able/windows-nt
1
0
Fork 0
Code Issues Pull requests Projects Releases Wiki Activity
windows-nt/Source/XPSP1/NT/com/oleutest/oleexts/oleexts.cpp

4563 lines
127 KiB
C++
Raw Normal View History

Add source files
2020-09-26 03:20:57 -05:00
//+-------------------------------------------------------------------------
//
// Microsoft Windows
// Copyright (C) Microsoft Corporation, 1992 - 1993.
//
// File: oleexts.cpp
//
// Contents: ntsd and windbg debugger extension
//
// Classes: none
//
// Functions:
// operator new (global)
// operator delete (global)
// sizeofstring
// dprintfx
// dump_saferefcount
// dump_threadcheck
//
// History: dd-mmm-yy Author Comment
// 02-Feb-95 t-ScottH author
//
//--------------------------------------------------------------------------
#include <windows.h>
#include <imagehlp.h>
#include <ntsdexts.h>
#include <le2int.h>
#include <oaholder.h>
#include <daholder.h>
#include <olerem.h>
#include <defhndlr.h>
#include <deflink.h>
#include <olecache.h>
#include <cachenod.h>
#include <clipdata.h>
#include <mf.h>
#include <emf.h>
#include <gen.h>
#include <defcf.h>
#include <dbgdump.h>
#include "oleexts.h"
// structure of function pointers
NTSD_EXTENSION_APIS ExtensionApis;
//+-------------------------------------------------------------------------
//
// Function: operator new (global), internal
//
// Synopsis: allocate memory
//
// Effects:
//
// Arguments: [cb] - number of bytes to allocate
//
// Requires: CoTaskMemAlloc
//
// Returns: pointer to allocated memory
//
// Signals:
//
// Modifies:
//
// Algorithm:
//
// History: dd-mmm-yy Author Comment
// 02-Feb-95 t-ScottH author
//
// Notes:
// we define our own operator new so that we do not need to link
// with the CRT library
//
// we must also define our own global operator delete
//
//--------------------------------------------------------------------------
void * __cdecl
::operator new(unsigned int cb)
{
return CoTaskMemAlloc(cb);
}
//+-------------------------------------------------------------------------
//
// Function: operator delete (global), internal
//
// Synopsis: free memory
//
// Effects:
//
// Arguments: [p] - pointer to the memory to free
//
// Requires: CoTaskMemFree
//
// Returns:
//
// Signals:
//
// Modifies:
//
// Algorithm: check to see if pointer is valid
//
// History: dd-mmm-yy Author Comment
// 02-Feb-95 t-ScottH author
//
// Notes:
// we define our own operator delete so that we do not need
// to link with the CRT library
//
// we must also define our own global operator new
//
//--------------------------------------------------------------------------
void __cdecl
::operator delete (void *p)
{
// CoTaskMemFree takes care if the pointer is NULL
CoTaskMemFree(p);
return;
}
//+-------------------------------------------------------------------------
//
// Function: dprintfx, internal
//
// Synopsis: prints a formatted string in MAX_STRING_SIZE chunks
//
// Effects:
//
// Arguments: [pszString] - null terminated string
//
// Requires: sizeofstring to calculate length of given string
// dprintf (NTSD Extension API)
// MAX_STRING_SIZE
//
// !!!This requires the NTSD_EXTENSION_APIS global variable
// ExtensionApis to be initialize with the function
// pointers
//
// Returns:
//
// Signals:
//
// Modifies:
//
// Algorithm:
//
// History: dd-mmm-yy Author Comment
// 02-Feb-95 t-ScottH author
//
// Notes:
// NTSD has a limit of a 4K buffer...some of the character
// arrays from Dump methods can be > 4K. this will
// print a formatted string in chunks that NTSD can handle
//
//--------------------------------------------------------------------------
#define MAX_STRING_SIZE 1000
void dprintfx(char *pszString)
{
char *pszFront;
int size;
char x;
for ( pszFront = pszString,
size = strlen(pszString);
size > 0;
pszFront += (MAX_STRING_SIZE - 1),
size -= (MAX_STRING_SIZE - 1 ) )
{
if ( size > (MAX_STRING_SIZE - 1) )
{
x = pszFront[MAX_STRING_SIZE - 1];
pszFront[MAX_STRING_SIZE - 1] = '\0';
dprintf("%s", pszFront);
pszFront[MAX_STRING_SIZE - 1] = x;
}
else
{
dprintf("%s", pszFront);
}
}
return;
}
//+-------------------------------------------------------------------------
//
// Function: help, exported
//
// Synopsis: print help message
//
// Effects:
//
// Arguments: see DECLARE_API in oleexts.h
//
// Requires:
//
// Returns: void
//
// Signals:
//
// Modifies: ExtensionApis (global)
//
// Algorithm:
//
// History: dd-mmm-yy Author Comment
// 02-Feb-95 t-ScottH author
//
// Notes:
//
//--------------------------------------------------------------------------
DECLARE_API( help )
{
ExtensionApis = *lpExtensionApis;
if (*args == '\0') {
dprintf("OLE DEBUGGER EXTENSIONS HELP:\n\n");
dprintf("!symbol (<address>|<symbol name>) - Returns either the symbol name or address\n");
dprintf("!dump_atom <address> - Dumps a ATOM structure\n");
dprintf("!dump_clsid <address> - Dumps a CLSID structure\n");
dprintf("!dump_clipformat <address> - Dumps a CLIPFORMAT structure\n");
dprintf("!dump_mutexsem <address> - Dumps a CMutexSem class\n");
dprintf("!dump_filetime <address> - Dumps a FILETIME structure\n");
dprintf("!dump_cachelist_item <address> - Dumps a CACHELIST_ITEM struct\n");
dprintf("!dump_cacheenum <address> - Dumps a CCacheEnum class\n");
dprintf("!dump_cacheenumformatetc <address> - Dumps a CCacheEnumFormatEtc class\n");
dprintf("!dump_cachenode <address> - Dumps a CCacheNode class\n");
dprintf("!dump_clipdataobject <address> - Dumps a CClipDataObject class\n");
dprintf("!dump_clipenumformatetc <address> - Dumps a CClipEnumFormatEtc class\n");
dprintf("!dump_daholder <address> - Dumps a CDAHolder class\n");
dprintf("!dump_dataadvisecache <address> - Dumps a CDataAdviseCache class\n");
dprintf("!dump_defclassfactory <address> - Dumps a CDefClassFactory class\n");
dprintf("!dump_deflink <address> - Dumps a CDefLink class\n");
dprintf("!dump_defobject <address> - Dumps a CDefObject class\n");
dprintf("!dump_emfobject <address> - Dumps a CEMfObject class\n");
dprintf("!dump_enumfmt <address> - Dumps a CEnumFmt class\n");
dprintf("!dump_enumfmt10 <address> - Dumps a CEnumFmt10 class\n");
dprintf("!dump_enumstatdata <address> - Dumps a CEnumSTATDATA class\n");
dprintf("!dump_enumverb <address> - Dumps a CEnumVerb class\n");
dprintf("!dump_membytes <address> - Dumps a CMemBytes class\n");
dprintf("!dump_cmemstm <address> - Dumps a CMemStm class\n");
dprintf("!dump_mfobject <address> - Dumps a CMfObject class\n");
dprintf("!dump_oaholder <address> - Dumps a COAHolder class\n");
dprintf("!dump_olecache <address> - Dumps a COleCache class\n");
dprintf("!dump_saferefcount <address> - Dumps a CSafeRefCount class\n");
dprintf("!dump_threadcheck <address> - Dumps a CThreadCheck class\n");
dprintf("!dump_formatetc <address> - Dumps a FORMATETC structure\n");
dprintf("!dump_memstm <address> - Dumps a MEMSTM structure\n");
dprintf("!dump_statdata <address> - Dumps a STATDATA structure\n");
dprintf("!dump_stgmedium <address> - Dumps a STGMEDIUM\n");
dprintf("\n");
}
}
//+-------------------------------------------------------------------------
//
// Function: symbol, exported
//
// Synopsis: given an address to a symbol, dumps the symbol name and offset
// (given a symbol name, dump address and offset)
//
// Effects:
//
// Arguments: see DECLARE_API in oleexts.h
//
// Requires:
//
// Returns: void
//
// Signals:
//
// Modifies: ExtensionApis (global)
//
// Algorithm:
//
// History: dd-mmm-yy Author Comment
// 02-Feb-95 t-ScottH author
//
// Notes:
//
//--------------------------------------------------------------------------
DECLARE_API( symbol )
{
DWORD dwAddr;
CHAR Symbol[64];
DWORD Displacement;
ExtensionApis = *lpExtensionApis;
dwAddr = GetExpression(args);
if ( !dwAddr ) {
return;
}
GetSymbol((LPVOID)dwAddr,(unsigned char *)Symbol,&Displacement);
dprintf("%s+%lx at %lx\n", Symbol, Displacement, dwAddr);
}
//+-------------------------------------------------------------------------
//
// Function: dump_atom, exported
//
// Synopsis: dumps ATOM object
//
// Effects:
//
// Arguments: see DECLARE_API in oleexts.h
//
// Requires:
//
// Returns: void
//
// Signals:
//
// Modifies: ExtensionApis (global)
//
// Algorithm:
//
// History: dd-mmm-yy Author Comment
// 02-Feb-95 t-ScottH author
//
// Notes:
// The address of the object is passed in the arguments. This
// address is in the debuggee's process memory. In order for
// NTSD to view this memory, the debugger must copy the mem
// using the WIN32 ReadProcessMemory API.
//
//--------------------------------------------------------------------------
DECLARE_API(dump_atom)
{
// set up global function pointers
ExtensionApis = *lpExtensionApis;
dprintf("dump_atom not implemented\n");
return;
}
//+-------------------------------------------------------------------------
//
// Function: dump_clsid, exported
//
// Synopsis: dumps CLSID object
//
// Effects:
//
// Arguments: see DECLARE_API in oleexts.h
//
// Requires:
//
// Returns: void
//
// Signals:
//
// Modifies: ExtensionApis (global)
//
// Algorithm:
//
// History: dd-mmm-yy Author Comment
// 02-Feb-95 t-ScottH author
//
// Notes:
// The address of the object is passed in the arguments. This
// address is in the debuggee's process memory. In order for
// NTSD to view this memory, the debugger must copy the mem
// using the WIN32 ReadProcessMemory API.
//
//--------------------------------------------------------------------------
DECLARE_API(dump_clsid)
{
// set up global function pointers
ExtensionApis = *lpExtensionApis;
dprintf("dump_clsid not implemented\n");
return;
}
//+-------------------------------------------------------------------------
//
// Function: dump_clipformat, exported
//
// Synopsis: dumps CLIPFORMAT object
//
// Effects:
//
// Arguments: see DECLARE_API in oleexts.h
//
// Requires:
//
// Returns: void
//
// Signals:
//
// Modifies: ExtensionApis (global)
//
// Algorithm:
//
// History: dd-mmm-yy Author Comment
// 02-Feb-95 t-ScottH author
//
// Notes:
// The address of the object is passed in the arguments. This
// address is in the debuggee's process memory. In order for
// NTSD to view this memory, the debugger must copy the mem
// using the WIN32 ReadProcessMemory API.
//
//--------------------------------------------------------------------------
DECLARE_API(dump_clipformat)
{
// set up global function pointers
ExtensionApis = *lpExtensionApis;
dprintf("dump_clipformat not implemented\n");
return;
}
//+-------------------------------------------------------------------------
//
// Function: dump_mutexsem, exported
//
// Synopsis: dumps CMutexSem object
//
// Effects:
//
// Arguments: see DECLARE_API in oleexts.h
//
// Requires:
//
// Returns: void
//
// Signals:
//
// Modifies: ExtensionApis (global)
//
// Algorithm:
//
// History: dd-mmm-yy Author Comment
// 02-Feb-95 t-ScottH author
//
// Notes:
// The address of the object is passed in the arguments. This
// address is in the debuggee's process memory. In order for
// NTSD to view this memory, the debugger must copy the mem
// using the WIN32 ReadProcessMemory API.
//
//--------------------------------------------------------------------------
DECLARE_API(dump_mutexsem)
{
// set up global function pointers
ExtensionApis = *lpExtensionApis;
dprintf("dump_mutexsem not implemented\n");
return;
}
//+-------------------------------------------------------------------------
//
// Function: dump_filetime, exported
//
// Synopsis: dumps FILETIME object
//
// Effects:
//
// Arguments: see DECLARE_API in oleexts.h
//
// Requires:
//
// Returns: void
//
// Signals:
//
// Modifies: ExtensionApis (global)
//
// Algorithm:
//
// History: dd-mmm-yy Author Comment
// 02-Feb-95 t-ScottH author
//
// Notes:
// The address of the object is passed in the arguments. This
// address is in the debuggee's process memory. In order for
// NTSD to view this memory, the debugger must copy the mem
// using the WIN32 ReadProcessMemory API.
