windows-server-2003/base/cluster/mgmt/inc/citrackersrc.cpp

//////////////////////////////////////////////////////////////////////////////
//
//  Copyright (c) 1999-2002 Microsoft Corporation
//
//  Module Name:
//      CITracker.CPP
//
//  Description:
//      Implementation of a COM interface tracker.
//
//  [Documentation:]
//      Debugging.PPT - A power-point presentation of the debug utilities.
//
//  Maintained By:
//      David Potter    (DavidP)    14-JUN-2001
//      Geoffrey Pease  (GPease)    19-NOV-1999
//
//  Notes:
//      Define NO_TRACE_INTERFACES to disable interface tracking in DEBUG
//      builds.
//
//      Define TRACE_INTERFACES_ENABLED to enable interface tracking in RETAIL
//      builds.
//
//      Define FULL_TRACE_INTERFACES_ENABLED to enable full interface
//      tracking in RETAIL builds.  Full interface tracking is enabled if
//      interface tracking is enabled and building for X86.
//      Full interface tracking is X86 specific for now. It can be adapted for
//      other platforms as required. Since today, most of our developement is
//      done on the X86 platform, there is not a need to do this (yet).
//
//////////////////////////////////////////////////////////////////////////////

//#include "pch.h"
#include <shlwapi.h>
#include <StrSafe.h>

#if defined( TRACE_INTERFACES_ENABLED )
///////////////////////////////////////
//
// BEGIN TRACE_INTERFACES_ENABLED
//

#if defined( DEBUG )

//////////////////////////////////////////////////////////////////////////////
//
//  PszDebugFindInterface
//
//  Description:
//      Uses the Interface Tracking Table (g_itTable) to lookup a human
//      readable name for the riidIn. If no matching interface is found. it
//      will use the pszBufOut to format a GUID string and return it.
//
//  Arguments:
//      riidIn      - The interface ID to lookup.
//      pszBufOut   - Buffer to use if interface not found to format GUID.
//
//  Return Values:
//      Never NULL. It will always a valid string pointer to either the
//      interface name or to pszBufOut.
//
//  Notes:
//      pszBufOut must be at least cchGUID_STRING_SIZE in size.
//
//////////////////////////////////////////////////////////////////////////////
LPCWSTR
PszDebugFindInterface(
    REFIID      riidIn,
    LPWSTR      pszBufOut
    )
{
    if ( IsTraceFlagSet( mtfQUERYINTERFACE ) )
    {
        int idx;

        for ( idx = 0; g_itTable[ idx ].riid != NULL; idx++ )
        {
            if ( riidIn == *g_itTable[ idx ].riid )
            {
                return g_itTable[ idx ].pszName;

            } // if: found interface

        } // for: searching for interface

        THR( StringCchPrintfW(
                      pszBufOut
                    , cchGUID_STRING_SIZE
                    , L"{%08x-%04x-%04x-%02x%02x-%02x%02x%02x%02x%02x%02x}"
                    , riidIn.Data1
                    , riidIn.Data2
                    , riidIn.Data3
                    , riidIn.Data4[0]
                    , riidIn.Data4[1]
                    , riidIn.Data4[2]
                    , riidIn.Data4[3]
                    , riidIn.Data4[4]
                    , riidIn.Data4[5]
                    , riidIn.Data4[6]
                    , riidIn.Data4[7]
                    ) );
    } // if: query interface is on
    else
    {
        return L"riid";
    } // else: just print riid

    return pszBufOut;

} //*** PszDebugFindInterface
#endif // DEBUG

//
// END TRACE_INTERFACES_ENABLED
//
///////////////////////////////////////
#endif // TRACE_INTERFACES_ENABLED


// ************************************************************************


#if defined( FULL_TRACE_INTERFACES_ENABLED )
///////////////////////////////////////
//
// BEGIN FULL_TRACE_INTERFACES_ENABLED
//

//
// Globals
//
static IDeadObjTracker * g_pidoTracker = NULL;  // dead object - there is only one.

