 )
{
//
// Callback to the callback function to do any specific
// processing
//
sc = (*pfnCallback)( pti, lpstruct32Iterate,
vpstruct16Iterate );
if ( FAILED(sc) )
{
fError = TRUE;
dwResult = sc;
}
vpstruct16Iterate = (VPVOID)((DWORD)vpstruct16Iterate +
uiSize16);
lpstruct32Iterate = (LPVOID)((DWORD)lpstruct32Iterate +
uiSize32);
ulIterate++;
}
if ( fError )
{
//
// Cleanup all these guys
//
ulIterate = 0;
vpstruct16Iterate = vpstruct16;
lpstruct32Iterate = lpstruct32;
while ( ulIterate <= ulFetched32 )
{
(*pfnCleanup)( pti, lpstruct32Iterate, vpstruct16Iterate );
vpstruct16Iterate = (VPVOID)((DWORD)vpstruct16Iterate +
uiSize16);
lpstruct32Iterate = (LPVOID)((DWORD)lpstruct32Iterate +
uiSize32);
ulIterate++;
}
}
}
}
if (FAILED(dwResult) && lp16 != NULL)
{
memset(lp16, 0, ulCount*uiSize16);
}
//
// Free up any space we've allocated
//
if (lpstruct32 != NULL)
{
if ( ulCount > MAX_ALLOCA_STRUCT )
{
CoTaskMemFree( lpstruct32 );
}
else
{
STACKFREE32(lpstruct32, ulCount*uiSize32);
}
}
if ( vpfetched16 != 0 )
{
lpfetched16 = FIXVDMPTR( vpfetched16, ULONG);
*lpfetched16 = ulFetched32;
RELVDMPTR(vpfetched16);
}
return dwResult;
}
//+---------------------------------------------------------------------------
//
// Function: Callback_STRING_1632, public
//
// Synopsis: Prepares the LPOLESTR for the copy back into 16-bit address
// space.
//
// Arguments: [pti] - Thunking state information
// [lp32] - Pointer to 32-bit returned structure
// [lp16] - Pointer to 16-bit output structure
//
// Returns: SCODE indicating success/failure
//
// History: 1-Mar-94 BobDay Created
//
//----------------------------------------------------------------------------
SCODE Callback_STRING_1632( THUNKINFO *pti, LPVOID lp32, VPVOID vp16 )
{
VPSTR vpstr;
VPSTR UNALIGNED *pvpstr16;
SCODE sc;
vpstr = 0;
sc = ConvertTaskString3216(pti, *(LPOLESTR *)lp32, NULL, 0,
&vpstr);
pvpstr16 = FIXVDMPTR(vp16, VPSTR);
*pvpstr16 = vpstr;
RELVDMPTR(vp16);
return sc;
}
//+---------------------------------------------------------------------------
//
// Function: Cleanup_STRING_1632, public
//
// Synopsis: Cleans up the any STRINGs returned (either to 16-bit or 32-bit)
//
// Arguments: [pti] - Thunking state information
// [lp32] - Pointer to 32-bit returned structure
// [lp16] - Pointer to 16-bit output structure
//
// Returns: nothing, should NEVER fail
//
// History: 1-Mar-94 BobDay Created
//
//----------------------------------------------------------------------------
void Cleanup_STRING_1632( THUNKINFO *pti, LPVOID lp32, VPVOID vp16 )
{
VPSTR UNALIGNED *lpvpstr16;
VPSTR vpstr16;
lpvpstr16 = FIXVDMPTR( vp16, VPSTR );
vpstr16 = *lpvpstr16;
RELVDMPTR(vp16);
if ( vpstr16 != 0 )
{
TaskFree16( vpstr16 );
}
}
//+---------------------------------------------------------------------------
//
// Function: Thop_Enum_STRING_1632, public
//
// Synopsis: Thunks IEnumSTRING::Next parameters
//
// Arguments: [pti] - Thunk state information
//
// Returns: Appropriate status code
//
// History: 1-Mar-94 BobDay Created
//
// Notes: This thunk is 2nd part of a 2-byte thop.