//
//--------------------------------------------------------------------------
DECLARE_API(dump_filetime)
{
// set up global function pointers
ExtensionApis = *lpExtensionApis;
dprintf("dump_filetime not implemented\n");
return;
}
//+-------------------------------------------------------------------------
//
// Function: dump_cachelist_item, exported
//
// Synopsis: dumps CACHELIST_ITEM object
//
// Effects:
//
// Arguments: see DECLARE_API in oleexts.h
//
// Requires:
//
// Returns: void
//
// Signals:
//
// Modifies: ExtensionApis (global)
//
// Algorithm:
//
// History: dd-mmm-yy Author Comment
// 02-Feb-95 t-ScottH author
//
// Notes:
// The address of the object is passed in the arguments. This
// address is in the debuggee's process memory. In order for
// NTSD to view this memory, the debugger must copy the mem
// using the WIN32 ReadProcessMemory API.
//
//--------------------------------------------------------------------------
DECLARE_API(dump_cachelist_item)
{
BOOL fError;
LPVOID dwAddr;
DWORD dwReturnedCount;
char *pszCacheListItem;
char *blockCacheListItem = NULL;
char *blockCacheNode = NULL;
char *blockPresObj = NULL;
char *blockPresObjAF = NULL;
CACHELIST_ITEM *pCacheListItem = NULL;
DWORD dwSizeOfPresObj;
// set up global function pointers
ExtensionApis = *lpExtensionApis;
// get address of object from argument string
dwAddr = (LPVOID)GetExpression( args );
if (dwAddr == 0)
{
dprintf("Failed to get Address of CACEHLIST_ITEM\n");
return;
}
// read the block of memory from the debugee's process
blockCacheListItem = new char[sizeof(CACHELIST_ITEM)];
fError = ReadProcessMemory(
hCurrentProcess,
dwAddr,
blockCacheListItem,
sizeof(CACHELIST_ITEM),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: CACHELIST_ITEM \n");
dprintf("at address %x\n", dwAddr);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(CACHELIST_ITEM))
{
dprintf("Size of process memory read != requested(CACHELIST_ITEM\n");
goto errRtn;
}
pCacheListItem = (CACHELIST_ITEM *)blockCacheListItem;
if (pCacheListItem->lpCacheNode != NULL)
{
blockCacheNode = new char[sizeof(CCacheNode)];
fError = ReadProcessMemory(
hCurrentProcess,
pCacheListItem->lpCacheNode,
blockCacheNode,
sizeof(CCacheNode),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: CCacheNode \n");
dprintf("at address %x\n", pCacheListItem->lpCacheNode);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(CCacheNode))
{
dprintf("Size of process memory read != requested (CCacheNode)\n");
goto errRtn;
}
pCacheListItem->lpCacheNode = (CCacheNode*)blockCacheNode;
// need to get the OlePresObjs for the CCacheNode
if (pCacheListItem->lpCacheNode->m_pPresObj != NULL)
{
switch (pCacheListItem->lpCacheNode->m_dwPresFlag)
{
case CN_PRESOBJ_GEN:
dwSizeOfPresObj = sizeof(CGenObject);
break;
case CN_PRESOBJ_MF:
dwSizeOfPresObj = sizeof(CMfObject);
break;
case CN_PRESOBJ_EMF:
dwSizeOfPresObj = sizeof(CEMfObject);
break;
default:
dprintf("Error: can not determine size of IOlePresObj\n");
return;
}
blockPresObj = new char[dwSizeOfPresObj];
fError = ReadProcessMemory(
hCurrentProcess,
pCacheListItem->lpCacheNode->m_pPresObj,
blockPresObj,
dwSizeOfPresObj,
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: IOlePresObj \n");
dprintf("at address %x\n", pCacheListItem->lpCacheNode->m_pPresObj);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != dwSizeOfPresObj)
{
dprintf("Size of process memory read != requested (IPresObj)\n");
goto errRtn;
}
pCacheListItem->lpCacheNode->m_pPresObj = (IOlePresObj *)blockPresObj;
}
if (pCacheListItem->lpCacheNode->m_pPresObjAfterFreeze != NULL)
{
switch (pCacheListItem->lpCacheNode->m_dwPresFlag)
{
case CN_PRESOBJ_GEN:
dwSizeOfPresObj = sizeof(CGenObject);
break;
case CN_PRESOBJ_MF:
dwSizeOfPresObj = sizeof(CMfObject);
break;
case CN_PRESOBJ_EMF:
dwSizeOfPresObj = sizeof(CEMfObject);
break;
default:
dprintf("Error: can not determine size of IOlePresObj\n");
return;
}
blockPresObjAF = new char[dwSizeOfPresObj];
fError = ReadProcessMemory(
hCurrentProcess,
pCacheListItem->lpCacheNode->m_pPresObjAfterFreeze,
blockPresObjAF,
dwSizeOfPresObj,
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: IOlePresObj \n");
dprintf("at address %x\n", pCacheListItem->lpCacheNode->m_pPresObjAfterFreeze);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != dwSizeOfPresObj)
{
dprintf("Size of process memory read != requested (IOlePresObj)\n");
goto errRtn;
}
pCacheListItem->lpCacheNode->m_pPresObjAfterFreeze = (IOlePresObj *)blockPresObjAF;
}
}
// dump the structure
pszCacheListItem = DumpCACHELIST_ITEM(pCacheListItem, NO_PREFIX, 1);
dprintf("CACHELIST_ITEM @ 0x%x\n", dwAddr);
dprintfx(pszCacheListItem);
CoTaskMemFree(pszCacheListItem);
errRtn:
// delete the blocks and not the pointers
delete[] blockPresObj;
delete[] blockPresObjAF;
delete[] blockCacheNode;
delete[] blockCacheListItem;
return;
}
//+-------------------------------------------------------------------------
//
// Function: dump_cacheenum, exported
//
// Synopsis: dumps CCacheEnum object
//
// Effects:
//
// Arguments: see DECLARE_API in oleexts.h
//
// Requires:
//
// Returns: void
//
// Signals:
//
// Modifies: ExtensionApis (global)
//
// Algorithm:
//
// History: dd-mmm-yy Author Comment
// 02-Feb-95 t-ScottH author
//
// Notes:
// The address of the object is passed in the arguments. This
// address is in the debuggee's process memory. In order for
// NTSD to view this memory, the debugger must copy the mem
// using the WIN32 ReadProcessMemory API.
//
//--------------------------------------------------------------------------
DECLARE_API(dump_cacheenum)
{
BOOL fError;
LPVOID dwAddr;
DWORD dwReturnedCount;
char *pszCE;
char *blockCE = NULL;
CCacheEnum *pCE = NULL;
// set up global function pointers
ExtensionApis = *lpExtensionApis;
// get address of object from argument string
dwAddr = (LPVOID)GetExpression( args );
if (dwAddr == 0)
{
dprintf("Failed to get Address of CCacheEnum\n");
return;
}
// read the block of memory from the debugee's process
blockCE = new char[sizeof(CCacheEnum)];
fError = ReadProcessMemory(
hCurrentProcess,
dwAddr,
blockCE,
sizeof(CCacheEnum),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: CCacheEnum \n");
dprintf("at address %x\n", dwAddr);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(CCacheEnum))
{
dprintf("Size of process memory read != requested\n");
goto errRtn;
}
pCE = (CCacheEnum *)blockCE;
// dump the structure
pszCE = DumpCCacheEnum(pCE, NO_PREFIX, 1);
dprintf("CCacheEnum @ 0x%x\n", dwAddr);
dprintfx(pszCE);
CoTaskMemFree(pszCE);
errRtn:
// delete the blocks and not the pointers
delete[] blockCE;
return;
}
//+-------------------------------------------------------------------------
//
// Function: dump_cacheenumformatetc, exported
//
// Synopsis: dumps CCacheEnumFormatEtc object
//
// Effects:
//
// Arguments: see DECLARE_API in oleexts.h
//
// Requires:
//
// Returns: void
//
// Signals:
//
// Modifies: ExtensionApis (global)
//
// Algorithm:
//
// History: dd-mmm-yy Author Comment
// 02-Feb-95 t-ScottH author
//
// Notes:
// The address of the object is passed in the arguments. This
// address is in the debuggee's process memory. In order for
// NTSD to view this memory, the debugger must copy the mem
// using the WIN32 ReadProcessMemory API.
//
//--------------------------------------------------------------------------
DECLARE_API(dump_cacheenumformatetc)
{
BOOL fError;
LPVOID dwAddr;
DWORD dwReturnedCount;
char *pszCacheEnumFormatEtc;
char *blockCacheEnumFormatEtc = NULL;
CCacheEnumFormatEtc *pCacheEnumFormatEtc = NULL;
// set up global function pointers
ExtensionApis = *lpExtensionApis;
// get address of object from argument string
dwAddr = (LPVOID)GetExpression( args );
if (dwAddr == 0)
{
dprintf("Failed to get Address of CCacheEnumFormatEtc\n");
return;
}
// read the block of memory from the debugee's process
blockCacheEnumFormatEtc = new char[sizeof(CCacheEnumFormatEtc)];
fError = ReadProcessMemory(
hCurrentProcess,
dwAddr,
blockCacheEnumFormatEtc,
sizeof(CCacheEnumFormatEtc),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory CacheEnumFormatEtc");
dprintf("at address %x\n", dwAddr);
dprintf("Last Error Code = %d (%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(CCacheEnumFormatEtc))
{
dprintf("Size of process memory read != requested\n");
goto errRtn;
}
pCacheEnumFormatEtc = (CCacheEnumFormatEtc *)blockCacheEnumFormatEtc;
// dump the structure
pszCacheEnumFormatEtc = DumpCCacheEnumFormatEtc(pCacheEnumFormatEtc, NO_PREFIX, 1);
dprintf("CCacheEnumFormatEtc @ 0x%x\n", dwAddr);
dprintfx(pszCacheEnumFormatEtc);
CoTaskMemFree(pszCacheEnumFormatEtc);
errRtn:
delete[] blockCacheEnumFormatEtc;
return;
}
//+-------------------------------------------------------------------------
//
// Function: dump_cachenode, exported
//
// Synopsis: dumps CCacheNode object
//
// Effects:
//
// Arguments: see DECLARE_API in oleexts.h
//
// Requires:
//
// Returns: void
//
// Signals:
//
// Modifies: ExtensionApis (global)
//
// Algorithm:
//
// History: dd-mmm-yy Author Comment
// 02-Feb-95 t-ScottH author
//
// Notes:
// The address of the object is passed in the arguments. This
// address is in the debuggee's process memory. In order for
// NTSD to view this memory, the debugger must copy the mem
// using the WIN32 ReadProcessMemory API.
//
//--------------------------------------------------------------------------
DECLARE_API(dump_cachenode)
{
BOOL fError;
LPVOID dwAddr;
DWORD dwReturnedCount = 0;
char *pszCacheNode = NULL;
char *blockCacheNode = NULL;
char *blockPresObj = NULL;
char *blockPresObjAF = NULL;
CCacheNode *pCacheNode = NULL;
DWORD dwSizeOfPresObj;
// set up global function pointers
ExtensionApis = *lpExtensionApis;
// get address of object from argument string
dwAddr = (LPVOID)GetExpression( args );
if (dwAddr == 0)
{
dprintf("Failed to get Address of CCacheNode\n");
return;
}
// get the CCacheNode block of mem
blockCacheNode = new char[sizeof(CCacheNode)];
fError = ReadProcessMemory(
hCurrentProcess,
dwAddr,
blockCacheNode,
sizeof(CCacheNode),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: CCacheNode \n");
dprintf("at address %x\n", dwAddr);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(CCacheNode))
{
dprintf("Size of process memory read != requested (CCacheNode)\n");
goto errRtn;
}
pCacheNode = (CCacheNode*)blockCacheNode;
// need to get the OlePresObjs for the CCacheNode
if (pCacheNode->m_pPresObj != NULL)
{
switch (pCacheNode->m_dwPresFlag)
{
case CN_PRESOBJ_GEN:
dwSizeOfPresObj = sizeof(CGenObject);
break;
case CN_PRESOBJ_MF:
dwSizeOfPresObj = sizeof(CMfObject);
break;
case CN_PRESOBJ_EMF:
dwSizeOfPresObj = sizeof(CEMfObject);
break;
default:
dprintf("Error: can not determine size of IOlePresObj\n");
return;
}
blockPresObj = new char[dwSizeOfPresObj];
fError = ReadProcessMemory(
hCurrentProcess,
pCacheNode->m_pPresObj,
blockPresObj,
dwSizeOfPresObj,
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: IOlePresObj \n");
dprintf("at address %x\n", pCacheNode->m_pPresObj);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != dwSizeOfPresObj)
{
dprintf("Size of process memory read != requested (IOlePresObj)\n");
goto errRtn;
}
// pass off pointer
pCacheNode->m_pPresObj = (IOlePresObj *)blockPresObj;
}
if (pCacheNode->m_pPresObjAfterFreeze != NULL)
{
switch (pCacheNode->m_dwPresFlag)
{
case CN_PRESOBJ_GEN:
dwSizeOfPresObj = sizeof(CGenObject);
break;
case CN_PRESOBJ_MF:
dwSizeOfPresObj = sizeof(CMfObject);
break;
case CN_PRESOBJ_EMF:
dwSizeOfPresObj = sizeof(CEMfObject);
break;
default:
dprintf("Error: can not determine size of IOlePresObj\n");
return;
}
blockPresObjAF = new char[dwSizeOfPresObj];
fError = ReadProcessMemory(
hCurrentProcess,
pCacheNode->m_pPresObjAfterFreeze,
blockPresObjAF,
dwSizeOfPresObj,
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: IOlePresObj \n");
dprintf("at address %x\n", pCacheNode->m_pPresObjAfterFreeze);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != dwSizeOfPresObj)
{
dprintf("Size of process memory read != requested (IOlePresObj)\n");
goto errRtn;
}
// pass off pointer
pCacheNode->m_pPresObjAfterFreeze = (IOlePresObj *)blockPresObjAF;
}
// dump the structure
pszCacheNode = DumpCCacheNode(pCacheNode, NO_PREFIX, 1);
dprintf("CCacheNode @ 0x%x\n", dwAddr);
dprintfx(pszCacheNode);
CoTaskMemFree(pszCacheNode);
errRtn:
// delete the blocks and not the pointers
delete[] blockPresObj;
delete[] blockPresObjAF;
delete[] blockCacheNode;
return;
}
//+-------------------------------------------------------------------------
//
// Function: dump_clipdataobject, exported
//
// Synopsis: dumps CClipDataObject object
//
// Effects:
//
// Arguments: see DECLARE_API in oleexts.h
//
// Requires:
//
// Returns: void
//
// Signals:
//
// Modifies: ExtensionApis (global)
//
// Algorithm:
//
// History: dd-mmm-yy Author Comment
// 02-Feb-95 t-ScottH author
//
// Notes:
// The address of the object is passed in the arguments. This
// address is in the debuggee's process memory. In order for
// NTSD to view this memory, the debugger must copy the mem
// using the WIN32 ReadProcessMemory API.
