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windows-nt/Source/XPSP1/NT/shell/ext/docpropv3/debug.cpp
CryptoAlgo Inc b3cac27891 Add source files
2020-09-26 16:20:57 +08:00

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//
// Copyright 2001 - Microsoft Corporation
//
// Created By:
// Geoff Pease (GPease) 23-JAN-2001
//
// Maintained By:
// Geoff Pease (GPease) 23-JAN-2001
//
#include "pch.h"
#include <stdio.h>
#include <tchar.h>
#if defined( DEBUG )
//
// Include the WINERROR, HRESULT and NTSTATUS codes
//
#include <winerror.dbg>
//
// Constants
//
static const int cchDEBUG_OUTPUT_BUFFER_SIZE = 512;
static const int cchFILEPATHLINESIZE = 70;
static const int TRACE_OUTPUT_BUFFER_SIZE = 512;
//
// Globals
//
DWORD g_TraceMemoryIndex = -1;
DWORD g_TraceFlagsIndex = -1;
DWORD g_ThreadCounter = 0;
DWORD g_dwCounter = 0;
TRACEFLAG g_tfModule = mtfNEVER;
LONG g_lDebugSpinLock = FALSE;
static CRITICAL_SECTION * g_pcsTraceLog = NULL;
static HANDLE g_hTraceLogFile = INVALID_HANDLE_VALUE;
//
// Strings
//
static const TCHAR g_szNULL[] = TEXT("");
static const TCHAR g_szTrue[] = TEXT("True");
static const TCHAR g_szFalse[] = TEXT("False");
static const TCHAR g_szFileLine[] = TEXT("%s(%u):");
static const TCHAR g_szFormat[] = TEXT("%-60s %-10.10s ");
static const TCHAR g_szUnknown[] = TEXT("<unknown>");
//
// ImageHlp Stuff - not ready for prime time yet.
//
#if defined(IMAGEHLP_ENABLED)
//
// ImageHelp
//
typedef VOID (*PFNRTLGETCALLERSADDRESS)(PVOID*,PVOID*);
HINSTANCE g_hImageHlp = NULL;
PFNSYMGETSYMFROMADDR g_pfnSymGetSymFromAddr = NULL;
PFNSYMGETLINEFROMADDR g_pfnSymGetLineFromAddr = NULL;
PFNSYMGETMODULEINFO g_pfnSymGetModuleInfo = NULL;
PFNRTLGETCALLERSADDRESS g_pfnRtlGetCallersAddress = NULL;
#endif // IMAGEHLP_ENABLED
//
// Per thread structure.
//
typedef struct _SPERTHREADDEBUG {
DWORD dwFlags;
DWORD dwStackCounter;
LPCTSTR pcszName;
} SPerThreadDebug;
//****************************************************************************
//
// Debugging and Tracing Routines
//
//****************************************************************************
//////////////////////////////////////////////////////////////////////////////
//
// void
// DebugIncrementStackDepthCounter( void )
//
// Description:
// Increases the stack scope depth counter. If "per thread" tracking is
// on it will increment the "per thread" counter. Otherwise, it will
// increment the "global" counter.
//
// Arguments:
// None.
//
// Return Values:
// None.
//
//////////////////////////////////////////////////////////////////////////////
void
DebugIncrementStackDepthCounter( void )
{
if ( g_tfModule & mtfPERTHREADTRACE )
{
SPerThreadDebug * ptd = (SPerThreadDebug *) TlsGetValue( g_TraceFlagsIndex );
if ( ptd != NULL )
{
ptd->dwStackCounter++;
} // if: ptd
} // if: per thread
else
{
InterlockedIncrement( (LONG*) &g_dwCounter );
} // else: global
} // DebugIncrementStackDepthCounter()
//////////////////////////////////////////////////////////////////////////////
//++
//
// void
// DebugDecrementStackDepthCounter( void )
//
// Description:
// Decreases the stack scope depth counter. If "per thread" tracking is
// on it will decrement the "per thread" counter. Otherwise, it will
// decrement the "global" counter.
//
// Arguments:
// None.
//
// Return Values:
// None.