//
//----------------------------------------------------------------------------
DWORD Thop_Enum_STRING_1632(THUNKINFO *pti)
{
return General_Enum_1632(pti,
sizeof(LPOLESTR),
sizeof(VPSTR),
Callback_STRING_1632,
Cleanup_STRING_1632 );
}
//+---------------------------------------------------------------------------
//
// Function: Callback_UNKNOWN_1632, public
//
// Synopsis: Prepares the UNKNOWN structure for the copy back into 16-bit
// address space.
//
// Arguments: [pti] - Thunking state information
// [lp32] - Pointer to 32-bit returned structure
// [lp16] - Pointer to 16-bit output structure
//
// Returns: SCODE indicating success/failure
//
// History: 1-Mar-94 BobDay Created
//
//----------------------------------------------------------------------------
SCODE Callback_UNKNOWN_1632( THUNKINFO *pti, LPVOID lp32, VPVOID vp16 )
{
VPVOID vpunknown16;
SCODE sc = S_OK;
vpunknown16 =
pti->pThkMgr->FindProxy1632(NULL, *(LPUNKNOWN *)lp32, NULL,
INDEX_IIDIDX(THI_IUnknown), NULL);
// Release the actual 32-bit IUnknown as it is a OUT parameter
// This could be the last release on the interface if the
// above call failed;
(*((LPUNKNOWN *) lp32))->Release();
if(!vpunknown16) {
sc = E_OUTOFMEMORY;
}
*FIXVDMPTR( vp16, VPVOID ) = vpunknown16;
RELVDMPTR(vp16);
return sc;
}
//+---------------------------------------------------------------------------
//
// Function: Cleanup_UNKNOWN_1632, public
//
// Synopsis: Cleans up the any UNKNOWNs returned (either to 16-bit
// or 32-bit)
//
// Arguments: [pti] - Thunking state information
// [lp32] - Pointer to 32-bit returned structure
// [lp16] - Pointer to 16-bit output structure
//
// Returns: nothing, should NEVER fail
//
// History: 1-Mar-94 BobDay Created
//
//----------------------------------------------------------------------------
void Cleanup_UNKNOWN_1632( THUNKINFO *pti, LPVOID lp32, VPVOID vp16 )
{
LPUNKNOWN lpunknown32;
VPVOID vpunknown16;
vpunknown16 = *FIXVDMPTR( vp16, VPVOID );
RELVDMPTR(vp16);
lpunknown32 = *(LPUNKNOWN *)lp32;
if(vpunknown16) {
// Release the proxy to 32-bit interface
pti->pThkMgr->ReleaseProxy1632(vpunknown16);
}
}
//+---------------------------------------------------------------------------
//
// Function: Thop_Enum_UNKNOWN_1632, public
//
// Synopsis: Thunks IEnumUNKNOWN::Next parameters
//
// Arguments: [pti] - Thunk state information
//
// Returns: Appropriate status code
//
// History: 1-Mar-94 BobDay Created
//
// Notes: This thunk is 2nd part of a 2-byte thop.
//
//----------------------------------------------------------------------------
DWORD Thop_Enum_UNKNOWN_1632(THUNKINFO *pti)
{
return General_Enum_1632(pti,
sizeof(LPUNKNOWN),
sizeof(LPUNKNOWN),
Callback_UNKNOWN_1632,
Cleanup_UNKNOWN_1632 );
}
//+---------------------------------------------------------------------------
//
// Function: Callback_STATSTG_1632, public
//
// Synopsis: Prepares the STATSTG structure for the copy back into 16-bit
// address space.