//
//--------------------------------------------------------------------------
DECLARE_API(dump_clipdataobject)
{
BOOL fError;
LPVOID dwAddr;
DWORD dwReturnedCount;
char *pszCDO;
char *blockCDO = NULL;
char *blockFE = NULL;
CClipDataObject *pCDO = NULL;
// set up global function pointers
ExtensionApis = *lpExtensionApis;
// get address of object from argument string
dwAddr = (LPVOID)GetExpression( args );
if (dwAddr == 0)
{
dprintf("Failed to get Address of CClipDataObject\n");
return;
}
// read the block of memory from the debugee's process
blockCDO = new char[sizeof(CClipDataObject)];
fError = ReadProcessMemory(
hCurrentProcess,
dwAddr,
blockCDO,
sizeof(CClipDataObject),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: CClipDataObject \n");
dprintf("at address %x\n", dwAddr);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(CClipDataObject))
{
dprintf("Size of process memory read != requested\n");
goto errRtn;
}
pCDO = (CClipDataObject *)blockCDO;
// read the block of mem for the FORMATETC array
blockFE = new char[sizeof(FORMATETC)*pCDO->m_cFormats];
fError = ReadProcessMemory(
hCurrentProcess,
pCDO->m_rgFormats,
blockFE,
sizeof(FORMATETC)*pCDO->m_cFormats,
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: FORMATETC array \n");
dprintf("at address %x\n", pCDO->m_rgFormats);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != (sizeof(FORMATETC)*pCDO->m_cFormats))
{
dprintf("Size of process memory read != requested\n");
goto errRtn;
}
pCDO->m_rgFormats = (FORMATETC *)blockFE;
// dump the structure
pszCDO = DumpCClipDataObject(pCDO, NO_PREFIX, 1);
dprintf("CClipDataObject @ 0x%x\n", dwAddr);
dprintfx(pszCDO);
CoTaskMemFree(pszCDO);
errRtn:
// delete the blocks and not the pointers
delete[] blockFE;
delete[] blockCDO;
return;
}
//+-------------------------------------------------------------------------
//
// Function: dump_clipenumformatetc, exported
//
// Synopsis: dumps CClipEnumFormatEtc object
//
// Effects:
//
// Arguments: see DECLARE_API in oleexts.h
//
// Requires:
//
// Returns: void
//
// Signals:
//
// Modifies: ExtensionApis (global)
//
// Algorithm:
//
// History: dd-mmm-yy Author Comment
// 02-Feb-95 t-ScottH author
//
// Notes:
// The address of the object is passed in the arguments. This
// address is in the debuggee's process memory. In order for
// NTSD to view this memory, the debugger must copy the mem
// using the WIN32 ReadProcessMemory API.
//
//--------------------------------------------------------------------------
DECLARE_API(dump_clipenumformatetc)
{
BOOL fError;
LPVOID dwAddr;
DWORD dwReturnedCount;
char *pszCEFE;
char *blockCEFE = NULL;
char *blockFE = NULL;
CClipEnumFormatEtc *pCEFE = NULL;
// set up global function pointers
ExtensionApis = *lpExtensionApis;
// get address of object from argument string
dwAddr = (LPVOID)GetExpression( args );
if (dwAddr == 0)
{
dprintf("Failed to get Address of CClipEnumFormatEtc\n");
return;
}
// read the block of memory from the debugee's process
blockCEFE = new char[sizeof(CClipEnumFormatEtc)];
fError = ReadProcessMemory(
hCurrentProcess,
dwAddr,
blockCEFE,
sizeof(CClipEnumFormatEtc),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: CClipEnumFormatEtc \n");
dprintf("at address %x\n", dwAddr);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(CClipEnumFormatEtc))
{
dprintf("Size of process memory read != requested\n");
goto errRtn;
}
pCEFE = (CClipEnumFormatEtc *)blockCEFE;
// read the block of mem for the FORMATETC array
blockFE = new char[sizeof(FORMATETC)*pCEFE->m_cTotal];
fError = ReadProcessMemory(
hCurrentProcess,
pCEFE->m_rgFormats,
blockFE,
sizeof(FORMATETC)*pCEFE->m_cTotal,
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: FORMATETC array \n");
dprintf("at address %x\n", pCEFE->m_rgFormats);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != (sizeof(FORMATETC)*pCEFE->m_cTotal))
{
dprintf("Size of process memory read != requested\n");
goto errRtn;
}
pCEFE->m_rgFormats = (FORMATETC *)blockFE;
// dump the structure
pszCEFE = DumpCClipEnumFormatEtc(pCEFE, NO_PREFIX, 1);
dprintf("CClipEnumFormatEtc @ 0x%x\n", dwAddr);
dprintfx(pszCEFE);
CoTaskMemFree(pszCEFE);
errRtn:
// delete the blocks and not the pointers
delete[] blockFE;
delete[] blockCEFE;
return;
}
//+-------------------------------------------------------------------------
//
// Function: dump_daholder, exported
//
// Synopsis: dumps CDAHolder object
//
// Effects:
//
// Arguments: see DECLARE_API in oleexts.h
//
// Requires:
//
// Returns: void
//
// Signals:
//
// Modifies: ExtensionApis (global)
//
// Algorithm:
//
// History: dd-mmm-yy Author Comment
// 02-Feb-95 t-ScottH author
//
// Notes:
// The address of the object is passed in the arguments. This
// address is in the debuggee's process memory. In order for
// NTSD to view this memory, the debugger must copy the mem
// using the WIN32 ReadProcessMemory API.
//
//--------------------------------------------------------------------------
DECLARE_API(dump_daholder)
{
DWORD dwReturnedCount;
BOOL fError;
LPVOID dwAddr;
char *pszDAH;
char *blockDAH = NULL;
char *blockStatDataArray = NULL;
CDAHolder *pDAH = NULL;
// set up global function pointers
ExtensionApis = *lpExtensionApis;
// get address of object from argument string
dwAddr = (LPVOID)GetExpression( args );
if (dwAddr == 0)
{
dprintf("Failed to get Address of CDAHolder\n");
return;
}
// read the block of memory from the debugee's process
blockDAH = new char[sizeof(CDAHolder)];
fError = ReadProcessMemory(
hCurrentProcess,
dwAddr,
blockDAH,
sizeof(CDAHolder),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: CDAHolder \n");
dprintf("at address %x\n", dwAddr);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(CDAHolder))
{
dprintf("Size of process memory read != requested (CDAHolder)\n");
goto errRtn;
}
pDAH = (CDAHolder *)blockDAH;
// read the block of mem for the STATDATA array
blockStatDataArray = new char[sizeof(STATDATA) * pDAH->m_iSize];
fError = ReadProcessMemory(
hCurrentProcess,
pDAH->m_pSD,
blockStatDataArray,
sizeof(STATDATA) * pDAH->m_iSize,
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: STATDATA array \n");
dprintf("at address %x\n", pDAH->m_pSD);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != (sizeof(STATDATA) * pDAH->m_iSize))
{
dprintf("Size of process memory read != requested (STATDATA array)\n");
goto errRtn;
}
pDAH->m_pSD = (STATDATA *)blockStatDataArray;
// dump the structure
pszDAH = DumpCDAHolder(pDAH, NO_PREFIX, 1);
dprintf("CDAHolder @ 0x%x\n", dwAddr);
dprintfx(pszDAH);
CoTaskMemFree(pszDAH);
errRtn:
delete[] blockDAH;
delete[] blockStatDataArray;
return;
}
//+-------------------------------------------------------------------------
//
// Function: dump_dataadvisecache, exported
//
// Synopsis: dumps CDataAdviseCache object
//
// Effects:
//
// Arguments: see DECLARE_API in oleexts.h
//
// Requires:
//
// Returns: void
//
// Signals:
//
// Modifies: ExtensionApis (global)
//
// Algorithm:
//
// History: dd-mmm-yy Author Comment
// 02-Feb-95 t-ScottH author
//
// Notes:
// The address of the object is passed in the arguments. This
// address is in the debuggee's process memory. In order for
// NTSD to view this memory, the debugger must copy the mem
// using the WIN32 ReadProcessMemory API.
//
//--------------------------------------------------------------------------
DECLARE_API(dump_dataadvisecache)
{
BOOL fError;
LPVOID dwAddr;
DWORD dwReturnedCount;
char *pszDataAdviseCache;
char *blockDataAdviseCache = NULL;
char *blockDAH = NULL;
CDataAdviseCache *pDataAdviseCache = NULL;
// set up global function pointers
ExtensionApis = *lpExtensionApis;
// get address of object from argument string
dwAddr = (LPVOID)GetExpression( args );
if (dwAddr == 0)
{
dprintf("Failed to get Address of CDataAdviseCache\n");
return;
}
// read the block of memory from the debugee's process
blockDataAdviseCache = new char[sizeof(CDataAdviseCache)];
fError = ReadProcessMemory(
hCurrentProcess,
dwAddr,
blockDataAdviseCache,
sizeof(CDataAdviseCache),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory DataAdviseCache");
dprintf("at address %x\n", dwAddr);
dprintf("Last Error Code = %d (%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(CDataAdviseCache))
{
dprintf("Size of process memory read != requested\n");
goto errRtn;
}
pDataAdviseCache = (CDataAdviseCache *)blockDataAdviseCache;
// get the mem for CDAHolder
if (pDataAdviseCache->m_pDAH != NULL)
{
blockDAH = new char[sizeof(CDAHolder)];
fError = ReadProcessMemory(
hCurrentProcess,
pDataAdviseCache->m_pDAH,
blockDAH,
sizeof(CDAHolder),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory CDAHolder");
dprintf("at address %x\n", pDataAdviseCache->m_pDAH);
dprintf("Last Error Code = %d (%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(CDAHolder))
{
dprintf("Size of process memory read != requested (CDAHolder)\n");
goto errRtn;
}
pDataAdviseCache->m_pDAH = (CDAHolder *)blockDAH;
}
// dump the structure
pszDataAdviseCache = DumpCDataAdviseCache(pDataAdviseCache, NO_PREFIX, 1);
dprintf("CDataAdviseCache @ 0x%x\n", dwAddr);
dprintfx(pszDataAdviseCache);
CoTaskMemFree(pszDataAdviseCache);
errRtn:
delete[] blockDAH;
delete[] blockDataAdviseCache;
return;
}
//+-------------------------------------------------------------------------
//
// Function: dump_defclassfactory, exported
//
// Synopsis: dumps CDefClassFactory object
//
// Effects:
//
// Arguments: see DECLARE_API in oleexts.h
//
// Requires:
//
// Returns: void
//
// Signals:
//
// Modifies: ExtensionApis (global)
//
// Algorithm:
//
// History: dd-mmm-yy Author Comment
// 02-Feb-95 t-ScottH author
//
// Notes:
// The address of the object is passed in the arguments. This
// address is in the debuggee's process memory. In order for
// NTSD to view this memory, the debugger must copy the mem
// using the WIN32 ReadProcessMemory API.