//
//--
//////////////////////////////////////////////////////////////////////////////
void
DebugDecrementStackDepthCounter( void )
{
if ( g_tfModule & mtfPERTHREADTRACE )
{
SPerThreadDebug * ptd = (SPerThreadDebug *) TlsGetValue( g_TraceFlagsIndex );
if ( ptd != NULL )
{
ptd->dwStackCounter--;
} // if: ptd
} // if: per thread
else
{
InterlockedDecrement( (LONG*) &g_dwCounter );
} // else: global
} // DebugDecrementStackDepthCounter()
//////////////////////////////////////////////////////////////////////////////
//++
//
// void
// DebugAcquireSpinLock(
// LONG * pLock
// )
//
// Description:
// Acquires the spin lock pointed to by pLock.
//
// Arguments:
// pLock - Pointer to the spin lock.
//
// Return Values:
// None.
//
//--
//////////////////////////////////////////////////////////////////////////////
void
DebugAcquireSpinLock(
LONG * pLock
)
{
for(;;)
{
LONG lInitialValue;
lInitialValue = InterlockedCompareExchange( pLock, TRUE, FALSE );
if ( lInitialValue == FALSE )
{
//
// Lock acquired.
//
break;
} // if: got lock
else
{
//
// Sleep to give other thread a chance to give up the lock.
//
Sleep( 1 );
} // if: lock not acquired
} // for: forever
} // DebugAcquireSpinLock()
//////////////////////////////////////////////////////////////////////////////
//++
//
// void
// DebugReleaseSpinLock(
// LONG * pLock
// )
//
// Description:
// Releases the spin lock pointer to by pLock.
//
// Arguments:
// pLock - Pointer to the spin lock.
//
// Return Values:
// None.
//
//--
//////////////////////////////////////////////////////////////////////////////
void
DebugReleaseSpinLock(
LONG * pLock
)
{
*pLock = FALSE;
} // DebugReleaseSpinLock()
//////////////////////////////////////////////////////////////////////////////
//++
//
// BOOL
// IsDebugFlagSet(
// TRACEFLAG tfIn
// )
//
// Description:
// Checks the global g_tfModule and the "per thread" Trace Flags to
// determine if the flag (any of the flags) are turned on.
//
// Arguments:
// tfIn - Trace flags to compare.
//
// Return Values:
// TRUE At least of one of the flags are present.
// FALSE None of the flags match.
//
//--
//////////////////////////////////////////////////////////////////////////////
BOOL
IsDebugFlagSet(
TRACEFLAG tfIn
)
{
if ( g_tfModule & tfIn )
{
return TRUE;
} // if: global flag set
if ( g_tfModule & mtfPERTHREADTRACE )
{
SPerThreadDebug * ptd = (SPerThreadDebug *) TlsGetValue( g_TraceFlagsIndex );
if ( ptd != NULL
&& ptd->dwFlags & tfIn
)
{
return TRUE;
} // if: per thread flag set
} // if: per thread settings
return FALSE;
} //*** IsDebugFlagSet()
//////////////////////////////////////////////////////////////////////////////
//++
//
// void
// DebugOutputString(
// LPCTSTR pszIn
// )
//
// Description:
// Dumps the spew to the appropriate orafice.
//
// Arguments:
// pszIn Message to dump.
//
// Return Values:
// None.
//
//--
//////////////////////////////////////////////////////////////////////////////
void
DebugOutputString(
LPCTSTR pszIn
)
{
if ( IsTraceFlagSet( mtfOUTPUTTODISK ) )
{
TraceLogMsgNoNewline( pszIn );
} // if: trace to file
else
{
DebugAcquireSpinLock( &g_lDebugSpinLock );
OutputDebugString( pszIn );
DebugReleaseSpinLock( &g_lDebugSpinLock );
} // else: debugger
} //*** DebugOutputString()
#if 0
/*
//////////////////////////////////////////////////////////////////////////////
//++
// void
// DebugFindNTStatusSymbolicName(
// DWORD dwStatusIn,
// LPTSTR pszNameOut,
// LPDWORD pcchNameInout
// )
//
// Description:
// Uses the NTBUILD generated ntstatusSymbolicNames table to lookup
// the symbolic name for the status code. The name will be returned in
// pszNameOut. pcchNameInout should indicate the size of the buffer that
// pszNameOut points too. pcchNameInout will return the number of
// characters copied out.
//
// Arguments:
// dwStatusIn - Status code to lookup.
// pszNameOut - Buffer to store the string name
// pcchNameInout - The length of the buffer in and the size out.
//
// Return Values:
// None.