//
// Arguments: [pti] - Thunking state information
// [lp32] - Pointer to 32-bit returned structure
// [lp16] - Pointer to 16-bit output structure
//
// Returns: SCODE indicating success/failure
//
// History: 1-Mar-94 BobDay Created
//
//----------------------------------------------------------------------------
SCODE Callback_STATSTG_1632( THUNKINFO *pti, LPVOID lp32, VPVOID vp16 )
{
(FIXVDMPTR(vp16, STATSTG))->pwcsName = NULL;
RELVDMPTR(vp16);
return ConvertStatStg3216(pti, (STATSTG *)lp32, vp16,
NULL, 0);
}
//+---------------------------------------------------------------------------
//
// Function: Cleanup_STATSTG_1632, public
//
// Synopsis: Cleans up the any STATSTGs returned (either to 16-bit
// or 32-bit)
//
// Arguments: [pti] - Thunking state information
// [lp32] - Pointer to 32-bit returned structure
// [lp16] - Pointer to 16-bit output structure
//
// Returns: nothing, should NEVER fail
//
// History: 1-Mar-94 BobDay Created
//
//----------------------------------------------------------------------------
void Cleanup_STATSTG_1632( THUNKINFO *pti, LPVOID lp32, VPVOID vp16 )
{
STATSTG UNALIGNED *lpstatstg16;
VPVOID vpstr;
lpstatstg16 = FIXVDMPTR( vp16, STATSTG );
vpstr = (VPVOID)lpstatstg16->pwcsName;
RELVDMPTR(vp16);
if ( vpstr != 0)
{
TaskFree16( vpstr );
}
}
//+---------------------------------------------------------------------------
//
// Function: Thop_Enum_STATSTG_1632, public
//
// Synopsis: Thunks IEnumSTATSTG::Next parameters
//
// Arguments: [pti] - Thunk state information
//
// Returns: Appropriate status code
//
// History: 1-Mar-94 BobDay Created
//
// Notes: This thunk is 2nd part of a 2-byte thop.
//
//----------------------------------------------------------------------------
DWORD Thop_Enum_STATSTG_1632(THUNKINFO *pti)
{
return General_Enum_1632(pti,
sizeof(STATSTG),
sizeof(STATSTG),
Callback_STATSTG_1632,
Cleanup_STATSTG_1632 );
}
//+---------------------------------------------------------------------------
//
// Function: Callback_FORMATETC_1632, public
//
// Synopsis: Prepares the FORMATETC structure for the copy back into 16-bit
// address space.
//
// Arguments: [pti] - Thunking state information
// [lp32] - Pointer to 32-bit returned structure
// [lp16] - Pointer to 16-bit output structure
//
// Returns: SCODE indicating success/failure
//
// History: 1-Mar-94 BobDay Created
//
//----------------------------------------------------------------------------
SCODE Callback_FORMATETC_1632( THUNKINFO *pti, LPVOID lp32, VPVOID vp16 )
{
(FIXVDMPTR(vp16, FORMATETC16))->ptd = NULL;
RELVDMPTR(vp16);
return ConvertFetc3216(pti, (FORMATETC *)lp32, vp16, TRUE);
}
//+---------------------------------------------------------------------------
//
// Function: Cleanup_FORMATETC_1632, public
//
// Synopsis: Cleans up the any FORMATETCs returned (either to 16-bit
// or 32-bit)
//
// Arguments: [pti] - Thunking state information
// [lp32] - Pointer to 32-bit returned structure
// [lp16] - Pointer to 16-bit output structure
//
// Returns: nothing, should NEVER fail
//
// History: 1-Mar-94 BobDay Created
//
//----------------------------------------------------------------------------
void Cleanup_FORMATETC_1632( THUNKINFO *pti, LPVOID lp32, VPVOID vp16 )
{
FORMATETC16 UNALIGNED *lpformatetc16;
VPVOID vptd;
lpformatetc16 = FIXVDMPTR( vp16, FORMATETC16 );
vptd = lpformatetc16->ptd;
RELVDMPTR(vp16);
if (vptd != 0)
{
TaskFree16(vptd);
}
}
//+---------------------------------------------------------------------------
//
// Function: Thop_Enum_FORMATETC_1632, public
//
// Synopsis: Thunks IEnumFORMATETC::Next parameters
//
// Arguments: [pti] - Thunk state information
//
// Returns: Appropriate status code
//
// History: 1-Mar-94 BobDay Created
//
// Notes: This thunk is 2nd part of a 2-byte thop.