//
//--------------------------------------------------------------------------
DECLARE_API(dump_defclassfactory)
{
BOOL fError;
LPVOID dwAddr;
DWORD dwReturnedCount;
char *pszDefClassFactory;
char *blockDefClassFactory = NULL;
CDefClassFactory *pDefClassFactory = NULL;
// set up global function pointers
ExtensionApis = *lpExtensionApis;
// get address of object from argument string
dwAddr = (LPVOID)GetExpression( args );
if (dwAddr == 0)
{
dprintf("Failed to get Address of CDefClassFactory\n");
return;
}
// read the block of memory from the debugee's process
blockDefClassFactory = new char[sizeof(CDefClassFactory)];
fError = ReadProcessMemory(
hCurrentProcess,
dwAddr,
blockDefClassFactory,
sizeof(CDefClassFactory),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory DefClassFactory");
dprintf("at address %x\n", dwAddr);
dprintf("Last Error Code = %d (%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(CDefClassFactory))
{
dprintf("Size of process memory read != requested\n");
goto errRtn;
}
pDefClassFactory = (CDefClassFactory *)blockDefClassFactory;
// dump the structure
pszDefClassFactory = DumpCDefClassFactory(pDefClassFactory, NO_PREFIX, 1);
dprintf("CDefClassFactory @ 0x%x\n", dwAddr);
dprintfx(pszDefClassFactory);
CoTaskMemFree(pszDefClassFactory);
errRtn:
delete[] blockDefClassFactory;
return;
}
//+-------------------------------------------------------------------------
//
// Function: dump_deflink, exported
//
// Synopsis: dumps CDefLink object
//
// Effects:
//
// Arguments: see DECLARE_API in oleexts.h
//
// Requires:
//
// Returns: void
//
// Signals:
//
// Modifies: ExtensionApis (global)
//
// Algorithm:
//
// History: dd-mmm-yy Author Comment
// 02-Feb-95 t-ScottH author
//
// Notes:
// The address of the object is passed in the arguments. This
// address is in the debuggee's process memory. In order for
// NTSD to view this memory, the debugger must copy the mem
// using the WIN32 ReadProcessMemory API.
//
//--------------------------------------------------------------------------
DECLARE_API(dump_deflink)
{
unsigned int ui;
BOOL fError;
LPVOID dwAddr;
DWORD dwReturnedCount = 0;
char *pszDL = NULL;
char *blockDefLink = NULL;
char *blockCOleCache = NULL;
char *blockDataAdvCache = NULL;
char *blockOAHolder = NULL;
char *blockpIAS = NULL;
char *blockDAHolder = NULL;
char *blockSTATDATA = NULL;
char *blockCACHELIST = NULL;
char *blockCacheNode = NULL;
char *blockPresObj = NULL;
CDefLink *pDL = NULL;
CDAHolder *pDAH = NULL;
COAHolder *pOAH = NULL;
DWORD dwSizeOfPresObj;
// set up global function pointers
ExtensionApis = *lpExtensionApis;
// get address of object from argument string
dwAddr = (LPVOID)GetExpression( args );
if (dwAddr == 0)
{
dprintf("Failed to get Address of CDefLink\n");
return;
}
// read the block of memory from the debugee's process
blockDefLink = new char[sizeof(CDefLink)];
fError = ReadProcessMemory(
hCurrentProcess,
dwAddr,
blockDefLink,
sizeof(CDefLink),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: CDefLink \n");
dprintf("at address %x\n", dwAddr);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(CDefLink))
{
dprintf("Size of process memory read != requested (CDefLink)\n");
goto errRtn;
}
pDL = (CDefLink *)blockDefLink;
// we need to NULL the monikers since we can't use GetDisplayName in this process
pDL->m_pMonikerAbs = NULL;
pDL->m_pMonikerRel = NULL;
// get the block of mem for the COAHolder
if (pDL->m_pCOAHolder != NULL)
{
blockOAHolder = new char[sizeof(COAHolder)];
fError = ReadProcessMemory(
hCurrentProcess,
pDL->m_pCOAHolder,
blockOAHolder,
sizeof(COAHolder),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: COAHolder \n");
dprintf("at address %x\n", pDL->m_pCOAHolder);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(COAHolder))
{
dprintf("Size of process memory read != requested (COAHolder)\n");
goto errRtn;
}
pDL->m_pCOAHolder = (COAHolder *)blockOAHolder;
pOAH = (COAHolder *)blockOAHolder;
// need to copy the array of IAdviseSink pointers
if (pOAH->m_iSize > 0)
{
blockpIAS = new char[pOAH->m_iSize * sizeof(IAdviseSink *)];
fError = ReadProcessMemory(
hCurrentProcess,
pOAH->m_ppIAS,
blockpIAS,
sizeof(IAdviseSink *) * pOAH->m_iSize,
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: IAdviseSink Array \n");
dprintf("at address %x\n", pOAH->m_ppIAS);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != (sizeof(IAdviseSink *) * pOAH->m_iSize))
{
dprintf("Size of process memory read != requested(IAdviseSink Array)\n");
goto errRtn;
}
pOAH->m_ppIAS = (IAdviseSink **)blockpIAS;
}
}
// get block of mem for CDataAdviseCache (only if m_pDataAdvCache != NULL)
if (pDL->m_pDataAdvCache != NULL)
{
blockDataAdvCache = new char[sizeof(CDataAdviseCache)];
fError = ReadProcessMemory(
hCurrentProcess,
pDL->m_pDataAdvCache,
blockDataAdvCache,
sizeof(CDataAdviseCache),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: CDataAdviseCache \n");
dprintf("at address %x\n", pDL->m_pDataAdvCache);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(CDataAdviseCache))
{
dprintf("Size of process memory read != requested (CDataAdviseCache)\n");
goto errRtn;
}
pDL->m_pDataAdvCache = (CDataAdviseCache *)blockDataAdvCache;
if (pDL->m_pDataAdvCache->m_pDAH != NULL)
{
blockDAHolder = new char[sizeof(CDAHolder)];
fError = ReadProcessMemory(
hCurrentProcess,
pDL->m_pDataAdvCache->m_pDAH,
blockDAHolder,
sizeof(CDAHolder),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: CDAHolder \n");
dprintf("at address %x\n", pDL->m_pDataAdvCache->m_pDAH);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(CDAHolder))
{
dprintf("Size of process memory read != requested (CDAHolder)\n");
goto errRtn;
}
pDL->m_pDataAdvCache->m_pDAH = (IDataAdviseHolder *)blockDAHolder;
pDAH = (CDAHolder *)blockDAHolder;
if (pDAH->m_pSD != NULL)
{
blockSTATDATA = new char[sizeof(STATDATA)*pDAH->m_iSize];
fError = ReadProcessMemory(
hCurrentProcess,
pDAH->m_pSD,
blockSTATDATA,
sizeof(STATDATA)*pDAH->m_iSize,
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: STATDATA \n");
dprintf("at address %x\n", pDAH->m_pSD);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != (sizeof(STATDATA)*pDAH->m_iSize))
{
dprintf("Size of process memory read != requested (STATDATA)\n");
goto errRtn;
}
pDAH->m_pSD = (STATDATA *)blockSTATDATA;
}
}
}
// get block of mem for COleCache (only if m_pCOleCache != NULL)
if (pDL->m_pCOleCache != NULL)
{
blockCOleCache = new char[sizeof(COleCache)];
fError = ReadProcessMemory(
hCurrentProcess,
pDL->m_pCOleCache,
blockCOleCache,
sizeof(COleCache),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: COleCache \n");
dprintf("at address %x\n", pDL->m_pCOleCache);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(COleCache))
{
dprintf("Size of process memory read != requested (COleCache)\n");
goto errRtn;
}
pDL->m_pCOleCache = (COleCache *)blockCOleCache;
// get block of mem for CACHELIST
if (pDL->m_pCOleCache->m_pCacheList != NULL)
{
blockCACHELIST = new char[sizeof(CACHELIST_ITEM) * pDL->m_pCOleCache->m_uCacheNodeMax];
fError = ReadProcessMemory(
hCurrentProcess,
pDL->m_pCOleCache->m_pCacheList,
blockCACHELIST,
sizeof(CACHELIST_ITEM) * pDL->m_pCOleCache->m_uCacheNodeMax,
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: CACHELIST \n");
dprintf("at address %x\n", pDL->m_pCOleCache->m_pCacheList);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != (sizeof(CACHELIST_ITEM) * pDL->m_pCOleCache->m_uCacheNodeMax))
{
dprintf("Size of process memory read != requestedi (CACHELIST)\n");
goto errRtn;
}
pDL->m_pCOleCache->m_pCacheList = (LPCACHELIST) blockCACHELIST;
}
// need to copy the memory of the CCacheNode's in the CACHELIST
for (ui = 0; ui < pDL->m_pCOleCache->m_uCacheNodeMax; ui++)
{
if (pDL->m_pCOleCache->m_pCacheList[ui].lpCacheNode != NULL)
{
blockCacheNode = new char[sizeof(CCacheNode)];
fError = ReadProcessMemory(
hCurrentProcess,
pDL->m_pCOleCache->m_pCacheList[ui].lpCacheNode,
blockCacheNode,
sizeof(CCacheNode),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: CCacheNode \n");
dprintf("at address %x\n", pDL->m_pCOleCache->m_pCacheList[ui].lpCacheNode);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(CCacheNode))
{
dprintf("Size of process memory read != requested (CCacheNode)\n");
goto errRtn;
}
// pass off pointer
pDL->m_pCOleCache->m_pCacheList[ui].lpCacheNode = (CCacheNode*)blockCacheNode;
blockCacheNode = NULL;
// need to get the OlePresObjs for the CCacheNode
if (pDL->m_pCOleCache->m_pCacheList[ui].lpCacheNode->m_pPresObj != NULL)
{
switch (pDL->m_pCOleCache->m_pCacheList[ui].lpCacheNode->m_dwPresFlag)
{
case CN_PRESOBJ_GEN:
dwSizeOfPresObj = sizeof(CGenObject);
break;
case CN_PRESOBJ_MF:
dwSizeOfPresObj = sizeof(CMfObject);
break;
case CN_PRESOBJ_EMF:
dwSizeOfPresObj = sizeof(CEMfObject);
break;
default:
dprintf("Error: can not determine size of IOlePresObj\n");
return;
}
blockPresObj = new char[dwSizeOfPresObj];
fError = ReadProcessMemory(
hCurrentProcess,
pDL->m_pCOleCache->m_pCacheList[ui].lpCacheNode->m_pPresObj,
blockPresObj,
dwSizeOfPresObj,
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: IOlePresObj \n");
dprintf("at address %x\n", pDL->m_pCOleCache->m_pCacheList[ui].lpCacheNode->m_pPresObj);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != dwSizeOfPresObj)
{
dprintf("Size of process memory read != requested (IOlePresObj)\n");
goto errRtn;
}
// pass off pointer
pDL->m_pCOleCache->m_pCacheList[ui].lpCacheNode->m_pPresObj = (IOlePresObj *)blockPresObj;
blockPresObj = NULL;
}
if (pDL->m_pCOleCache->m_pCacheList[ui].lpCacheNode->m_pPresObjAfterFreeze != NULL)
{
switch (pDL->m_pCOleCache->m_pCacheList[ui].lpCacheNode->m_dwPresFlag)
{
case CN_PRESOBJ_GEN:
dwSizeOfPresObj = sizeof(CGenObject);
break;
case CN_PRESOBJ_MF:
dwSizeOfPresObj = sizeof(CMfObject);
break;
case CN_PRESOBJ_EMF:
dwSizeOfPresObj = sizeof(CEMfObject);
break;
default:
dprintf("Error: can not determine size of IOlePresObj\n");
return;
}
blockPresObj = new char[dwSizeOfPresObj];
fError = ReadProcessMemory(
hCurrentProcess,
pDL->m_pCOleCache->m_pCacheList[ui].lpCacheNode->m_pPresObjAfterFreeze,
blockPresObj,
dwSizeOfPresObj,
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: IOlePresObj \n");
dprintf("at address %x\n", pDL->m_pCOleCache->m_pCacheList[ui].lpCacheNode->m_pPresObjAfterFreeze);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != dwSizeOfPresObj)
{
dprintf("Size of process memory read != requested (IOlePresObj)\n");
goto errRtn;
}
// pass off pointer
pDL->m_pCOleCache->m_pCacheList[ui].lpCacheNode->m_pPresObjAfterFreeze = (IOlePresObj *)blockPresObj;
blockPresObj = NULL;
}
}
}
}
// dump the structure
pszDL = DumpCDefLink(pDL, NO_PREFIX, 1);
dprintf("CDefLink @ 0x%x\n", dwAddr);
dprintfx(pszDL);
CoTaskMemFree(pszDL);
errRtn:
// delete the blocks and not the pointers
if ( (pDL != NULL)&&(blockCACHELIST != NULL)&&(blockCOleCache != NULL) )
{
for (ui = 0; ui < pDL->m_pCOleCache->m_uCacheNodeMax; ui++)
{
if (pDL->m_pCOleCache->m_pCacheList[ui].lpCacheNode != NULL)
{
delete[] ((char *)pDL->m_pCOleCache->m_pCacheList[ui].lpCacheNode->m_pPresObj);
delete[] ((char *)pDL->m_pCOleCache->m_pCacheList[ui].lpCacheNode->m_pPresObjAfterFreeze);
delete[] ((char *)pDL->m_pCOleCache->m_pCacheList[ui].lpCacheNode);
}
}
}
delete[] blockCACHELIST;
delete[] blockCOleCache;
delete[] blockDAHolder;
delete[] blockSTATDATA;
delete[] blockDataAdvCache;
delete[] blockpIAS;
delete[] blockOAHolder;
delete[] blockDefLink;
return;
}
//+-------------------------------------------------------------------------
//
// Function: dump_defobject, exported
//
// Synopsis: dumps CDefObject object
//
// Effects:
//
// Arguments: see DECLARE_API in oleexts.h
//
// Requires:
//
// Returns: void
//
// Signals:
//
// Modifies: ExtensionApis (global)
//
// Algorithm:
//
// History: dd-mmm-yy Author Comment
// 02-Feb-95 t-ScottH author
//
// Notes:
// The address of the object is passed in the arguments. This
// address is in the debuggee's process memory. In order for
// NTSD to view this memory, the debugger must copy the mem
// using the WIN32 ReadProcessMemory API.