//
//--
//////////////////////////////////////////////////////////////////////////////
void
DebugFindNTStatusSymbolicName(
NTSTATUS dwStatusIn,
LPTSTR pszNameOut,
LPDWORD pcchNameInout
)
{
Assert( pszNameOut != NULL );
Assert( pcchNameInout != NULL );
int idx = 0;
while ( ntstatusSymbolicNames[ idx ].SymbolicName
)
{
if ( ntstatusSymbolicNames[ idx ].MessageId == dwStatusIn
)
{
#if defined ( UNICODE )
*pcchNameInout = mbstowcs( pszNameOut, ntstatusSymbolicNames[ idx ].SymbolicName, *pcchNameInout );
Assert( *pcchNameInout != -1 );
#else // ASCII
_tcsncpy( pszNameOut, ntstatusSymbolicNames[ idx ].SymbolicName, *pcchNameInout );
*pcchNameInout = _tcslen( pszNameOut );
#endif // UNICODE
return;
} // if: matched
idx++;
} // while: entries in list
//
// If we made it here, we did not find an entry.
//
_tcsncpy( pszNameOut, TEXT("<unknown>"), *pcchNameInout );
*pcchNameInout = StrLen( pszNameOut );
return;
} //*** DebugFindNTStatusSymbolicName()
*/
#endif
//////////////////////////////////////////////////////////////////////////////
//++
// void
// DebugFindWinerrorSymbolicName(
// DWORD dwErrIn,
// LPTSTR pszNameOut,
// LPDWORD pcchNameInout
// )
//
// Description:
// Uses the NTBUILD generated winerrorSymbolicNames table to lookup
// the symbolic name for the error code. The name will be returned in
// pszNameOut. pcchNameInout should indicate the size of the buffer that
// pszNameOut points too. pcchNameInout will return the number of
// characters copied out.
//
// Arguments:
// dwErrIn - Error code to lookup.
// pszNameOut - Buffer to store the string name
// pcchNameInout - The length of the buffer in and the size out.
//
// Return Values:
// None.
//
//--
//////////////////////////////////////////////////////////////////////////////
void
DebugFindWinerrorSymbolicName(
DWORD dwErrIn,
LPTSTR pszNameOut,
LPDWORD pcchNameInout
)
{
Assert( pszNameOut != NULL );
Assert( pcchNameInout != NULL );
int idx = 0;
DWORD scode;
static LPCTSTR s_pszS_FALSE = TEXT("S_FALSE / ERROR_INVALID_FUNCTION");
//
// If this is a Win32 wrapped in HRESULT stuff, remove the
// HRESULT stuff so that the code will be found in the table.
//
if ( SCODE_FACILITY( dwErrIn ) == FACILITY_WIN32 )
{
scode = SCODE_CODE( dwErrIn );
} // if: Win32 error code
else
{
scode = dwErrIn;
} // else: not Win32 error code
if ( scode == S_FALSE )
{
_tcsncpy( pszNameOut, s_pszS_FALSE, *pcchNameInout );
*pcchNameInout = _tcslen( pszNameOut );
return;
}
while ( winerrorSymbolicNames[ idx ].SymbolicName )
{
if ( winerrorSymbolicNames[ idx ].MessageId == scode )
{
#if defined ( UNICODE )
*pcchNameInout = mbstowcs( pszNameOut, winerrorSymbolicNames[ idx ].SymbolicName, *pcchNameInout );
Assert( *pcchNameInout != -1 );
#else // ASCII
_tcsncpy( pszNameOut, winerrorSymbolicNames[ idx ].SymbolicName, *pcchNameInout );
*pcchNameInout = _tcslen( pszNameOut );
#endif // UNICODE
return;
} // if: matched
idx++;
} // while: entries in list
//
// If we made it here, we did not find an entry.
//
_tcsncpy( pszNameOut, TEXT("<unknown>"), *pcchNameInout );
*pcchNameInout = _tcslen( pszNameOut );
return;
} //*** DebugFindWinerrorSymbolicName()
//////////////////////////////////////////////////////////////////////////////
//++
//
// void
// DebugReturnMessage(
// LPCTSTR pszFileIn,
// const int nLineIn,
// LPCTSTR pszModuleIn,
// LPTSTR pszBufIn,
// INT * pcchInout,
// LPTSTR * ppszBufOut
// )
//
// Description:
// Prints the spew for a function return with error code.
//
// The primary reason for doing this is to isolate the stack from adding
// the extra size of szSymbolicName to every function.