//
//----------------------------------------------------------------------------
DWORD Thop_Enum_FORMATETC_1632(THUNKINFO *pti)
{
return General_Enum_1632(pti,
sizeof(FORMATETC),
sizeof(FORMATETC16),
Callback_FORMATETC_1632,
Cleanup_FORMATETC_1632 );
}
//+---------------------------------------------------------------------------
//
// Function: Callback_STATDATA_1632, public
//
// Synopsis: Prepares the STATDATA structure for the copy back into 16-bit
// address space.
//
// Arguments: [pti] - Thunking state information
// [lp32] - Pointer to 32-bit returned structure
// [lp16] - Pointer to 16-bit output structure
//
// Returns: SCODE indicating success/failure
//
// History: 1-Mar-94 BobDay Created
//
//----------------------------------------------------------------------------
SCODE Callback_STATDATA_1632( THUNKINFO *pti, LPVOID lp32, VPVOID vp16 )
{
SCODE sc;
LPSTATDATA lpstatdata32;
STATDATA16 UNALIGNED *lpstatdata16;
VPVOID vpadv16;
sc = S_OK;
lpstatdata32 = (LPSTATDATA)lp32;
if (lpstatdata32->pAdvSink != NULL)
{
// We don't know whether it's an AdviseSink or
// an AdviseSink2, so pass AdviseSink2 since it's
// a superset of AdviseSink and will work for both
vpadv16 = pti->pThkMgr->FindProxy1632(NULL, lpstatdata32->pAdvSink, NULL,
INDEX_IIDIDX(THI_IAdviseSink2),
NULL);
// Release the actual 32-bit IAdviseSink as it is a OUT parameter
// This could be the last release on the interface if the
// above call failed;
lpstatdata32->pAdvSink->Release();
if(!vpadv16) {
sc = E_OUTOFMEMORY;
}
}
else
{
vpadv16 = 0;
}
lpstatdata16 = FIXVDMPTR( vp16, STATDATA16 );
lpstatdata16->formatetc.ptd = NULL;
if (SUCCEEDED(sc))
{
// If this fails the AdviseSink proxy will be cleaned up in
// the cleanup function later
sc = ConvertFetc3216(pti,
&lpstatdata32->formatetc,
vp16+FIELD_OFFSET(STATDATA16, formatetc), TRUE);
}
if (SUCCEEDED(sc))
{
lpstatdata16->advf = lpstatdata32->advf;
lpstatdata16->pAdvSink = vpadv16;
lpstatdata16->dwConnection = lpstatdata32->dwConnection;
}
RELVDMPTR(vp16);
return sc;
}
//+---------------------------------------------------------------------------
//
// Function: Cleanup_STATDATA_1632, public
//
// Synopsis: Cleans up the any STATDATAs returned (either to 16-bit
// or 32-bit)
//
// Arguments: [pti] - Thunking state information
// [lp32] - Pointer to 32-bit returned structure
// [lp16] - Pointer to 16-bit output structure
//
// Returns: nothing, should NEVER fail
//
// History: 1-Mar-94 BobDay Created
//
//----------------------------------------------------------------------------
void Cleanup_STATDATA_1632( THUNKINFO *pti, LPVOID lp32, VPVOID vp16 )
{
STATDATA *lpstatdata32;
STATDATA16 UNALIGNED *lpstatdata16;
LPADVISESINK lpadv32;
VPVOID vptd;
lpstatdata32 = (STATDATA FAR *)lp32;
lpadv32 = lpstatdata32->pAdvSink;
lpstatdata16 = FIXVDMPTR( vp16, STATDATA16 );
vptd = lpstatdata16->formatetc.ptd;
RELVDMPTR(vp16);
if(lpstatdata16->pAdvSink) {
// Release the proxy to 32-bit interface
pti->pThkMgr->ReleaseProxy1632((VPVOID) lpstatdata32->pAdvSink);
}
if (vptd != 0)
{
TaskFree16(vptd);
}
}
//+---------------------------------------------------------------------------
//
// Function: Thop_Enum_STATDATA_1632, public
//
// Synopsis: Thunks IEnumSTATDATA::Next parameters
//
// Arguments: [pti] - Thunk state information
//
// Returns: Appropriate status code
//
// History: 1-Mar-94 BobDay Created
//
// Notes: This thunk is 2nd part of a 2-byte thop.