//
//--------------------------------------------------------------------------
DECLARE_API(dump_defobject)
{
unsigned int ui;
BOOL fError;
LPVOID dwAddr;
DWORD dwReturnedCount = 0;
char *pszDO = NULL;
char *blockDefObject = NULL;
char *blockCOleCache = NULL;
char *blockDataAdvCache = NULL;
char *blockOAHolder = NULL;
char *blockpIAS = NULL;
char *blockDAHolder = NULL;
char *blockSTATDATA = NULL;
char *blockCACHELIST = NULL;
char *blockCacheNode = NULL;
char *blockPresObj = NULL;
CDefObject *pDO = NULL;
CDAHolder *pDAH = NULL;
COAHolder *pOAH = NULL;
DWORD dwSizeOfPresObj;
// set up global function pointers
ExtensionApis = *lpExtensionApis;
// get address of object from argument string
dwAddr = (LPVOID)GetExpression( args );
if (dwAddr == 0)
{
dprintf("Failed to get Address of CDefObject\n");
return;
}
// read the block of memory from the debugee's process
blockDefObject = new char[sizeof(CDefObject)];
fError = ReadProcessMemory(
hCurrentProcess,
dwAddr,
blockDefObject,
sizeof(CDefObject),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: CDefObject \n");
dprintf("at address %x\n", dwAddr);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(CDefObject))
{
dprintf("Size of process memory read != requested (CDefObject)\n");
goto errRtn;
}
pDO = (CDefObject *)blockDefObject;
// get the block of mem for the COAHolder
if (pDO->m_pOAHolder != NULL)
{
blockOAHolder = new char[sizeof(COAHolder)];
fError = ReadProcessMemory(
hCurrentProcess,
pDO->m_pOAHolder,
blockOAHolder,
sizeof(COAHolder),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: COAHolder \n");
dprintf("at address %x\n", pDO->m_pOAHolder);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(COAHolder))
{
dprintf("Size of process memory read != requested (COAHolder)\n");
goto errRtn;
}
pDO->m_pOAHolder = (COAHolder *)blockOAHolder;
pOAH = (COAHolder *)blockOAHolder;
// need to copy the array of IAdviseSink pointers
if (pOAH->m_iSize > 0)
{
blockpIAS = new char[pOAH->m_iSize * sizeof(IAdviseSink *)];
fError = ReadProcessMemory(
hCurrentProcess,
pOAH->m_ppIAS,
blockpIAS,
sizeof(IAdviseSink *) * pOAH->m_iSize,
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: IAdviseSink Array \n");
dprintf("at address %x\n", pOAH->m_ppIAS);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != (sizeof(IAdviseSink *) * pOAH->m_iSize))
{
dprintf("Size of process memory read != requested(IAdviseSink Array)\n");
goto errRtn;
}
pOAH->m_ppIAS = (IAdviseSink **)blockpIAS;
}
}
// get block of mem for CDataAdviseCache (only if m_pDataAdvCache != NULL)
if (pDO->m_pDataAdvCache != NULL)
{
blockDataAdvCache = new char[sizeof(CDataAdviseCache)];
fError = ReadProcessMemory(
hCurrentProcess,
pDO->m_pDataAdvCache,
blockDataAdvCache,
sizeof(CDataAdviseCache),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: CDataAdviseCache \n");
dprintf("at address %x\n", pDO->m_pDataAdvCache);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(CDataAdviseCache))
{
dprintf("Size of process memory read != requested (CDataAdviseCache)\n");
goto errRtn;
}
pDO->m_pDataAdvCache = (CDataAdviseCache *)blockDataAdvCache;
// get the mem for CDAHolder
if (pDO->m_pDataAdvCache->m_pDAH != NULL)
{
blockDAHolder = new char[sizeof(CDAHolder)];
fError = ReadProcessMemory(
hCurrentProcess,
pDO->m_pDataAdvCache->m_pDAH,
blockDAHolder,
sizeof(CDAHolder),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: CDAHolder \n");
dprintf("at address %x\n", pDO->m_pDataAdvCache->m_pDAH);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(CDAHolder))
{
dprintf("Size of process memory read != requested (CDAHolder)\n");
goto errRtn;
}
pDO->m_pDataAdvCache->m_pDAH = (IDataAdviseHolder *)blockDAHolder;
pDAH = (CDAHolder *)blockDAHolder;
// get the STATDATA array
if (pDAH->m_pSD != NULL)
{
blockSTATDATA = new char[sizeof(STATDATA)*pDAH->m_iSize];
fError = ReadProcessMemory(
hCurrentProcess,
pDAH->m_pSD,
blockSTATDATA,
sizeof(STATDATA)*pDAH->m_iSize,
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: STATDATA \n");
dprintf("at address %x\n", pDAH->m_pSD);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != (sizeof(STATDATA)*pDAH->m_iSize))
{
dprintf("Size of process memory read != requested (STATDATA)\n");
goto errRtn;
}
pDAH->m_pSD = (STATDATA *)blockSTATDATA;
}
}
}
// get block of mem for COleCache (only if m_pCOleCache != NULL)
if (pDO->m_pCOleCache != NULL)
{
blockCOleCache = new char[sizeof(COleCache)];
fError = ReadProcessMemory(
hCurrentProcess,
pDO->m_pCOleCache,
blockCOleCache,
sizeof(COleCache),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: COleCache \n");
dprintf("at address %x\n", pDO->m_pCOleCache);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(COleCache))
{
dprintf("Size of process memory read != requested (COleCache)\n");
goto errRtn;
}
pDO->m_pCOleCache = (COleCache *)blockCOleCache;
// get block of mem for CACHELIST
if (pDO->m_pCOleCache->m_pCacheList != NULL)
{
blockCACHELIST = new char[sizeof(CACHELIST_ITEM) * pDO->m_pCOleCache->m_uCacheNodeMax];
fError = ReadProcessMemory(
hCurrentProcess,
pDO->m_pCOleCache->m_pCacheList,
blockCACHELIST,
sizeof(CACHELIST_ITEM) * pDO->m_pCOleCache->m_uCacheNodeMax,
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: CACHELIST \n");
dprintf("at address %x\n", pDO->m_pCOleCache->m_pCacheList);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != (sizeof(CACHELIST_ITEM) * pDO->m_pCOleCache->m_uCacheNodeMax))
{
dprintf("Size of process memory read != requested(CACHELIST_ITEM\n");
goto errRtn;
}
pDO->m_pCOleCache->m_pCacheList = (LPCACHELIST) blockCACHELIST;
}
// need to copy the memory of the CCacheNode's in the CACHELIST
for (ui = 0; ui < pDO->m_pCOleCache->m_uCacheNodeMax; ui++)
{
if (pDO->m_pCOleCache->m_pCacheList[ui].lpCacheNode != NULL)
{
blockCacheNode = new char[sizeof(CCacheNode)];
fError = ReadProcessMemory(
hCurrentProcess,
pDO->m_pCOleCache->m_pCacheList[ui].lpCacheNode,
blockCacheNode,
sizeof(CCacheNode),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: CCacheNode \n");
dprintf("at address %x\n", pDO->m_pCOleCache->m_pCacheList[ui].lpCacheNode);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(CCacheNode))
{
dprintf("Size of process memory read != requested (CCacheNode)\n");
goto errRtn;
}
// pass off pointer
pDO->m_pCOleCache->m_pCacheList[ui].lpCacheNode = (CCacheNode*)blockCacheNode;
blockCacheNode = NULL;
// need to get the OlePresObjs for the CCacheNode
if (pDO->m_pCOleCache->m_pCacheList[ui].lpCacheNode->m_pPresObj != NULL)
{
switch (pDO->m_pCOleCache->m_pCacheList[ui].lpCacheNode->m_dwPresFlag)
{
case CN_PRESOBJ_GEN:
dwSizeOfPresObj = sizeof(CGenObject);
break;
case CN_PRESOBJ_MF:
dwSizeOfPresObj = sizeof(CMfObject);
break;
case CN_PRESOBJ_EMF:
dwSizeOfPresObj = sizeof(CEMfObject);
break;
default:
dprintf("Error: can not determine size of IOlePresObj\n");
return;
}
blockPresObj = new char[dwSizeOfPresObj];
fError = ReadProcessMemory(
hCurrentProcess,
pDO->m_pCOleCache->m_pCacheList[ui].lpCacheNode->m_pPresObj,
blockPresObj,
dwSizeOfPresObj,
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: IOlePresObj \n");
dprintf("at address %x\n", pDO->m_pCOleCache->m_pCacheList[ui].lpCacheNode->m_pPresObj);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != dwSizeOfPresObj)
{
dprintf("Size of process memory read != requested (IOlePresObj)\n");
goto errRtn;
}
// pass off pointer
pDO->m_pCOleCache->m_pCacheList[ui].lpCacheNode->m_pPresObj = (IOlePresObj *)blockPresObj;
blockPresObj = NULL;
}
if (pDO->m_pCOleCache->m_pCacheList[ui].lpCacheNode->m_pPresObjAfterFreeze != NULL)
{
switch (pDO->m_pCOleCache->m_pCacheList[ui].lpCacheNode->m_dwPresFlag)
{
case CN_PRESOBJ_GEN:
dwSizeOfPresObj = sizeof(CGenObject);
break;
case CN_PRESOBJ_MF:
dwSizeOfPresObj = sizeof(CMfObject);
break;
case CN_PRESOBJ_EMF:
dwSizeOfPresObj = sizeof(CEMfObject);
break;
default:
dprintf("Error: can not determine size of IOlePresObj\n");
return;
}
blockPresObj = new char[dwSizeOfPresObj];
fError = ReadProcessMemory(
hCurrentProcess,
pDO->m_pCOleCache->m_pCacheList[ui].lpCacheNode->m_pPresObjAfterFreeze,
blockPresObj,
dwSizeOfPresObj,
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: IOlePresObj \n");
dprintf("at address %x\n", pDO->m_pCOleCache->m_pCacheList[ui].lpCacheNode->m_pPresObjAfterFreeze);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != dwSizeOfPresObj)
{
dprintf("Size of process memory read != requested (IOlePresObj)\n");
goto errRtn;
}
// pass off pointer
pDO->m_pCOleCache->m_pCacheList[ui].lpCacheNode->m_pPresObjAfterFreeze = (IOlePresObj *)blockPresObj;
blockPresObj = NULL;
}
}
}
}
// dump the structure
pszDO = DumpCDefObject(pDO, NO_PREFIX, 1);
dprintf("CDefObject @ 0x%x\n", dwAddr);
dprintfx(pszDO);
CoTaskMemFree(pszDO);
errRtn:
// delete the blocks and not the pointers
if ( (pDO != NULL)&&(blockCACHELIST != NULL)&&(blockCOleCache != NULL) )
{
for (ui = 0; ui < pDO->m_pCOleCache->m_uCacheNodeMax; ui++)
{
if (pDO->m_pCOleCache->m_pCacheList[ui].lpCacheNode != NULL)
{
delete[] ((char *)pDO->m_pCOleCache->m_pCacheList[ui].lpCacheNode->m_pPresObj);
delete[] ((char *)pDO->m_pCOleCache->m_pCacheList[ui].lpCacheNode->m_pPresObjAfterFreeze);
delete[] ((char *)pDO->m_pCOleCache->m_pCacheList[ui].lpCacheNode);
}
}
}
delete[] blockCACHELIST;
delete[] blockCOleCache;
delete[] blockDAHolder;
delete[] blockSTATDATA;
delete[] blockDataAdvCache;
delete[] blockpIAS;
delete[] blockOAHolder;
delete[] blockDefObject;
return;
}
//+-------------------------------------------------------------------------
//
// Function: dump_emfobject, exported
//
// Synopsis: dumps CEMfObject object
//
// Effects:
//
// Arguments: see DECLARE_API in oleexts.h
//
// Requires:
//
// Returns: void
//
// Signals:
//
// Modifies: ExtensionApis (global)
//
// Algorithm:
//
// History: dd-mmm-yy Author Comment
// 02-Feb-95 t-ScottH author
//
// Notes:
// The address of the object is passed in the arguments. This
// address is in the debuggee's process memory. In order for
// NTSD to view this memory, the debugger must copy the mem
// using the WIN32 ReadProcessMemory API.