//
// Argument:
// pszFileIn - File path to insert
// nLineIn - Line number to insert
// pszModuleIn - Module name to insert
// pszBufIn - The buffer to initialize
// pcchInout - IN: Size of the buffer in pszBufIn
// - OUT: Remaining characters in buffer not used.
// ppszBufOut - Next location to write to append more text
//
// Return Values:
// None.
//
//--
//////////////////////////////////////////////////////////////////////////////
void
DebugReturnMessage(
LPCTSTR pszFileIn,
const int nLineIn,
LPCTSTR pszModuleIn,
LPCTSTR pszMessageIn,
DWORD dwErrIn
)
{
TCHAR szSymbolicName[ 64 ]; // random
DWORD cchSymbolicName;
cchSymbolicName = sizeof( szSymbolicName ) / sizeof( szSymbolicName[ 0 ] );
DebugFindWinerrorSymbolicName( dwErrIn, szSymbolicName, &cchSymbolicName );
Assert( cchSymbolicName != sizeof( szSymbolicName ) / sizeof( szSymbolicName[ 0 ] ) );
TraceMessage( pszFileIn, nLineIn, pszModuleIn, mtfFUNC, pszMessageIn, dwErrIn, szSymbolicName );
} //*** DebugReturnMessage()
//////////////////////////////////////////////////////////////////////////////
//++
//
// void
// DebugInitializeBuffer(
// LPCTSTR pszFileIn,
// const int nLineIn,
// LPCTSTR pszModuleIn,
// LPTSTR pszBufIn,
// INT * pcchInout,
// LPTSTR * ppszBufOut
// )
//
// Description:
// Intializes the output buffer with "File(Line) Module ".
//
// Argument:
// pszFileIn - File path to insert
// nLineIn - Line number to insert
// pszModuleIn - Module name to insert
// pszBufIn - The buffer to initialize
// pcchInout - IN: Size of the buffer in pszBufIn
// - OUT: Remaining characters in buffer not used.
// ppszBufOut - Next location to write to append more text
//
// Return Values:
// None.
//
//--
//////////////////////////////////////////////////////////////////////////////
void
DebugInitializeBuffer(
LPCTSTR pszFileIn,
const int nLineIn,
LPCTSTR pszModuleIn,
LPTSTR pszBufIn,
INT * pcchInout,
LPTSTR * ppszBufOut
)
{
INT cch = 0;
static TCHAR szBarSpace[] =
TEXT("| | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | ");
// 1 2 3 4 5
// 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0
//
// Add date/time stamp
//
if ( IsTraceFlagSet( mtfADDTIMEDATE ) )
{
static TCHAR szBuffer[ 25 ];
static SYSTEMTIME OldSystemTime = { 0 };
SYSTEMTIME SystemTime;
int iCmp;
GetLocalTime( &SystemTime );
//
// Avoid expensive printf by comparing times
//
iCmp = memcmp( (PVOID)&SystemTime, (PVOID)&OldSystemTime, sizeof( SYSTEMTIME ) );
if ( iCmp != 0 )
{
cch = _sntprintf( szBuffer,
25,
TEXT("%02u/%02u/%04u %02u:%02u:%02u.%03u "),
SystemTime.wMonth,
SystemTime.wDay,
SystemTime.wYear,
SystemTime.wHour,
SystemTime.wMinute,
SystemTime.wSecond,
SystemTime.wMilliseconds
);
if ( cch != 24 )
{
DEBUG_BREAK; // can't assert!
} // if: cch != 24
} // if: didn't match
_tcscpy( pszBufIn, szBuffer );
cch = 24;
} // if: time/date
else
{
//
// Add the filepath and line number
//
if ( pszFileIn != NULL )
{
cch = _sntprintf( pszBufIn, *pcchInout, g_szFileLine, pszFileIn, nLineIn );
if ( cch < 0 )
{
cch = _tcslen( pszBufIn );
} // if: error
}
if ( ( IsDebugFlagSet( mtfSTACKSCOPE )
&& IsDebugFlagSet( mtfFUNC )
)
|| pszFileIn != NULL
)
{
LPTSTR psz;
for ( psz = pszBufIn + cch; cch < cchFILEPATHLINESIZE; cch++ )
{
*psz = 32;
psz++;
} // for: cch
*psz = 0;
if ( cch != cchFILEPATHLINESIZE )
{
DEBUG_BREAK; // can't assert!
