Source code of Windows XP (NT5)
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////////////////////////////////////////////////////////////////////////////////
//
// SInfo.c
//
// Summary Information API implementation
//
// Notes:
// To make this file useful for OLE objects, define OLE_PROPS.
//
// The macro lpDocObj must be used for all methods to access the
// object data to ensure that this will compile with OLE_PROPS defined.
// The macro lpData must also be used for all access to the m_lpData
// member of the object. These macros only work when the LPSIOBJ
// parameter is named lpSIObj!
//
// All strings stored in objects are in the format described in proptype.h
//
// Change history:
//
// Date Who What
// --------------------------------------------------------------------------
// 06/03/94 B. Wentz Created file
// 06/08/94 B. Wentz Updated to new string format
// 06/25/94 B. Wentz Updated to lean & mean API
// 07/20/94 M. Jansson Updated include statemes, due to changes in PDK
//
////////////////////////////////////////////////////////////////////////////////
#include "priv.h"
#pragma hdrstop
#include "reg.h"
#ifndef _ABBREVIATED_DOCPROP_
// Internal prototypes
void PASCAL FreeData (LPSIOBJ lpSIObj);
// Do nothing for non-OLE code....
#define lpDocObj lpSIObj
#define lpData ((LPSINFO) lpSIObj->m_lpData)
////////////////////////////////////////////////////////////////////////////////
//
// OfficeDirtySIObj
//
// Purpose:
// Sets object state to dirty or clean.
//
////////////////////////////////////////////////////////////////////////////////
DLLEXPORT VOID OfficeDirtySIObj (
LPSIOBJ lpSIObj, // The object
BOOL fDirty) // Flag indicating if the object is dirty.
{
Assert(lpSIObj != NULL);
lpDocObj->m_fObjChanged = fDirty;
} // OfficeDirtySIObj
////////////////////////////////////////////////////////////////////////////////
//
// FSumInfoCreate
//
// Purpose:
// Create the object and return it. Caller responsible for destruction.
//
////////////////////////////////////////////////////////////////////////////////
BOOL FSumInfoCreate (
LPSIOBJ FAR *lplpSIObj, // Pointer to object
const void *prglpfn[]) // Pointer to functions
{
LPSIOBJ lpSIObj; // Hack - a temp, must call it "lpSIObj" for macros to work!
DWORD cb;
TCHAR szValue[10];
if (lplpSIObj == NULL)
return(TRUE);
// Make sure we get valid args before we start alloc'ing
if ((prglpfn == NULL) || (prglpfn[ifnCPConvert] == NULL) ||
((prglpfn[ifnFSzToNum] == NULL) && (prglpfn[ifnFNumToSz] != NULL)) ||
((prglpfn[ifnFSzToNum] != NULL) && (prglpfn[ifnFNumToSz] == NULL)))
return FALSE;
if ((*lplpSIObj = (LPSIOBJ) PvMemAlloc(sizeof (OFFICESUMINFO))) == NULL)
{
// REVIEW: Add alert
return FALSE;
}
lpSIObj = *lplpSIObj; // Save us some indirecting & let us use the "LP" macros
// If alloc fails, free the original object too.
if ((lpData = (LPSINFO) PvMemAlloc(sizeof (SINFO))) == NULL)
{
// REVIEW: Add alert
VFreeMemP(*lplpSIObj, sizeof(OFFICESUMINFO));
return FALSE;
}
FillBuf ((void *) lpData, (int) 0, (sizeof (SINFO) - ifnSIMax*(sizeof (void *))));
// Save the fnc for code page conversion, SzToNum, NumToSz
lpData->lpfnFCPConvert = (BOOL (*)(LPTSTR, DWORD, DWORD, BOOL)) prglpfn[ifnCPConvert];
lpData->lpfnFSzToNum = (BOOL (*)(NUM *, LPTSTR)) prglpfn[ifnFSzToNum];
lpData->lpfnFNumToSz = (BOOL (*)(NUM *, LPTSTR, DWORD)) prglpfn[ifnFNumToSz];
lpData->lpfnFUpdateStats = (BOOL (*)(HWND, LPSIOBJ, LPDSIOBJ)) prglpfn[ifnFUpdateStats];
// Check the registry to see if we should disable Total Editing tracking
cb = sizeof(szValue);
if (RegQueryValue(HKEY_CURRENT_USER, vcszNoTracking,
(LPTSTR)&szValue, &cb) == ERROR_SUCCESS
&& cb < sizeof(szValue))
lpData->fNoTimeTracking = (lstrcmpi(szValue,TEXT("0")) != 0); // lstrcmpi returns 0 if equal
OfficeDirtySIObj (*lplpSIObj, FALSE);
(*lplpSIObj)->m_hPage = NULL;
return TRUE;
} // FSumInfoCreate
//////////////////////////////////////////////////////////////////////////////
//
// FreeData
//
// Purpose:
// Deallocates all the member data for the object
//
// Note:
// Assumes object is valid.