//
//--------------------------------------------------------------------------
DECLARE_API(dump_emfobject)
{
BOOL fError;
LPVOID dwAddr;
DWORD dwReturnedCount;
char *pszEMfObject;
char *blockEMfObject = NULL;
CEMfObject *pEMfObject = NULL;
// set up global function pointers
ExtensionApis = *lpExtensionApis;
// get address of object from argument string
dwAddr = (LPVOID)GetExpression( args );
if (dwAddr == 0)
{
dprintf("Failed to get Address of CEMfObject\n");
return;
}
// read the block of memory from the debugee's process
blockEMfObject = new char[sizeof(CEMfObject)];
fError = ReadProcessMemory(
hCurrentProcess,
dwAddr,
blockEMfObject,
sizeof(CEMfObject),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory EMfObject");
dprintf("at address %x\n", dwAddr);
dprintf("Last Error Code = %d (%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(CEMfObject))
{
dprintf("Size of process memory read != requested\n");
goto errRtn;
}
pEMfObject = (CEMfObject *)blockEMfObject;
// dump the structure
pszEMfObject = DumpCEMfObject(pEMfObject, NO_PREFIX, 1);
dprintf("CEMfObject @ 0x%x\n", dwAddr);
dprintfx(pszEMfObject);
CoTaskMemFree(pszEMfObject);
errRtn:
delete[] blockEMfObject;
return;
}
//+-------------------------------------------------------------------------
//
// Function: dump_enumfmt, exported
//
// Synopsis: dumps CEnumFmt object
//
// Effects:
//
// Arguments: see DECLARE_API in oleexts.h
//
// Requires:
//
// Returns: void
//
// Signals:
//
// Modifies: ExtensionApis (global)
//
// Algorithm:
//
// History: dd-mmm-yy Author Comment
// 02-Feb-95 t-ScottH author
//
// Notes:
// The address of the object is passed in the arguments. This
// address is in the debuggee's process memory. In order for
// NTSD to view this memory, the debugger must copy the mem
// using the WIN32 ReadProcessMemory API.
//
//--------------------------------------------------------------------------
DECLARE_API(dump_enumfmt)
{
// set up global function pointers
ExtensionApis = *lpExtensionApis;
dprintf("dump_enumfmt not implemented\n");
return;
}
//+-------------------------------------------------------------------------
//
// Function: dump_enumfmt10, exported
//
// Synopsis: dumps CEnumFmt10 object
//
// Effects:
//
// Arguments: see DECLARE_API in oleexts.h
//
// Requires:
//
// Returns: void
//
// Signals:
//
// Modifies: ExtensionApis (global)
//
// Algorithm:
//
// History: dd-mmm-yy Author Comment
// 02-Feb-95 t-ScottH author
//
// Notes:
// The address of the object is passed in the arguments. This
// address is in the debuggee's process memory. In order for
// NTSD to view this memory, the debugger must copy the mem
// using the WIN32 ReadProcessMemory API.
//
//--------------------------------------------------------------------------
DECLARE_API(dump_enumfmt10)
{
// set up global function pointers
ExtensionApis = *lpExtensionApis;
dprintf("dump_enumfmt10 not implemented\n");
return;
}
//+-------------------------------------------------------------------------
//
// Function: dump_enumstatdata, exported
//
// Synopsis: dumps CEnumSTATDATA object
//
// Effects:
//
// Arguments: see DECLARE_API in oleexts.h
//
// Requires:
//
// Returns: void
//
// Signals:
//
// Modifies: ExtensionApis (global)
//
// Algorithm:
//
// History: dd-mmm-yy Author Comment
// 02-Feb-95 t-ScottH author
//
// Notes:
// The address of the object is passed in the arguments. This
// address is in the debuggee's process memory. In order for
// NTSD to view this memory, the debugger must copy the mem
// using the WIN32 ReadProcessMemory API.
//
//--------------------------------------------------------------------------
DECLARE_API(dump_enumstatdata)
{
DWORD dwReturnedCount;
BOOL fError;
LPVOID dwAddr;
char *pszESD;
char *blockEnumStatData = NULL;
char *blockDAH = NULL;
char *blockStatDataArray = NULL;
CEnumSTATDATA *pESD = NULL;
// set up global function pointers
ExtensionApis = *lpExtensionApis;
// get address of object from argument string
dwAddr = (LPVOID)GetExpression( args );
if (dwAddr == 0)
{
dprintf("Failed to get Address of CEnumSTATDATA\n");
return;
}
// read the mem for the CEnumSTATDATA
blockEnumStatData = new char[sizeof(CEnumSTATDATA)];
fError = ReadProcessMemory(
hCurrentProcess,
dwAddr,
blockEnumStatData,
sizeof(CEnumSTATDATA),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: CEnumSTATDATA \n");
dprintf("at address %x\n", dwAddr);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(CEnumSTATDATA))
{
dprintf("Size of process memory read != requested (CEnumSTATDATA)\n");
goto errRtn;
}
pESD = (CEnumSTATDATA *)blockEnumStatData;
// read the block of memory for the CDAHolder
if (pESD->m_pHolder != NULL)
{
blockDAH = new char[sizeof(CDAHolder)];
fError = ReadProcessMemory(
hCurrentProcess,
pESD->m_pHolder,
blockDAH,
sizeof(CDAHolder),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: CDAHolder \n");
dprintf("at address %x\n", pESD->m_pHolder);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(CDAHolder))
{
dprintf("Size of process memory read != requested (CDAHolder)\n");
goto errRtn;
}
pESD->m_pHolder = (CDAHolder *)blockDAH;
// read the block of mem for the STATDATA array
if (pESD->m_pHolder->m_pSD != NULL)
{
blockStatDataArray = new char[sizeof(STATDATA) * pESD->m_pHolder->m_iSize];
fError = ReadProcessMemory(
hCurrentProcess,
pESD->m_pHolder->m_pSD,
blockStatDataArray,
sizeof(STATDATA) * pESD->m_pHolder->m_iSize,
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: STATDATA array \n");
dprintf("at address %x\n", pESD->m_pHolder->m_pSD);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != (sizeof(STATDATA) * pESD->m_pHolder->m_iSize))
{
dprintf("Size of process memory read != requested (STATDATA array)\n");
goto errRtn;
}
pESD->m_pHolder->m_pSD = (STATDATA *)blockStatDataArray;
}
}
// dump the structure
pszESD = DumpCEnumSTATDATA(pESD, NO_PREFIX, 1);
dprintf("CEnumSTATDATA @ 0x%x\n", dwAddr);
dprintfx(pszESD);
CoTaskMemFree(pszESD);
errRtn:
delete[] blockEnumStatData;
delete[] blockDAH;
delete[] blockStatDataArray;
return;
}
//+-------------------------------------------------------------------------
//
// Function: dump_enumverb, exported
//
// Synopsis: dumps CEnumVerb object
//
// Effects:
//
// Arguments: see DECLARE_API in oleexts.h
//
// Requires:
//
// Returns: void
//
// Signals:
//
// Modifies: ExtensionApis (global)
//
// Algorithm:
//
// History: dd-mmm-yy Author Comment
// 02-Feb-95 t-ScottH author
//
// Notes:
// The address of the object is passed in the arguments. This
// address is in the debuggee's process memory. In order for
// NTSD to view this memory, the debugger must copy the mem
// using the WIN32 ReadProcessMemory API.
//
//--------------------------------------------------------------------------
DECLARE_API(dump_enumverb)
{
// set up global function pointers
ExtensionApis = *lpExtensionApis;
dprintf("dump_enumverb not implemented\n");
return;
}
//+-------------------------------------------------------------------------
//
// Function: dump_genobject, exported
//
// Synopsis: dumps CGenObject object
//
// Effects:
//
// Arguments: see DECLARE_API in oleexts.h
//
// Requires:
//
// Returns: void
//
// Signals:
//
// Modifies: ExtensionApis (global)
//
// Algorithm:
//
// History: dd-mmm-yy Author Comment
// 02-Feb-95 t-ScottH author
//
// Notes:
// The address of the object is passed in the arguments. This
// address is in the debuggee's process memory. In order for
// NTSD to view this memory, the debugger must copy the mem
// using the WIN32 ReadProcessMemory API.
//
//--------------------------------------------------------------------------
DECLARE_API(dump_genobject)
{
BOOL fError;
LPVOID dwAddr;
DWORD dwReturnedCount;
char *pszGenObject;
char *blockGenObject = NULL;
CGenObject *pGenObject = NULL;
// set up global function pointers
ExtensionApis = *lpExtensionApis;
// get address of object from argument string
dwAddr = (LPVOID)GetExpression( args );
if (dwAddr == 0)
{
dprintf("Failed to get Address of CGenObject\n");
return;
}
// read the block of memory from the debugee's process
blockGenObject = new char[sizeof(CGenObject)];
fError = ReadProcessMemory(
hCurrentProcess,
dwAddr,
blockGenObject,
sizeof(CGenObject),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory GenObject");
dprintf("at address %x\n", dwAddr);
dprintf("Last Error Code = %d (%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(CGenObject))
{
dprintf("Size of process memory read != requested\n");
goto errRtn;
}
pGenObject = (CGenObject *)blockGenObject;
// dump the structure
pszGenObject = DumpCGenObject(pGenObject, NO_PREFIX, 1);
dprintf("CGenObject @ 0x%x\n", dwAddr);
dprintfx(pszGenObject);
CoTaskMemFree(pszGenObject);
errRtn:
delete[] blockGenObject;
return;
}
//+-------------------------------------------------------------------------
//
// Function: dump_membytes, exported
//
// Synopsis: dumps CMemBytes object
//
// Effects:
//
// Arguments: see DECLARE_API in oleexts.h
//
// Requires:
//
// Returns: void
//
// Signals:
//
// Modifies: ExtensionApis (global)
//
// Algorithm:
//
// History: dd-mmm-yy Author Comment
// 02-Feb-95 t-ScottH author
//
// Notes:
// The address of the object is passed in the arguments. This
// address is in the debuggee's process memory. In order for
// NTSD to view this memory, the debugger must copy the mem
// using the WIN32 ReadProcessMemory API.
//
//--------------------------------------------------------------------------
DECLARE_API(dump_membytes)
{
BOOL fError;
LPVOID dwAddr;
DWORD dwReturnedCount;
char *pszMB;
char *blockMB = NULL;
CMemBytes *pMB = NULL;
char *blockMEMSTM = NULL;
// set up global function pointers
ExtensionApis = *lpExtensionApis;
// get address of object from argument string
dwAddr = (LPVOID)GetExpression( args );
if (dwAddr == 0)
{
dprintf("Failed to get Address of CMemBytes\n");
return;
}
// read the block of memory from the debugee's process
blockMB = new char[sizeof(CMemBytes)];
fError = ReadProcessMemory(
hCurrentProcess,
dwAddr,
blockMB,
sizeof(CMemBytes),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: CMemBytes \n");
dprintf("at address %x\n", dwAddr);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(CMemBytes))
{
dprintf("Size of process memory read != requested(CMemBytes)\n");
goto errRtn;
}
pMB = (CMemBytes *)blockMB;
// copy the MEMSTM structure
if (pMB->m_pData != NULL)
{
blockMEMSTM = new char[sizeof(MEMSTM)];
fError = ReadProcessMemory(
hCurrentProcess,
pMB->m_pData,
blockMEMSTM,
sizeof(MEMSTM),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: MEMSTM \n");
dprintf("at address %x\n", pMB->m_pData);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(MEMSTM))
{
dprintf("Size of process memory read != requested(MEMSTM)\n");
goto errRtn;
}
pMB->m_pData = (MEMSTM *)blockMEMSTM;
}
// dump the structure
pszMB = DumpCMemBytes(pMB, NO_PREFIX, 1);
dprintf("CMemBytes @ 0x%x\n", dwAddr);
dprintfx(pszMB);
CoTaskMemFree(pszMB);
errRtn:
// delete the blocks and not the pointers
delete[] blockMB;
delete[] blockMEMSTM;
return;
}
//+-------------------------------------------------------------------------
//
// Function: dump_cmemstm, exported
//
// Synopsis: dumps CMemStm object
//
// Effects:
//
// Arguments: see DECLARE_API in oleexts.h
//
// Requires:
//
// Returns: void
//
// Signals:
//
// Modifies: ExtensionApis (global)
//
// Algorithm:
//
// History: dd-mmm-yy Author Comment
// 02-Feb-95 t-ScottH author
//
// Notes:
// The address of the object is passed in the arguments. This
// address is in the debuggee's process memory. In order for
// NTSD to view this memory, the debugger must copy the mem
// using the WIN32 ReadProcessMemory API.