#ifndef NOISY_TRACE_INTERFACES
///////////////////////////////////////
//
// DEBUG !NOISY_TRACE_INTERFACES
//

//
// Undefining these macros to make the CITracker quiet.
//
#undef  TraceFunc
#define TraceFunc       1 ? (void)0 : (void)
#undef  TraceFunc1
#define TraceFunc1      1 ? (void)0 : (void)
#undef  TraceFunc2
#define TraceFunc2      1 ? (void)0 : (void)
#undef  TraceFunc3
#define TraceFunc3      1 ? (void)0 : (void)
#undef  TraceFunc4
#define TraceFunc4      1 ? (void)0 : (void)
#undef  TraceFunc5
#define TraceFunc5      1 ? (void)0 : (void)
#undef  TraceFunc6
#define TraceFunc6      1 ? (void)0 : (void)
#undef  TraceQIFunc
#define TraceQIFunc     1 ? (void)0 : (void)
#undef  TraceFuncExit
#define TraceFuncExit()
#undef  FRETURN
#define FRETURN( _u )
#undef  HRETURN
#define HRETURN(_hr)    return(_hr)
#undef  RETURN
#define RETURN(_fn)     return(_fn)
#undef  RRETURN
#define RRETURN( _fn )  return(_fn)

//
// END !NOISY_TRACE_INTERFACES
//
///////////////////////////////////////
#endif // NOISY_TRACE_INTERFACES

#if defined( DEBUG )

//
// These are internal to debug.cpp but not published in debug.h.
//
BOOL
IsDebugFlagSet(
    TRACEFLAG   tfIn
    );

void
DebugInitializeBuffer(
    LPCWSTR     pszFileIn,
    const int   nLineIn,
    LPCWSTR     pszModuleIn,
    LPWSTR      pszBufIn,
    INT *       pcchInout,
    LPWSTR *    ppszBufOut
    );
#endif // DEBUG

///////////////////////////////////////
//
// CITracker Definition
//
//

DEFINE_THISCLASS("CITracker");
#define THISCLASS CITracker
#define LPTHISCLASS CITracker*

// ************************************************************************
//
// Constructor / Destructor
//
// ************************************************************************

//////////////////////////////////////////////////////////////////////////////
//
// Special new() for CITracker
//
// Description:
//      Creates an object the size of the object plus nExtraIn bytes. This
//      allows the Vtable that the CITracker object is tracking to be
//      appended to the end of the CITracker object.
//
//////////////////////////////////////////////////////////////////////////////
#ifdef new
#undef new
#endif
void*
__cdecl
operator new(
    unsigned int    nSizeIn,
    LPCWSTR         pszFileIn,
    const int       nLineIn,
    LPCWSTR         pszModuleIn,
    UINT            nExtraIn,
    LPCWSTR         pszNameIn
    )
{
    void * pv = HeapAlloc( GetProcessHeap(), 0, nSizeIn + nExtraIn );

    return TraceMemoryAdd( mmbtOBJECT, pv, pszFileIn, nLineIn, pszModuleIn, nSizeIn + nExtraIn, L"CITracker" );

} //*** operator new

//////////////////////////////////////////////////////////////////////////////
//
//  DebugTrackInterface
//
//  Description:
//      Create an interface tracker for the given interface.
//
//  Arguments:
//      pszNameIn   - Name to associate with object that the punk references.
//      riidIn      - Interface IID of the interface to be tracked.
//      punkIn      - Interface pointer to track.
//      cRefIn      - Initialize ref count on the interface.
//
//  Return Values:
//      On failure, this will be punkIn.
//      On success, pointer to an object that implements the interface to
//          be tracked.
//
//////////////////////////////////////////////////////////////////////////////
LPUNKNOWN
DebugTrackInterface(
    LPCWSTR   pszFileIn,
    const int nLineIn,
    LPCWSTR   pszModuleIn,
    LPCWSTR   pszNameIn,
    REFIID    riidIn,
    LPUNKNOWN punkIn,
    LONG      cRefIn
    )
{
    TraceFunc3( "pszNameIn = '%ws', riidIn, punkIn = 0x%08x, cRefIn = %u",
                pszNameIn,
                punkIn,
                cRefIn
                );

    UINT      nEntry  = 0;
    LPUNKNOWN punkOut = punkIn;

    //
    // Scan the table looking for the matching interface definition.
    //
    for( nEntry = 0; g_itTable[ nEntry ].riid != NULL; nEntry++ )
    {
        if ( riidIn == *g_itTable[ nEntry ].riid )
        {
            //
            // Figure out how much "extra" to allocate onto the CITracker.
            //
            UINT nExtra = ( 3 + g_itTable[ nEntry ].cFunctions ) * sizeof(LPVOID);

            //
            // Create a name for the tracker.
            //
            // TODO:    gpease  19-NOV-1999
            //          Maybe merge this in with the nExtra(??).
            //
            LPWSTR  pszName;
            DWORD   cch = ( wcslen( g_itTable[ nEntry ].pszName ) + wcslen( pszNameIn ) + 3 + 2 ); // '::[' + ']' + NULL

            pszName = (LPWSTR) HeapAlloc( GetProcessHeap(), 0, cch * sizeof( *pszName ) );