} // if: cch != cchFILEPATHLINESIZE
} // if: have a filepath or ( scoping and func is on )
} // else: normal (no time/date)
//
// Add module name
//
if ( IsTraceFlagSet( mtfBYMODULENAME ) )
{
if ( pszModuleIn == NULL )
{
_tcscpy( pszBufIn + cch, g_szUnknown );
cch += sizeof( g_szUnknown ) / sizeof( g_szUnknown[ 0 ] ) - 1;
} // if:
else
{
static LPCTSTR pszLastTime = NULL;
static DWORD cchLastTime = 0;
_tcscpy( pszBufIn + cch, pszModuleIn );
if ( pszLastTime != pszModuleIn )
{
pszLastTime = pszModuleIn;
cchLastTime = _tcslen( pszModuleIn );
} // if: not the same as last time
cch += cchLastTime;
} // else:
_tcscat( pszBufIn + cch, TEXT(": ") );
cch += 2;
} // if: add module name
//
// Add the thread id if "per thread" tracing is on.
//
if ( g_tfModule & mtfPERTHREADTRACE )
{
//
// And check the "per thread" to see if this particular thread
// is supposed to be displaying its ID.
//
SPerThreadDebug * ptd = (SPerThreadDebug *) TlsGetValue( g_TraceFlagsIndex );
if ( ptd != NULL
&& ptd->dwFlags & mtfPERTHREADTRACE
)
{
int cchPlus;
cchPlus = _sntprintf( pszBufIn + cch,
*pcchInout - cch,
TEXT("~%08x~ "),
GetCurrentThreadId()
);
if ( cchPlus < 0 )
{
cch = _tcslen( pszBufIn );
} // if: failure
else
{
cch += cchPlus;
} // else: success
} // if: turned on in the thread
} // if: tracing by thread
*ppszBufOut = pszBufIn + cch;
*pcchInout -= cch;
//
// Add the "Bar Space" for stack scoping
//
// Both flags must be set
if ( IsDebugFlagSet( mtfSTACKSCOPE )
&& IsDebugFlagSet( mtfFUNC )
)
{
DWORD dwCounter;
//
// Choose "per thread" or "global" counter.
//
if ( g_tfModule & mtfPERTHREADTRACE )
{
SPerThreadDebug * ptd = (SPerThreadDebug *) TlsGetValue( g_TraceFlagsIndex );
if ( ptd != NULL )
{
dwCounter = ptd->dwStackCounter;
} // if: ptd
else
{
dwCounter = 0;
} // else: assume its not initialized yet
} // if: per thread
else
{
dwCounter = g_dwCounter;
} // else: global counter
if ( dwCounter >= 50 )
{
DEBUG_BREAK; // can't assert!
} // if: dwCounter not vaild
if ( dwCounter > 1
&& dwCounter < 50
)
{
INT nCount = ( dwCounter - 1 ) * 2;
_tcsncpy( *ppszBufOut, szBarSpace, nCount + 1 ); // extra character for bug in StrNCpyNXW()
*ppszBufOut += nCount;
*pcchInout -= nCount;
} // if: within range
} // if: stack scoping on
} //*** DebugInitializeBuffer()
#if defined(IMAGEHLP_ENABLED)
/*
//////////////////////////////////////////////////////////////////////////////
//++
//
// FALSE
// DebugNoOp( void )
//
// Description:
// Returns FALSE. Used to replace ImageHlp routines it they weren't
// loaded or not found.
//
// Arguments:
// None.
//
// Return Values:
// FALSE, always.
//
//--
//////////////////////////////////////////////////////////////////////////////
BOOL
DebugNoOp( void )
{
return FALSE;
} //*** DebugNoOp()
*/
#endif // IMAGEHLP_ENABLED
//////////////////////////////////////////////////////////////////////////////
//++
//
// void
// DebugInitializeTraceFlags( void )
//
// Description:
// Retrieves the default tracing flags for this module from an INI file
// that is named the same as the EXE file (e.g. MMC.EXE -> MMC.INI).
// Typically, this is called from the TraceInitializeProcess() macro.
//
// Arguments:
// None.
//
// Return Values:
// None.
//
//--
//////////////////////////////////////////////////////////////////////////////
void
DebugInitializeTraceFlags( void )
{
TCHAR szSection[ 64 ];
TCHAR szFiles[ cchDEBUG_OUTPUT_BUFFER_SIZE ];
TCHAR szPath[ MAX_PATH ];
LPTSTR psz;
DWORD dwLen;
//
// Allocate TLS for memory tracking
//
Assert( g_TraceMemoryIndex == -1 );
g_TraceMemoryIndex = TlsAlloc();
TlsSetValue( g_TraceMemoryIndex, NULL);
//
// Initialize module trace flags
//
//
// Get the EXEs filename and change the extension to INI.