//
//----------------------------------------------------------------------------
DWORD Thop_Enum_STATDATA_1632(THUNKINFO *pti)
{
return General_Enum_1632(pti,
sizeof(STATDATA),
sizeof(STATDATA16),
Callback_STATDATA_1632,
Cleanup_STATDATA_1632 );
}
//+---------------------------------------------------------------------------
//
// Function: Callback_MONIKER_1632, public
//
// Synopsis: Prepares the MONIKER structure for the copy back into 16-bit
// address space.
//
// Arguments: [pti] - Thunking state information
// [lp32] - Pointer to 32-bit returned structure
// [lp16] - Pointer to 16-bit output structure
//
// Returns: SCODE indicating success/failure
//
// History: 1-Mar-94 BobDay Created
//
//----------------------------------------------------------------------------
SCODE Callback_MONIKER_1632( THUNKINFO *pti, LPVOID lp32, VPVOID vp16 )
{
VPVOID vpmoniker16;
SCODE sc = S_OK;
vpmoniker16 = pti->pThkMgr->FindProxy1632(NULL, *(LPMONIKER *)lp32, NULL,
INDEX_IIDIDX(THI_IMoniker),
NULL);
// Release the actual 32-bit IMoniker as it is a OUT parameter
// This could be the last release on the interface if the
// above call failed;
(*(LPMONIKER *)lp32)->Release();
if(!vpmoniker16) {
sc = E_OUTOFMEMORY;
}
*FIXVDMPTR(vp16, VPVOID) = vpmoniker16;
RELVDMPTR(vp16);
return sc;
}
//+---------------------------------------------------------------------------
//
// Function: Cleanup_MONIKER_1632, public
//
// Synopsis: Cleans up the any MONIKERs returned (either to 16-bit
// or 32-bit)
//
// Arguments: [pti] - Thunking state information
// [lp32] - Pointer to 32-bit returned structure
// [lp16] - Pointer to 16-bit output structure
//
// Returns: nothing, should NEVER fail
//
// History: 1-Mar-94 BobDay Created
//
//----------------------------------------------------------------------------
void Cleanup_MONIKER_1632( THUNKINFO *pti, LPVOID lp32, VPVOID vp16 )
{
LPMONIKER lpmoniker32;
VPVOID vpmoniker16;
vpmoniker16 = *FIXVDMPTR( vp16, VPVOID );
RELVDMPTR(vp16);
lpmoniker32 = *(LPMONIKER *)lp32;
if(vpmoniker16) {
pti->pThkMgr->ReleaseProxy1632(vpmoniker16);
}
}
//+---------------------------------------------------------------------------
//
// Function: Thop_Enum_MONIKER_1632, public
//
// Synopsis: Thunks IEnumMONIKER::Next parameters
//
// Arguments: [pti] - Thunk state information
//
// Returns: Appropriate status code
//
// History: 1-Mar-94 BobDay Created
//
// Notes: This thunk is 2nd part of a 2-byte thop.