            THR( StringCchPrintfW( pszName, cch, L"%ws::[%ws]", pszNameIn, g_itTable[ nEntry ].pszName ) );

            //
            // Create the tracker.
            //
            LPTHISCLASS pc = new( pszFileIn, nLineIn, pszModuleIn, nExtra, pszName ) THISCLASS();
            if ( pc != NULL )
            {
                HRESULT hr;

                //
                // Initialize the tracker.
                //
                hr = THR( pc->Init( &punkOut, punkIn, &g_itTable[ nEntry ], pszName, cRefIn ) );
                if ( FAILED( hr ) )
                {
                    //
                    // If it failed, delete it.
                    //
                    delete pc;

                } // if: failed to initialize

            } // if: got memory

            break; // exit loop

        } // if: matched interface

    } // for: more entries in table

    AssertMsg( g_itTable[ nEntry ].riid != NULL, "There has been a request to track an interface that is not in the interface table." );

    RETURN( punkOut );

} //*** DebugTrackInterface

//////////////////////////////////////////////////////////////////////////////
//
// CITracker::CITracker( void )
//
//////////////////////////////////////////////////////////////////////////////
CITracker::CITracker( void )
{
    TraceFunc( "" );

    //
    // KB: gpease 10-OCT-1998
    // This class will leak objects to help catch bad components
    // that call back into released interfaces therefore this
    // DLL will not be able to be released.
    //
    if ( g_tfModule & mtfCITRACKERS )
    {
        //
        //  Only count CITrackers if tracking is enabled.
        //
        InterlockedIncrement( &g_cObjects );
    }

    TraceFuncExit();

} //*** CITracker::ctor

//////////////////////////////////////////////////////////////////////////////
//
//  CITracker::Init
//
//  Description:
//      Initializes the CITracker object. It creates a copy of the VTable
//      of the interface to be tracked replacing the QI, AddRef and Release
//      methods with its own IUnknown. This allows CITracker to be "in the
//      loop" for those calls.
//
//  Arguments:
//      ppunkOut    - The "punk" to be passed around.
//      punkIn      - The interface to be copied and tracked.
//      piteIn      - The interface table entry for the interface.
//      pszNameIn   - The name to be given to this CITracker.
//      fAddRefIn   - TRUE is the CITracker should start with a Ref Count of 1.
//
//  Return Values:
//      S_OK        - Success.
//
//////////////////////////////////////////////////////////////////////////////
STDMETHODIMP
CITracker::Init(
    LPUNKNOWN *                     ppunkOut,
    LPUNKNOWN                       punkIn,
    const INTERFACE_TABLE_ENTRY *   piteIn,
    LPCWSTR                         pszNameIn,
    LONG                            cRefIn
    )
{
    HRESULT hr = S_OK;

    TraceFunc5( "ppunkOut = 0x%08x, punkIn = 0x%08x, iteIn = %ws, pszNameIn = '%ws', cRefIn = %u",
                ppunkOut,
                punkIn,
                piteIn->pszName,
                pszNameIn,
                cRefIn
                );

    //
    // Generate new Vtbls for each interface
    //
    LPVOID * pthisVtbl  = (LPVOID*) (IUnknownTracker *) this;
    DWORD    dwSize     = ( 3 + piteIn->cFunctions ) * sizeof( LPVOID );

    AssertMsg( dwSize < 30 * sizeof( LPVOID ), "Need to make Dead Obj and IUnknownTracker larger!" );

    //
    // Interface tracking information initialization
    //
    m_vtbl.cRef         = cRefIn;
    m_vtbl.pszInterface = pszNameIn;
    m_vtbl.dwSize       = dwSize;

    //
    // Copy our IUnknownTracker vtbl to our "fix-up-able" vtbl
    //
    CopyMemory( &m_vtbl.lpfnQueryInterface, *pthisVtbl, dwSize );

    //
    // Remember the "punk" pointer so we can pass it back in when
    // we jump to the orginal objects IUnknown functions.
    //
    m_vtbl.punk = (LPUNKNOWN) punkIn;

    //
    // And finally, point the objects vtbl for this interface to
    // our newly created vtbl.
    //
    m_vtbl.pNewVtbl = (VTBL *) &m_vtbl.lpfnQueryInterface;
    *pthisVtbl      = m_vtbl.pNewVtbl;
    *ppunkOut       = (LPUNKNOWN) (IUnknownTracker *) this;