//
dwLen = GetModuleFileName( NULL, szPath, MAX_PATH );
Assert( dwLen != 0 ); // error in GetModuleFileName
_tcscpy( &szPath[ dwLen - 3 ], TEXT("ini") );
g_tfModule = (TRACEFLAG) GetPrivateProfileInt( __MODULE__,
TEXT("TraceFlags"),
0,
szPath
);
DebugMsg( TEXT("DEBUG: Reading %s") SZ_NEWLINE
TEXT("%s: DEBUG: g_tfModule = 0x%08x"),
szPath,
__MODULE__,
g_tfModule
);
//
// Initialize thread trace flags
//
if ( g_tfModule & mtfPERTHREADTRACE )
{
Assert( g_TraceFlagsIndex == -1 );
g_TraceFlagsIndex = TlsAlloc();
DebugInitializeThreadTraceFlags( NULL );
} // if: per thread tracing
//
// Force the loading of certain modules
//
GetPrivateProfileString( __MODULE__, TEXT("ForcedDLLsSection"), g_szNULL, szSection, 64, szPath );
ZeroMemory( szFiles, sizeof( szFiles ) );
GetPrivateProfileSection( szSection, szFiles, sizeof( szFiles ), szPath );
psz = szFiles;
while ( *psz )
{
TCHAR szExpandedPath[ MAX_PATH ];
ExpandEnvironmentStrings( psz, szExpandedPath, MAX_PATH );
DebugMsg( TEXT("DEBUG: Forcing %s to be loaded."), szExpandedPath );
LoadLibrary( szExpandedPath );
psz += _tcslen( psz ) + 1;
} // while: entry found
#if defined(IMAGEHLP_ENABLED)
/*
//
// Load symbols for our module
//
g_hImageHlp = LoadLibraryEx( TEXT("imagehlp.dll"), NULL, 0 );
if ( g_hImageHlp != NULL )
{
// Typedef this locally since it is only needed once.
typedef BOOL (*PFNSYMINITIALIZE)(HANDLE, PSTR, BOOL);
PFNSYMINITIALIZE pfnSymInitialize;
pfnSymInitialize = (PFNSYMINITIALIZE) GetProcAddress( g_hImageHlp, "SymInitialize" );
if ( pfnSymInitialize != NULL )
{
pfnSymInitialize( GetCurrentProcess(), NULL, TRUE );
} // if: got address
//
// Grab the other addresses we need. Replace them with a "no op" if they are not found
//
g_pfnSymGetSymFromAddr = (PFNSYMGETSYMFROMADDR) GetProcAddress( g_hImageHlp, "SymGetSymFromAddr" );
g_pfnSymGetLineFromAddr = (PFNSYMGETLINEFROMADDR) GetProcAddress( g_hImageHlp, "SymGetLineFromAddr" );
g_pfnSymGetModuleInfo = (PFNSYMGETMODULEINFO) GetProcAddress( g_hImageHlp, "SymGetModuleInfo" );
} // if: imagehlp loaded
//
// If loading IMAGEHLP failed, we need to point these to the "no op" routine.
//
if ( g_pfnSymGetSymFromAddr == NULL )
{
g_pfnSymGetSymFromAddr = (PFNSYMGETSYMFROMADDR) &DebugNoOp;
} // if: failed
if ( g_pfnSymGetLineFromAddr == NULL )
{
g_pfnSymGetLineFromAddr = (PFNSYMGETLINEFROMADDR) &DebugNoOp;
} // if: failed
if ( g_pfnSymGetModuleInfo == NULL )
{
g_pfnSymGetModuleInfo = (PFNSYMGETMODULEINFO) &DebugNoOp;
} // if: failed
HINSTANCE hMod = LoadLibrary( TEXT("NTDLL.DLL") );
g_pfnRtlGetCallersAddress = (PFNRTLGETCALLERSADDRESS) GetProcAddress( hMod, "RtlGetCallersAddress" );
if ( g_pfnRtlGetCallersAddress == NULL )
{
g_pfnRtlGetCallersAddress = (PFNRTLGETCALLERSADDRESS) &DebugNoOp;
} // if: failed
*/
#endif // IMAGEHLP_ENABLED
} //*** DebugInitializeTraceFlags()
//////////////////////////////////////////////////////////////////////////////
//++
//
// void
// DebugTerminateProcess( void )
//
// Description:
// Cleans up anything that the debugging routines allocated or
// initialized. Typically, you should call the TraceTerminateProcess()
// macro just before your process exits.