//
//----------------------------------------------------------------------------
DWORD Thop_Enum_MONIKER_1632(THUNKINFO *pti)
{
return General_Enum_1632(pti,
sizeof(LPMONIKER),
sizeof(LPMONIKER),
Callback_MONIKER_1632,
Cleanup_MONIKER_1632 );
}
//+---------------------------------------------------------------------------
//
// Function: Callback_OLEVERB_1632, public
//
// Synopsis: Prepares the OLEVERB structure for the copy back into 16-bit
// address space.
//
// Arguments: [pti] - Thunking state information
// [lp32] - Pointer to 32-bit returned structure
// [lp16] - Pointer to 16-bit output structure
//
// Returns: SCODE indicating success/failure
//
// History: 1-Mar-94 BobDay Created
//
//----------------------------------------------------------------------------
SCODE Callback_OLEVERB_1632( THUNKINFO *pti, LPVOID lp32, VPVOID vp16 )
{
SCODE sc;
OLEVERB *lpoleverb32;
OLEVERB UNALIGNED *lpoleverb16;
VPSTR vpstr;
lpoleverb32 = (LPOLEVERB)lp32;
vpstr = 0;
sc = ConvertTaskString3216(pti, lpoleverb32->lpszVerbName, NULL, 0,
&vpstr);
lpoleverb16 = FIXVDMPTR(vp16, OLEVERB);
lpoleverb16->lpszVerbName = (LPOLESTR)vpstr;
if (SUCCEEDED(sc))
{
lpoleverb16->lVerb = lpoleverb32->lVerb;
lpoleverb16->fuFlags = lpoleverb32->fuFlags;
lpoleverb16->grfAttribs = lpoleverb32->grfAttribs;
}
RELVDMPTR(vp16);
return sc;
}
//+---------------------------------------------------------------------------
//
// Function: Cleanup_OLEVERB_1632, public
//
// Synopsis: Cleans up the any OLEVERBs returned (either to 16-bit
// or 32-bit)
//
// Arguments: [pti] - Thunking state information
// [lp32] - Pointer to 32-bit returned structure
// [lp16] - Pointer to 16-bit output structure
//
// Returns: nothing, should NEVER fail
//
// History: 1-Mar-94 BobDay Created
//
//----------------------------------------------------------------------------
void Cleanup_OLEVERB_1632( THUNKINFO *pti, LPVOID lp32, VPVOID vp16 )
{
OLEVERB UNALIGNED *lpoleverb16;
VPVOID vpstr;
lpoleverb16 = FIXVDMPTR( vp16, OLEVERB );
vpstr = (VPVOID)lpoleverb16->lpszVerbName;
RELVDMPTR(vp16);
if ( vpstr != 0 )
{
TaskFree16( vpstr );
}
}
//+---------------------------------------------------------------------------
//
// Function: Thop_Enum_OLEVERB_1632, public
//
// Synopsis: Thunks IEnumOLEVERB::Next parameters
//
// Arguments: [pti] - Thunk state information
//
// Returns: Appropriate status code
//
// History: 1-Mar-94 BobDay Created
//
// Notes: This thunk is 2nd part of a 2-byte thop.
//
//----------------------------------------------------------------------------
DWORD Thop_Enum_OLEVERB_1632(THUNKINFO *pti)
{
return General_Enum_1632(pti,
sizeof(OLEVERB),
sizeof(OLEVERB),
Callback_OLEVERB_1632,
Cleanup_OLEVERB_1632 );
}
#define THOP_EFN(x) Thop_Enum_ ## x ## _1632
DWORD (*CONST aThopEnumFunctions1632[])(THUNKINFO *) =
{
THOP_EFN(STRING), // STRING
THOP_EFN(UNKNOWN), // UNKNOWN
THOP_EFN(STATSTG), // STATSTG
THOP_EFN(FORMATETC), // FORMATETC
THOP_EFN(STATDATA), // STATDATA
THOP_EFN(MONIKER), // MONIKER
THOP_EFN(OLEVERB), // OLEVERB
};
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