    TraceMsg( mtfCITRACKERS, L"TRACK: Tracking %ws Interface (%#x)", m_vtbl.pszInterface, punkIn );

    HRETURN( hr );

} //*** CITracker::Init

//////////////////////////////////////////////////////////////////////////////
//
// CITracker::~CITracker( void )
//
//////////////////////////////////////////////////////////////////////////////
CITracker::~CITracker( void )
{
    TraceFunc1( "for %ws", m_vtbl.pszInterface );

    if ( m_vtbl.pszInterface != NULL )
    {
        HeapFree( GetProcessHeap(), 0, (LPVOID) m_vtbl.pszInterface );
    } // if: have interface pointer

    if ( g_tfModule & mtfCITRACKERS )
    {
        //
        //  Only count CITrackers if tracking is enabled.
        //
        InterlockedDecrement( &g_cObjects );
    }

    TraceFuncExit();

} //*** CITracker::dtor

// ************************************************************************
//
// IUnknownTracker
//
// ************************************************************************

///////////////////////////////////////////////////////////////////////////////
//
// STDMETHODIMP
// CITracker::QueryInterface(
//      REFIID      riid,
//      LPVOID *    ppv
//      )
//
///////////////////////////////////////////////////////////////////////////////
STDMETHODIMP
CITracker::QueryInterface(
    REFIID      riid,
    LPVOID *    ppv
    )
{
    TraceFunc1( "{%ws}", m_vtbl.pszInterface );
    TraceMsg( mtfCITRACKERS, "TRACK: + %ws::QueryInterface()", m_vtbl.pszInterface );

    //
    // Call the punk's QueryInterface().
    //
    HRESULT hr = m_vtbl.punk->QueryInterface( riid, ppv );

    //
    // KB:  TRACK_ALL_QIED_INTERFACES   gpease 25-NOV-1999
    //      Thinking out loud, should we track all interfaces QI'ed from
    //      a tracked interface auto-magically? If so, turn this #define
    //      on.
    //
    // #define TRACK_ALL_QIED_INTERFACES
#if defined( TRACK_ALL_QIED_INTERFACES )
    if ( !IsEqualIID( riid, IID_IUnknown )
       )
    {
        *ppv = DebugTrackInterface( L"<Unknown>",
                                    0,
                                    __MODULE__,
                                    m_vtbl.pszInterface,
                                    riid,
                                    (IUnknown*) *ppv,
                                    TRUE
                                    );
    } // if: not the IUnknown
#endif

    TraceMsg( mtfCITRACKERS,
              "TRACK: V %ws::QueryInterface() [ *ppv = %#x ]",
              m_vtbl.pszInterface,
              *ppv
              );

    HRETURN( hr );

} //*** CITracker::QueryInterface

///////////////////////////////////////////////////////////////////////////////
//
// STDMETHODIMP_( ULONG )
// CITracker::AddRef( void )
//
///////////////////////////////////////////////////////////////////////////////
STDMETHODIMP_( ULONG )
CITracker::AddRef( void )
{
    TraceFunc1( "{%ws}", m_vtbl.pszInterface );
    TraceMsg( mtfCITRACKERS, "TRACK: + %ws AddRef() [ CITracker = %#08x ]", m_vtbl.pszInterface, this );

    //
    // Call the punk's AddRef().
    //
    ULONG ul = m_vtbl.punk->AddRef();

    //
    // Increment our counter.
    //
    ULONG ulvtbl = InterlockedIncrement( (LONG *) &m_vtbl.cRef );

    TraceMsg( mtfCITRACKERS,
              "TRACK: V %ws AddRef() [ I = %u, O = %u, CITracker = %#08x ]",
              m_vtbl.pszInterface,
              ulvtbl,
              ul,
              this
              );

    AssertMsg( ul >= ulvtbl, "The objects ref should be higher than the interfaces." );

    RETURN( ul );

} //*** CITracker::AddRef

///////////////////////////////////////////////////////////////////////////////
//
// STDMETHODIMP_( ULONG )
// CITracker::Release( void )
//
///////////////////////////////////////////////////////////////////////////////
STDMETHODIMP_( ULONG )
CITracker::Release( void )
{
    TraceFunc1( "{%ws}", m_vtbl.pszInterface );
    TraceMsg( mtfCITRACKERS, "TRACK: + %ws Release() [ CITracker = %#08x ]", m_vtbl.pszInterface, this );