//
// Arguments:
// None.
//
// Return Values:
// None.
//
//--
//////////////////////////////////////////////////////////////////////////////
void
DebugTerminateProcess( void )
{
#if defined(IMAGEHLP_ENABLED)
/*
//
// ImageHlp Cleanup
//
if ( g_hImageHlp != NULL )
{
// Typedef this locally since it is only needed once.
typedef BOOL (*PFNSYMCLEANUP)(HANDLE);
PFNSYMCLEANUP pfnSymCleanup;
pfnSymCleanup = (PFNSYMCLEANUP) GetProcAddress( g_hImageHlp, "SymCleanup" );
if ( pfnSymCleanup != NULL )
{
pfnSymCleanup( GetCurrentProcess() );
} // if: found proc
FreeLibrary( g_hImageHlp );
} // if: imagehlp loaded
*/
#endif // IMAGEHLP_ENABLED
//
// Free the TLS storage
//
if ( g_tfModule & mtfPERTHREADTRACE )
{
TlsFree( g_TraceFlagsIndex );
} // if: per thread tracing
TlsFree( g_TraceMemoryIndex );
} //*** DebugTerminateProcess()
#if defined(IMAGEHLP_ENABLED)
/*
//////////////////////////////////////////////////////////////////////////////
//++
//
// void
// DebugGetFunctionName(
// LPSTR pszNameOut,
// DWORD cchNameIn
// )
//
// Description:
// Retrieves the calling functions name.
//
// Arguments:
// pszNameOut - The buffer that will contain the functions name.
// cchNameIn - The size of the the out buffer.
//
// Return Values:
// None.
//
//--
//////////////////////////////////////////////////////////////////////////////
void
DebugGetFunctionName(
LPSTR pszNameOut,
DWORD cchNameIn
)
{
PVOID CallersAddress;
PVOID CallersCaller;
BOOL fSuccess;
union
{
IMAGEHLP_SYMBOL sym;
BYTE buf[ 255 ];
} SymBuf;
SymBuf.sym.SizeOfStruct = sizeof( SymBuf );
g_pfnRtlGetCallersAddress( &CallersAddress, &CallersCaller );
fSuccess = g_pfnSymGetSymFromAddr( GetCurrentProcess(), (LONG) CallersAddress, 0, (PIMAGEHLP_SYMBOL) &SymBuf );
if ( fSuccess )
{
StrCpyNA( pszNameOut, SymBuf.sym.Name, cchNameIn );
} // if: success
else
{
DWORD dwErr = GetLastError();
StrCpyNA( pszNameOut, "<unknown>", cchNameIn );
} // if: failed
} //*** DebugGetFunctionName()
*/
#endif // IMAGEHLP_ENABLED
//////////////////////////////////////////////////////////////////////////////
//++
//
// void
// DebugInitializeThreadTraceFlags(
// LPCTSTR pszThreadNameIn
// )
//
// Description:
// If enabled (g_tfModule & mtfPERTHREADTRACE), retrieves the default
// tracing flags for this thread from an INI file that is named the
// same as the EXE file (e.g. MMC.EXE -> MMC.INI). The particular
// TraceFlag level is determined by either the thread name (handed in
// as a parameter) or by the thread counter ID which is incremented
// every time a new thread is created and calls this routine. The
// incremental name is "ThreadTraceFlags%u".
//
// This routine is called from the TraceInitliazeThread() macro.
//
// Arguments:
// pszThreadNameIn
// - If the thread has an assoc. name with it, use it instead of the
// incremented version. NULL indicate no naming.
//
//
// Return Values:
// None.
//
//--
//////////////////////////////////////////////////////////////////////////////
void
DebugInitializeThreadTraceFlags(
LPCTSTR pszThreadNameIn
)
{
//
// Read per thread flags
//
if ( g_tfModule & mtfPERTHREADTRACE )
{
TCHAR szPath[ MAX_PATH ];
DWORD dwTraceFlags;
DWORD dwLen;
SPerThreadDebug * ptd;
LPCTSTR pszThreadTraceFlags;
//
// Get the EXEs filename and change the extension to INI.