//
//--------------------------------------------------------------------------
DECLARE_API(dump_cmemstm)
{
BOOL fError;
LPVOID dwAddr;
DWORD dwReturnedCount;
char *pszMS;
char *blockMS = NULL;
CMemStm *pMS = NULL;
char *blockMEMSTM = NULL;
// set up global function pointers
ExtensionApis = *lpExtensionApis;
// get address of object from argument string
dwAddr = (LPVOID)GetExpression( args );
if (dwAddr == 0)
{
dprintf("Failed to get Address of CMemStm\n");
return;
}
// read the block of memory from the debugee's process
blockMS = new char[sizeof(CMemStm)];
fError = ReadProcessMemory(
hCurrentProcess,
dwAddr,
blockMS,
sizeof(CMemStm),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: CMemStm \n");
dprintf("at address %x\n", dwAddr);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(CMemStm))
{
dprintf("Size of process memory read != requested(CMemStm)\n");
goto errRtn;
}
pMS = (CMemStm *)blockMS;
// copy the MEMSTM structure
if (pMS->m_pData != NULL)
{
blockMEMSTM = new char[sizeof(MEMSTM)];
fError = ReadProcessMemory(
hCurrentProcess,
pMS->m_pData,
blockMEMSTM,
sizeof(MEMSTM),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: MEMSTM \n");
dprintf("at address %x\n", pMS->m_pData);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(MEMSTM))
{
dprintf("Size of process memory read != requested(MEMSTM)\n");
goto errRtn;
}
pMS->m_pData = (MEMSTM *)blockMEMSTM;
}
// dump the structure
pszMS = DumpCMemStm(pMS, NO_PREFIX, 1);
dprintf("CMemStm @ 0x%x\n", dwAddr);
dprintfx(pszMS);
CoTaskMemFree(pszMS);
errRtn:
// delete the blocks and not the pointers
delete[] blockMS;
delete[] blockMEMSTM;
return;
}
//+-------------------------------------------------------------------------
//
// Function: dump_mfobject, exported
//
// Synopsis: dumps CMfObject object
//
// Effects:
//
// Arguments: see DECLARE_API in oleexts.h
//
// Requires:
//
// Returns: void
//
// Signals:
//
// Modifies: ExtensionApis (global)
//
// Algorithm:
//
// History: dd-mmm-yy Author Comment
// 02-Feb-95 t-ScottH author
//
// Notes:
// The address of the object is passed in the arguments. This
// address is in the debuggee's process memory. In order for
// NTSD to view this memory, the debugger must copy the mem
// using the WIN32 ReadProcessMemory API.
//
//--------------------------------------------------------------------------
DECLARE_API(dump_mfobject)
{
BOOL fError;
LPVOID dwAddr;
DWORD dwReturnedCount;
char *pszMfObject;
char *blockMfObject = NULL;
CMfObject *pMfObject = NULL;
// set up global function pointers
ExtensionApis = *lpExtensionApis;
// get address of object from argument string
dwAddr = (LPVOID)GetExpression( args );
if (dwAddr == 0)
{
dprintf("Failed to get Address of CMfObject\n");
return;
}
// read the block of memory from the debugee's process
blockMfObject = new char[sizeof(CMfObject)];
fError = ReadProcessMemory(
hCurrentProcess,
dwAddr,
blockMfObject,
sizeof(CMfObject),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory MfObject");
dprintf("at address %x\n", dwAddr);
dprintf("Last Error Code = %d (%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(CMfObject))
{
dprintf("Size of process memory read != requested\n");
goto errRtn;
}
pMfObject = (CMfObject *)blockMfObject;
// dump the structure
pszMfObject = DumpCMfObject(pMfObject, NO_PREFIX, 1);
dprintf("CMfObject @ 0x%x\n", dwAddr);
dprintfx(pszMfObject);
CoTaskMemFree(pszMfObject);
errRtn:
delete[] blockMfObject;
return;
}
//+-------------------------------------------------------------------------
//
// Function: dump_oaholder, exported
//
// Synopsis: dumps COAHolder object
//
// Effects:
//
// Arguments: see DECLARE_API in oleexts.h
//
// Requires:
//
// Returns: void
//
// Signals:
//
// Modifies: ExtensionApis (global)
//
// Algorithm:
//
// History: dd-mmm-yy Author Comment
// 02-Feb-95 t-ScottH author
//
// Notes:
// The address of the object is passed in the arguments. This
// address is in the debuggee's process memory. In order for
// NTSD to view this memory, the debugger must copy the mem
// using the WIN32 ReadProcessMemory API.
//
//--------------------------------------------------------------------------
DECLARE_API(dump_oaholder)
{
BOOL fError;
LPVOID dwAddr;
DWORD dwReturnedCount;
char *pszOAH;
char *blockOAH = NULL;
char *blockpIAS = NULL;
COAHolder *pOAH = NULL;
// set up global function pointers
ExtensionApis = *lpExtensionApis;
// get address of object from argument string
dwAddr = (LPVOID)GetExpression( args );
if (dwAddr == 0)
{
dprintf("Failed to get Address of COAHolder\n");
return;
}
// read the block of memory from the debugee's process
blockOAH = new char[sizeof(COAHolder)];
fError = ReadProcessMemory(
hCurrentProcess,
dwAddr,
blockOAH,
sizeof(COAHolder),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: COAHolder \n");
dprintf("at address %x\n", dwAddr);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(COAHolder))
{
dprintf("Size of process memory read != requested\n");
goto errRtn;
}
pOAH = (COAHolder *)blockOAH;
// need to copy the array of IAdviseSink pointers
if (pOAH->m_iSize > 0)
{
blockpIAS = new char[pOAH->m_iSize * sizeof(IAdviseSink *)];
fError = ReadProcessMemory(
hCurrentProcess,
pOAH->m_ppIAS,
blockpIAS,
sizeof(IAdviseSink *) * pOAH->m_iSize,
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: IAdviseSink Array \n");
dprintf("at address %x\n", pOAH->m_ppIAS);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != (sizeof(IAdviseSink *) * pOAH->m_iSize))
{
dprintf("Size of process memory read != requested\n");
goto errRtn;
}
pOAH->m_ppIAS = (IAdviseSink **)blockpIAS;
}
// dump the structure
pszOAH = DumpCOAHolder(pOAH, NO_PREFIX, 1);
dprintf("COAHolder @ 0x%x\n", dwAddr);
dprintfx(pszOAH);
CoTaskMemFree(pszOAH);
errRtn:
// delete the blocks and not the pointers
delete[] blockOAH;
delete[] blockpIAS;
return;
}
//+-------------------------------------------------------------------------
//
// Function: dump_olecache, exported
//
// Synopsis: dumps COleCache object
//
// Effects:
//
// Arguments: see DECLARE_API in oleexts.h
//
// Requires:
//
// Returns: void
//
// Signals:
//
// Modifies: ExtensionApis (global)
//
// Algorithm:
//
// History: dd-mmm-yy Author Comment
// 02-Feb-95 t-ScottH author
//
// Notes:
// The address of the object is passed in the arguments. This
// address is in the debuggee's process memory. In order for
// NTSD to view this memory, the debugger must copy the mem
// using the WIN32 ReadProcessMemory API.
//
//--------------------------------------------------------------------------
DECLARE_API(dump_olecache)
{
unsigned int ui;
BOOL fError;
LPVOID dwAddr;
DWORD dwReturnedCount;
char *pszOC;
char *blockOC = NULL;
COleCache *pOC = NULL;
char *blockCCacheEnum = NULL;
char *blockCACHELIST = NULL;
char *blockCacheNode = NULL;
char *blockPresObj = NULL;
DWORD dwSizeOfPresObj;
// set up global function pointers
ExtensionApis = *lpExtensionApis;
// get address of object from argument string
dwAddr = (LPVOID)GetExpression( args );
if (dwAddr == 0)
{
dprintf("Failed to get Address of COleCache\n");
return;
}
// read the block of memory from the debugee's process
blockOC = new char[sizeof(COleCache)];
fError = ReadProcessMemory(
hCurrentProcess,
dwAddr,
blockOC,
sizeof(COleCache),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: COleCache \n");
dprintf("at address %x\n", dwAddr);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(COleCache))
{
dprintf("Size of process memory read != requested (COleCache)\n");
goto errRtn;
}
pOC = (COleCache *)blockOC;
// get block of mem for CCacheEnum (only if m_pCacheEnum != NULL)
if (pOC->m_pCacheEnum != NULL)
{
blockCCacheEnum = new char[sizeof(CCacheEnum)];
fError = ReadProcessMemory(
hCurrentProcess,
pOC->m_pCacheEnum,
blockCCacheEnum,
sizeof(CCacheEnum),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: CCacheEnum \n");
dprintf("at address %x\n", pOC->m_pCacheEnum);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(CCacheEnum))
{
dprintf("Size of process memory read != requested (CCacheEnum)\n");
goto errRtn;
}
pOC->m_pCacheEnum = (CCacheEnum *)blockCCacheEnum;
}
// get block of mem for CACHELIST
if (pOC->m_pCacheList != NULL)
{
blockCACHELIST = new char[sizeof(CACHELIST_ITEM) * pOC->m_uCacheNodeMax];
fError = ReadProcessMemory(
hCurrentProcess,
pOC->m_pCacheList,
blockCACHELIST,
sizeof(CACHELIST_ITEM) * pOC->m_uCacheNodeMax,
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: CACHELIST \n");
dprintf("at address %x\n", pOC->m_pCacheList);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != (sizeof(CACHELIST_ITEM) * pOC->m_uCacheNodeMax))
{
dprintf("Size of process memory read != requested\n");
goto errRtn;
}
pOC->m_pCacheList = (LPCACHELIST) blockCACHELIST;
}
// need to copy the memory of the CCacheNode's in the CACHELIST
for (ui = 0; ui < pOC->m_uCacheNodeMax; ui++)
{
if (pOC->m_pCacheList[ui].lpCacheNode != NULL)
{
blockCacheNode = new char[sizeof(CCacheNode)];
fError = ReadProcessMemory(
hCurrentProcess,
pOC->m_pCacheList[ui].lpCacheNode,
blockCacheNode,
sizeof(CCacheNode),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: CCacheNode \n");
dprintf("at address %x\n", pOC->m_pCacheList[ui].lpCacheNode);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(CCacheNode))
{
dprintf("Size of process memory read != requested (CCacheNode)\n");
goto errRtn;
}
// pass off pointer
pOC->m_pCacheList[ui].lpCacheNode = (CCacheNode*)blockCacheNode;
blockCacheNode = NULL;
// need to get the OlePresObjs for the CCacheNode
if (pOC->m_pCacheList[ui].lpCacheNode->m_pPresObj != NULL)
{
switch (pOC->m_pCacheList[ui].lpCacheNode->m_dwPresFlag)
{
case CN_PRESOBJ_GEN:
dwSizeOfPresObj = sizeof(CGenObject);
break;
case CN_PRESOBJ_MF:
dwSizeOfPresObj = sizeof(CMfObject);
break;
case CN_PRESOBJ_EMF:
dwSizeOfPresObj = sizeof(CEMfObject);
break;
default:
dprintf("Error: can not determine size of IOlePresObj\n");
return;
}
blockPresObj = new char[dwSizeOfPresObj];
fError = ReadProcessMemory(
hCurrentProcess,
pOC->m_pCacheList[ui].lpCacheNode->m_pPresObj,
blockPresObj,
dwSizeOfPresObj,
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: IOlePresObj \n");
dprintf("at address %x\n", pOC->m_pCacheList[ui].lpCacheNode->m_pPresObj);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != dwSizeOfPresObj)
{
dprintf("Size of process memory read != requested (IOlePresObj)\n");
goto errRtn;
}
// pass off pointer
pOC->m_pCacheList[ui].lpCacheNode->m_pPresObj = (IOlePresObj *)blockPresObj;
blockPresObj = NULL;
}
if (pOC->m_pCacheList[ui].lpCacheNode->m_pPresObjAfterFreeze != NULL)
{
switch (pOC->m_pCacheList[ui].lpCacheNode->m_dwPresFlag)
{
case CN_PRESOBJ_GEN:
dwSizeOfPresObj = sizeof(CGenObject);
break;
case CN_PRESOBJ_MF:
dwSizeOfPresObj = sizeof(CMfObject);
break;
case CN_PRESOBJ_EMF:
dwSizeOfPresObj = sizeof(CEMfObject);
break;
default:
dprintf("Error: can not determine size of IOlePresObj\n");
return;
}
blockPresObj = new char[dwSizeOfPresObj];
fError = ReadProcessMemory(
hCurrentProcess,
pOC->m_pCacheList[ui].lpCacheNode->m_pPresObjAfterFreeze,
blockPresObj,
dwSizeOfPresObj,
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: IOlePresObj \n");
dprintf("at address %x\n", pOC->m_pCacheList[ui].lpCacheNode->m_pPresObjAfterFreeze);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != dwSizeOfPresObj)
{
dprintf("Size of process memory read != requested (IOlePresObj)\n");
goto errRtn;
}
// pass off pointer
pOC->m_pCacheList[ui].lpCacheNode->m_pPresObjAfterFreeze = (IOlePresObj *)blockPresObj;
blockPresObj = NULL;
}
}
}
// dump the structure
pszOC = DumpCOleCache(pOC, NO_PREFIX, 1);
dprintf("COleCache @ 0x%x\n", dwAddr);
dprintfx(pszOC);
CoTaskMemFree(pszOC);
errRtn:
// delete the blocks and not the pointers
if ( (pOC != NULL) && (blockCACHELIST != NULL))
{
for (ui = 0; ui < pOC->m_uCacheNodeMax; ui++)
{
if (pOC->m_pCacheList[ui].lpCacheNode != NULL)
{
delete[] ((char *)pOC->m_pCacheList[ui].lpCacheNode->m_pPresObj);
delete[] ((char *)pOC->m_pCacheList[ui].lpCacheNode->m_pPresObjAfterFreeze);
delete[] ((char *)pOC->m_pCacheList[ui].lpCacheNode);
}
}
}
delete[] blockCACHELIST;
delete[] blockCCacheEnum;
delete[] blockOC;
return;
}
//+-------------------------------------------------------------------------
//
// Function: dump_saferefcount, exported
//
// Synopsis: dumps CSafeRefCount object
//
// Effects:
//
// Arguments: see DECLARE_API in oleexts.h
//
// Requires:
//
// Returns: void
//
// Signals:
//
// Modifies: ExtensionApis (global)
//
// Algorithm:
//
// History: dd-mmm-yy Author Comment
// 02-Feb-95 t-ScottH author
//
// Notes:
// The address of the object is passed in the arguments. This
// address is in the debuggee's process memory. In order for
// NTSD to view this memory, the debugger must copy the mem
// using the WIN32 ReadProcessMemory API.