    //
    // Call the punk's Release().
    //
    ULONG ul = m_vtbl.punk->Release();

    //
    // Decrement our counter.
    //
    ULONG ulvtbl = InterlockedDecrement( (LONG *) &m_vtbl.cRef );

    TraceMsg( mtfCITRACKERS,
              "TRACK: V %ws Release() [ I = %u, O = %u, CITracker = %#08x ]",
              m_vtbl.pszInterface,
              ulvtbl,
              ul,
              this
              );

    //
    // Our ref count should always be less than the punk's ref count.
    //
    AssertMsg( ul >= ulvtbl, "The objects ref should be higher than the interfaces." );

    if ( ulvtbl )
    {
        RETURN( ulvtbl );
    } // if: we still have a ref

    if ( g_pidoTracker == NULL )
    {
        //
        // Create a dead object - if more than one is created at a time, we might leak it.
        //
        // TODO:    gpease 19-NOV-1999
        //          Work on not leaking "extra" dead objects.
        //
        g_pidoTracker = new( TEXT(__FILE__), __LINE__, __MODULE__, 0, L"Dead Object" ) IDeadObjTracker();

        // Don't track this object
        TraceMemoryDelete( g_pidoTracker, FALSE );

    } // if: no dead object

    Assert( g_pidoTracker != NULL );
    if ( g_pidoTracker != NULL )
    {
        LPVOID * pthisVtbl  = (LPVOID *) (IUnknownTracker *) this;
        LPVOID * ppthatVtbl = (LPVOID *) (IDeadObjTracker *) g_pidoTracker;

        // Copy the DeadObj vtbl.
        CopyMemory( &m_vtbl.lpfnQueryInterface, *ppthatVtbl, m_vtbl.dwSize );

        //
        // Don't really delete it, but fake the debug output as if we did.
        //
        TraceFunc1( "for %ws", m_vtbl.pszInterface );
        TraceMsg( mtfCITRACKERS, "TRACK: # %ws set to dead object [ punk = %#08x ]", m_vtbl.pszInterface, pthisVtbl );
        FRETURN( 0 );

        // Stop tracking this object.
        TraceMemoryDelete( this, FALSE );

    } // if: dead object created
    else
    {
        //
        // No dead object; nuke ourselves. This will at least cause an AV if
        // the program tries to call on our interface alerting the programmer
        // that somethings wrong.
        //
        delete this;

    } // else: no dead object

    RETURN(0);

} //*** CITracker::Release

//****************************************************************************
//
// IDeadObjTracker - The dead interface object tracker.
//
// This object is shunted into release interfaces that were being tracked by
// the CITracker class. Any calls to a released interface will end up causing
// an Assert and if execution continues it will return E_FAIL.
//
//****************************************************************************

//////////////////////////////////////////////////////////////////////////////
//
// IDeadObjTracker:Stub(x)
//
//////////////////////////////////////////////////////////////////////////////
#define IDeadObjTrackerStub( _iStubNum ) \
STDMETHODIMP \
IDeadObjTracker::Stub##_iStubNum( LPVOID * punk ) \
{ \
    const int   cchDebugMessageSize = 255; \
    WCHAR       szMessage[ cchDebugMessageSize ]; \
    LRESULT     lResult;\
    \
    DebugMsg( "*ERROR* %ws: Entered %ws (%#08x) after it was released. Returning E_FAIL.", \
              __MODULE__, \
              m_vtbl.pszInterface, \
              this \
              ); \
\
    THR( StringCchPrintfW( \
                  szMessage \
                , cchDebugMessageSize \
                , L"Entered %ws (%#08p) after it was released.\n\nDo you want to break here?\n\n(If you do not break, E_FAIL will be returned.)" \
                , m_vtbl.pszInterface \
                , this \
                ) ); \
\
    lResult = MessageBox( NULL, szMessage, L"Dead Interface", MB_YESNO | MB_ICONWARNING );\
    if ( lResult == IDYES \
       ) \
    { \
        DEBUG_BREAK; \
    } \
\
    return E_FAIL; \
}