//
//////////////////////////////////////////////////////////////////////////////
void PASCAL FreeData (
LPSIOBJ lpSIObj) // Pointer to valid object
{
// Free any buffers held by PropVariants.
FreePropVariantArray (NUM_SI_PROPERTIES, GETSINFO(lpSIObj)->rgpropvar);
}
////////////////////////////////////////////////////////////////////////////////
//
// FSumInfoClear
//
// Purpose:
// Clear the data stored in the object, but do not destroy the object.
//
////////////////////////////////////////////////////////////////////////////////
BOOL FSumInfoClear (
LPSIOBJ lpSIObj) // Pointer to object
{
BOOL fNoTimeTracking;
if ((lpDocObj == NULL) ||
(lpData == NULL))
return TRUE;
// Free data in the SINFO structure.
FreeData (lpDocObj);
// Invalidate any OLE Automation DocumentProperty objects we might have
InvalidateVBAObjects(lpSIObj, NULL, NULL);
// Clear the data, don't blt over the fn's stored at the end.
fNoTimeTracking = lpData->fNoTimeTracking;
FillBuf ((void *) lpData, (int) 0, (sizeof (SINFO) - ifnSIMax*(sizeof (void *))));
lpData->fNoTimeTracking = fNoTimeTracking;
OfficeDirtySIObj (lpSIObj, TRUE);
return TRUE;
} // FSumInfoClear
////////////////////////////////////////////////////////////////////////////////
//
// FSumInfoDestroy
//
// Purpose:
// Destroy the object
//
////////////////////////////////////////////////////////////////////////////////
BOOL FSumInfoDestroy (LPSIOBJ *lplpSIObj) // Pointer to pointer to object
{
if ((lplpSIObj == NULL) ||
(*lplpSIObj == NULL))
return TRUE;
if ((*lplpSIObj)->m_lpData != NULL)
{
// Free data held by the SINFO structure.
FreeData (*lplpSIObj);
// Invalidate any OLE Automation DocumentProperty objects we might have
InvalidateVBAObjects(*lplpSIObj, NULL, NULL);
// Free the SINFO structure itself.
VFreeMemP((*lplpSIObj)->m_lpData, sizeof(SINFO));
}
// Free the OFFICESUMINFO buffer.
VFreeMemP(*lplpSIObj, sizeof(OFFICESUMINFO));
*lplpSIObj=NULL;
return TRUE;
} // FSumInfoDestroy
////////////////////////////////////////////////////////////////////////////////
//
// FSumInfoShouldSave
//
// Purpose:
// Indicates if the data has changed, meaning a write is needed.
//
////////////////////////////////////////////////////////////////////////////////
DLLEXPORT BOOL FSumInfoShouldSave (LPSIOBJ lpSIObj) // Pointer to object
{
if (lpDocObj == NULL)
return FALSE;
return lpDocObj->m_fObjChanged;
} // FSumInfoShouldSave
//
// VSumInfoSetPropBit
//
// Set the bit that indicates that a filetime has been set/loaded
//
VOID PASCAL VSumInfoSetPropBit(LONG pid, BYTE *pbPropSet)
{
switch (pid)
{
case PID_EDITTIME:
*pbPropSet |= bEditTime;
break;
case PID_LASTPRINTED:
*pbPropSet |= bLastPrint;
break;
case PID_CREATE_DTM:
*pbPropSet |= bCreated;
break;
case PID_LASTSAVE_DTM:
*pbPropSet |= bLastSave;
break;
case PID_PAGECOUNT:
*pbPropSet |= bPageCount;
break;
case PID_WORDCOUNT:
*pbPropSet |= bWordCount;
break;
case PID_CHARCOUNT:
*pbPropSet |= bCharCount;
break;
case PID_DOC_SECURITY:
*pbPropSet |= bSecurity;
break;
#ifdef DEBUG
default:
Assert(FALSE);
break;
#endif
}
}
//
// FSumInfoPropBitIsSet
//
// Check the bit that indicates that a filetime has been set/loaded
//
BOOL PASCAL FSumInfoPropBitIsSet(LONG pid, BYTE bPropSet)
{
switch (pid)
{
case PID_EDITTIME:
return (bPropSet & bEditTime);
break;
case PID_LASTPRINTED:
return(bPropSet & bLastPrint);
break;
case PID_CREATE_DTM:
return(bPropSet & bCreated);
break;
case PID_LASTSAVE_DTM:
return(bPropSet & bLastSave);
break;
case PID_PAGECOUNT:
return(bPropSet & bPageCount);
break;
case PID_WORDCOUNT:
return(bPropSet & bWordCount);
break;
case PID_CHARCOUNT:
return(bPropSet & bCharCount);
break;
case PID_DOC_SECURITY:
return(bPropSet & bSecurity);
break;
default:
#ifdef DEBUG
Assert(FALSE);
#endif
return(FALSE);
break;
}
}
#endif // _ABBREVIATED_DOCPROP_