//
//--------------------------------------------------------------------------
DECLARE_API( dump_saferefcount )
{
BOOL fError;
LPVOID dwAddr;
DWORD dwReturnedCount;
char *pszSRC;
char *blockSRC = NULL;
CSafeRefCount *pSRC = NULL;
// set up global function pointers
ExtensionApis = *lpExtensionApis;
// get address of object from argument string
dwAddr = (LPVOID)GetExpression( args );
if (dwAddr == 0)
{
dprintf("Failed to get Address of CSafeRefCount\n");
return;
}
// read the block of memory from the debugee's process
blockSRC = new char[sizeof(CSafeRefCount)];
fError = ReadProcessMemory(
hCurrentProcess,
dwAddr,
blockSRC,
sizeof(CSafeRefCount),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory \n");
dprintf("at address %x\n", dwAddr);
dprintf("Last Error Code = %d (%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(CSafeRefCount))
{
dprintf("Size of process memory read != requested\n");
goto errRtn;
}
pSRC = (CSafeRefCount *)blockSRC;
// dump the structure
pszSRC = DumpCSafeRefCount(pSRC, NO_PREFIX, 1);
dprintf("CSafeRefCount @ 0x%x\n", dwAddr);
dprintfx(pszSRC);
CoTaskMemFree(pszSRC);
errRtn:
delete[] blockSRC;
return;
}
//+-------------------------------------------------------------------------
//
// Function: dump_threadcheck, exported
//
// Synopsis: dumps CThreadCheck object
//
// Effects:
//
// Arguments: see DECLARE_API in oleexts.h
//
// Requires:
//
// Returns: void
//
// Signals:
//
// Modifies: ExtensionApis (global)
//
// Algorithm:
//
// History: dd-mmm-yy Author Comment
// 02-Feb-95 t-ScottH author
//
// Notes:
// The address of the object is passed in the arguments. This
// address is in the debuggee's process memory. In order for
// NTSD to view this memory, the debugger must copy the mem
// using the WIN32 ReadProcessMemory API.
//
//--------------------------------------------------------------------------
DECLARE_API(dump_threadcheck)
{
DWORD dwReturnedCount;
BOOL fError;
LPVOID dwAddr;
char *pszTC;
char *blockTC = NULL;
CThreadCheck *pTC = NULL;
// set up global function pointers
ExtensionApis = *lpExtensionApis;
// get address of object from argument string
dwAddr = (LPVOID)GetExpression( args );
if (dwAddr == 0)
{
dprintf("Failed to get Address of CThreadCheck\n");
return;
}
// read the block of memory from the debugee's process
blockTC = new char[sizeof(CThreadCheck)];
fError = ReadProcessMemory(
hCurrentProcess,
dwAddr,
blockTC,
sizeof(CThreadCheck),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory \n");
dprintf("at address %x\n", dwAddr);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(CThreadCheck))
{
dprintf("Size of process memory read != requested\n");
goto errRtn;
}
pTC = (CThreadCheck *)blockTC;
// dump the structure
pszTC = DumpCThreadCheck(pTC, NO_PREFIX, 1);
dprintf("CThreadCheck @ 0x%x\n", dwAddr);
dprintfx(pszTC);
CoTaskMemFree(pszTC);
errRtn:
delete[] blockTC;
return;
}
//+-------------------------------------------------------------------------
//
// Function: dump_formatetc, exported
//
// Synopsis: dumps FORMATETC object
//
// Effects:
//
// Arguments: see DECLARE_API in oleexts.h
//
// Requires:
//
// Returns: void
//
// Signals:
//
// Modifies: ExtensionApis (global)
//
// Algorithm:
//
// History: dd-mmm-yy Author Comment
// 02-Feb-95 t-ScottH author
//
// Notes:
// The address of the object is passed in the arguments. This
// address is in the debuggee's process memory. In order for
// NTSD to view this memory, the debugger must copy the mem
// using the WIN32 ReadProcessMemory API.
//
//--------------------------------------------------------------------------
DECLARE_API(dump_formatetc)
{
BOOL fError;
LPVOID dwAddr;
DWORD dwReturnedCount;
char *pszFE;
char *blockFE = NULL;
FORMATETC *pFE = NULL;
// set up global function pointers
ExtensionApis = *lpExtensionApis;
// get address of object from argument string
dwAddr = (LPVOID)GetExpression( args );
if (dwAddr == 0)
{
dprintf("Failed to get Address of FORMATETC\n");
return;
}
// read the block of memory from the debugee's process
blockFE = new char[sizeof(FORMATETC)];
fError = ReadProcessMemory(
hCurrentProcess,
dwAddr,
blockFE,
sizeof(FORMATETC),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: FORMATETC \n");
dprintf("at address %x\n", dwAddr);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(FORMATETC))
{
dprintf("Size of process memory read != requested\n");
goto errRtn;
}
pFE = (FORMATETC *)blockFE;
// dump the structure
pszFE = DumpFORMATETC(pFE, NO_PREFIX, 1);
dprintf("FORMATETC @ 0x%x\n", dwAddr);
dprintfx(pszFE);
CoTaskMemFree(pszFE);
errRtn:
// delete the blocks and not the pointers
delete[] blockFE;
return;
}
//+-------------------------------------------------------------------------
//
// Function: dump_memstm, exported
//
// Synopsis: dumps MEMSTM object
//
// Effects:
//
// Arguments: see DECLARE_API in oleexts.h
//
// Requires:
//
// Returns: void
//
// Signals:
//
// Modifies: ExtensionApis (global)
//
// Algorithm:
//
// History: dd-mmm-yy Author Comment
// 02-Feb-95 t-ScottH author
//
// Notes:
// The address of the object is passed in the arguments. This
// address is in the debuggee's process memory. In order for
// NTSD to view this memory, the debugger must copy the mem
// using the WIN32 ReadProcessMemory API.
//
//--------------------------------------------------------------------------
DECLARE_API(dump_memstm)
{
BOOL fError;
LPVOID dwAddr;
DWORD dwReturnedCount;
char *pszMS;
char *blockMS = NULL;
MEMSTM *pMS = NULL;
// set up global function pointers
ExtensionApis = *lpExtensionApis;
// get address of object from argument string
dwAddr = (LPVOID)GetExpression( args );
if (dwAddr == 0)
{
dprintf("Failed to get Address of MEMSTM\n");
return;
}
// read the block of memory from the debugee's process
blockMS = new char[sizeof(MEMSTM)];
fError = ReadProcessMemory(
hCurrentProcess,
dwAddr,
blockMS,
sizeof(MEMSTM),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: MEMSTM \n");
dprintf("at address %x\n", dwAddr);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(MEMSTM))
{
dprintf("Size of process memory read != requested\n");
goto errRtn;
}
pMS = (MEMSTM *)blockMS;
// dump the structure
pszMS = DumpMEMSTM(pMS, NO_PREFIX, 1);
dprintf("MEMSTM @ 0x%x\n", dwAddr);
dprintfx(pszMS);
CoTaskMemFree(pszMS);
errRtn:
// delete the blocks and not the pointers
delete[] blockMS;
return;
}
//+-------------------------------------------------------------------------
//
// Function: dump_statdata, exported
//
// Synopsis: dumps STATDATA object
//
// Effects:
//
// Arguments: see DECLARE_API in oleexts.h
//
// Requires:
//
// Returns: void
//
// Signals:
//
// Modifies: ExtensionApis (global)
//
// Algorithm:
//
// History: dd-mmm-yy Author Comment
// 02-Feb-95 t-ScottH author
//
// Notes:
// The address of the object is passed in the arguments. This
// address is in the debuggee's process memory. In order for
// NTSD to view this memory, the debugger must copy the mem
// using the WIN32 ReadProcessMemory API.
//
//--------------------------------------------------------------------------
DECLARE_API(dump_statdata)
{
BOOL fError;
LPVOID dwAddr;
DWORD dwReturnedCount;
char *pszSD;
char *blockSD = NULL;
STATDATA *pSD = NULL;
// set up global function pointers
ExtensionApis = *lpExtensionApis;
// get address of object from argument string
dwAddr = (LPVOID)GetExpression( args );
if (dwAddr == 0)
{
dprintf("Failed to get Address of STATDATA\n");
return;
}
// read the block of memory from the debugee's process
blockSD = new char[sizeof(STATDATA)];
fError = ReadProcessMemory(
hCurrentProcess,
dwAddr,
blockSD,
sizeof(STATDATA),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory: STATDATA \n");
dprintf("at address %x\n", dwAddr);
dprintf("Last Error Code = %d (0x%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(STATDATA))
{
dprintf("Size of process memory read != requested\n");
goto errRtn;
}
pSD = (STATDATA *)blockSD;
// dump the structure
pszSD = DumpSTATDATA(pSD, NO_PREFIX, 1);
dprintf("STATDATA @ 0x%x\n", dwAddr);
dprintfx(pszSD);
CoTaskMemFree(pszSD);
errRtn:
// delete the blocks and not the pointers
delete[] blockSD;
return;
}
//+-------------------------------------------------------------------------
//
// Function: dump_stgmedium, exported
//
// Synopsis: dumps STGMEDIUM object
//
// Effects:
//
// Arguments: see DECLARE_API in oleexts.h
//
// Requires:
//
// Returns: void
//
// Signals:
//
// Modifies: ExtensionApis (global)
//
// Algorithm:
//
// History: dd-mmm-yy Author Comment
// 02-Feb-95 t-ScottH author
//
// Notes:
// The address of the object is passed in the arguments. This
// address is in the debuggee's process memory. In order for
// NTSD to view this memory, the debugger must copy the mem
// using the WIN32 ReadProcessMemory API.
//
//--------------------------------------------------------------------------
DECLARE_API(dump_stgmedium)
{
BOOL fError;
LPVOID dwAddr;
DWORD dwReturnedCount;
char *pszSTGMEDIUM;
char *blockSTGMEDIUM = NULL;
STGMEDIUM *pSTGMEDIUM = NULL;
// set up global function pointers
ExtensionApis = *lpExtensionApis;
// get address of object from argument string
dwAddr = (LPVOID)GetExpression( args );
if (dwAddr == 0)
{
dprintf("Failed to get Address of STGMEDIUM\n");
return;
}
// read the block of memory from the debugee's process
blockSTGMEDIUM = new char[sizeof(STGMEDIUM)];
fError = ReadProcessMemory(
hCurrentProcess,
dwAddr,
blockSTGMEDIUM,
sizeof(STGMEDIUM),
&dwReturnedCount
);
if (fError == FALSE)
{
dprintf("Could not read debuggee's process memory STGMEDIUM");
dprintf("at address %x\n", dwAddr);
dprintf("Last Error Code = %d (%x)\n", GetLastError(), GetLastError());
goto errRtn;
}
if (dwReturnedCount != sizeof(STGMEDIUM))
{
dprintf("Size of process memory read != requested\n");
goto errRtn;
}
pSTGMEDIUM = (STGMEDIUM *)blockSTGMEDIUM;
// dump the structure
pszSTGMEDIUM = DumpSTGMEDIUM(pSTGMEDIUM, NO_PREFIX, 1);
dprintf("STGMEDIUM @ 0x%x\n", dwAddr);
dprintfx(pszSTGMEDIUM);
CoTaskMemFree(pszSTGMEDIUM);
errRtn:
delete[] blockSTGMEDIUM;
return;
}
Reference in a new issue Copy permalink