IDeadObjTrackerStub(0);
IDeadObjTrackerStub(1);
IDeadObjTrackerStub(2);
IDeadObjTrackerStub(3);
IDeadObjTrackerStub(4);
IDeadObjTrackerStub(5);
IDeadObjTrackerStub(6);
IDeadObjTrackerStub(7);
IDeadObjTrackerStub(8);
IDeadObjTrackerStub(9);
IDeadObjTrackerStub(10);
IDeadObjTrackerStub(11);
IDeadObjTrackerStub(12);
IDeadObjTrackerStub(13);
IDeadObjTrackerStub(14);
IDeadObjTrackerStub(15);
IDeadObjTrackerStub(16);
IDeadObjTrackerStub(17);
IDeadObjTrackerStub(18);
IDeadObjTrackerStub(19);
IDeadObjTrackerStub(20);
IDeadObjTrackerStub(21);
IDeadObjTrackerStub(22);
IDeadObjTrackerStub(23);
IDeadObjTrackerStub(24);
IDeadObjTrackerStub(25);
IDeadObjTrackerStub(26);
IDeadObjTrackerStub(27);
IDeadObjTrackerStub(28);
IDeadObjTrackerStub(29);
IDeadObjTrackerStub(30);

//****************************************************************************
//
// IUnknownTracker stub
//
// This merely directs the incoming call back to the orginal object. The
// IUnknown methods will be remapped the the CITracker methods.
//
//****************************************************************************

//////////////////////////////////////////////////////////////////////////////
//
// STDMETHODIMP
// IUnknownTracker::QueryInterface(
//      REFIID      riid,
//      LPVOID *    ppv
//      )
//
//////////////////////////////////////////////////////////////////////////////
STDMETHODIMP
IUnknownTracker::QueryInterface(
    REFIID      riid,
    LPVOID *    ppv
    )
{
    ErrorMsg( "How did you get here?", 0 );
    AssertMsg( 0, "You shouldn't be here!" );
    return E_FAIL;

} //*** IUnknownTracker::QueryInterface

//////////////////////////////////////////////////////////////////////////////
//
// STDMETHODIMP_( ULONG )
// IUnknownTracker::AddRef( void )
//
//////////////////////////////////////////////////////////////////////////////
STDMETHODIMP_( ULONG )
IUnknownTracker::AddRef( void )
{
    ErrorMsg( "How did you get here?", 0 );
    AssertMsg( 0, "You shouldn't be here!" );
    return static_cast< ULONG >( -1 );

} //*** IUnknownTracker::AddRef

//////////////////////////////////////////////////////////////////////////////
//
// STDMETHODIMP_( ULONG )
// IUnknownTracker::Release( void )
//
//////////////////////////////////////////////////////////////////////////////
STDMETHODIMP_( ULONG )
IUnknownTracker::Release( void )
{
    ErrorMsg( "How did you get here?", 0 );
    AssertMsg( 0, "You shouldn't be here!" );
    return static_cast< ULONG >( -1 );

} //*** IUnknownTracker::Release

//////////////////////////////////////////////////////////////////////////////
//
// STDMETHODIMP_(void)
// IUnknownTracker::Stub(x)
//
// These are just stubs to redirect the call to the "real" method on the punk.
// We actually dissappear from the call stack.
//
//////////////////////////////////////////////////////////////////////////////
#define IUnknownTrackerStub( i ) \
void \
_declspec(naked) \
IUnknownTracker::Stub##i() \
{ \
    _asm mov eax, ss:4[esp]          \
    _asm mov ecx, 8[eax]             \
    _asm mov eax, [ecx]              \
    _asm mov ss:4[esp], ecx          \
    _asm jmp dword ptr cs:(4*i)[eax] \
}

IUnknownTrackerStub(3);
IUnknownTrackerStub(4);
IUnknownTrackerStub(5);
IUnknownTrackerStub(6);
IUnknownTrackerStub(7);
IUnknownTrackerStub(8);
IUnknownTrackerStub(9);
IUnknownTrackerStub(10);
IUnknownTrackerStub(11);
IUnknownTrackerStub(12);
IUnknownTrackerStub(13);
IUnknownTrackerStub(14);
IUnknownTrackerStub(15);
IUnknownTrackerStub(16);
IUnknownTrackerStub(17);
IUnknownTrackerStub(18);
IUnknownTrackerStub(19);
IUnknownTrackerStub(20);
IUnknownTrackerStub(21);
IUnknownTrackerStub(22);
IUnknownTrackerStub(23);
IUnknownTrackerStub(24);
IUnknownTrackerStub(25);
IUnknownTrackerStub(26);
IUnknownTrackerStub(27);
IUnknownTrackerStub(28);
IUnknownTrackerStub(29);
IUnknownTrackerStub(30);


//
// END FULL_TRACE_INTERFACES_ENABLED
//
///////////////////////////////////////
#endif // FULL_TRACE_INTERFACES_ENABLED