//
dwLen = GetModuleFileName( NULL, szPath, sizeof( szPath ) );
Assert( dwLen != 0 ); // error in GetModuleFileName
_tcscpy( &szPath[ dwLen - 3 ], TEXT("ini") );
if ( pszThreadNameIn == NULL )
{
TCHAR szThreadTraceFlags[ 50 ];
//
// No name thread - use generic name
//
_sntprintf( szThreadTraceFlags, sizeof( szThreadTraceFlags ), TEXT("ThreadTraceFlags%u"), g_ThreadCounter );
dwTraceFlags = GetPrivateProfileInt( __MODULE__, szThreadTraceFlags, 0, szPath );
InterlockedIncrement( (LONG *) &g_ThreadCounter );
pszThreadTraceFlags = szThreadTraceFlags;
} // if: no thread name
else
{
//
// Named thread
//
dwTraceFlags = GetPrivateProfileInt( __MODULE__, pszThreadNameIn, 0, szPath );
pszThreadTraceFlags = pszThreadNameIn;
} // else: named thread
Assert( g_TraceFlagsIndex != 0 );
ptd = (SPerThreadDebug *) TlsGetValue( g_TraceFlagsIndex );
if ( ptd == NULL )
{
// don't track this.
ptd = (SPerThreadDebug *) HeapAlloc( GetProcessHeap(), 0, sizeof( SPerThreadDebug ) );
ptd->dwStackCounter = 0;
TlsSetValue( g_TraceFlagsIndex, ptd );
} // if: ptd
if ( ptd != NULL )
{
ptd->dwFlags = dwTraceFlags;
if ( pszThreadNameIn == NULL )
{
ptd->pcszName = g_szUnknown;
} // if: no name
else
{
ptd->pcszName = pszThreadNameIn;
} // else: give it a name
} // if: ptd
DebugMsg( TEXT("DEBUG: Starting ThreadId = 0x%08x - %s = 0x%08x"),
GetCurrentThreadId(),
pszThreadTraceFlags,
dwTraceFlags
);
} // if: per thread tracing turned on
} //*** DebugInitializeThreadTraceFlags()
//////////////////////////////////////////////////////////////////////////////
//++
//
// void
// DebugTerminiateThreadTraceFlags( void )
//
// Description:
// Cleans up the mess create by DebugInitializeThreadTraceFlags(). One
// should use the TraceTerminateThread() macro instead of calling this
// directly.
//
// Arguments:
// None.
//
// Return Values:
// None.
//
//--
//////////////////////////////////////////////////////////////////////////////
void
DebugTerminiateThreadTraceFlags( void )
{
//
// If "per thread" is on, clean up the memory allocation.
//
if ( g_tfModule & mtfPERTHREADTRACE )
{
Assert( g_TraceFlagsIndex != -1 );
SPerThreadDebug * ptd = (SPerThreadDebug *) TlsGetValue( g_TraceFlagsIndex );
if ( ptd != NULL )
{
HeapFree( GetProcessHeap(), 0, ptd );
TlsSetValue( g_TraceFlagsIndex, NULL );
} // if: ptd
} // if: per thread
} // DebugTerminiateThreadTraceFlags()
//////////////////////////////////////////////////////////////////////////////
//++
//
// ASCII version
//
// void
// TraceMsg(
// TRACEFLAG tfIn,
// LPCSTR pszFormatIn,
// ...
// )
//
// Description:
// If any of the flags in trace flags match any of the flags set in
// tfIn, the formatted string will be printed to the debugger.
//
// Arguments:
// tfIn - Flags to be checked.
// pszFormatIn - Formatted string to spewed to the debugger.
// ... - message arguments
//
// Return Values:
// None.
//
//--
//////////////////////////////////////////////////////////////////////////////
void
__cdecl
TraceMsg(
TRACEFLAG tfIn,
LPCSTR pszFormatIn,
...
)
{
va_list valist;
if ( IsDebugFlagSet( tfIn ) )
{
TCHAR szBuf[ cchDEBUG_OUTPUT_BUFFER_SIZE ];
LPTSTR pszBuf;
int cchSize = sizeof( szBuf );
DebugInitializeBuffer( NULL, 0, __MODULE__, szBuf, &cchSize, &pszBuf );
#ifdef UNICODE
//
// Convert the format buffer to wide chars
//
WCHAR szFormat[ cchDEBUG_OUTPUT_BUFFER_SIZE ];
mbstowcs( szFormat, pszFormatIn, strlen( pszFormatIn ) + 1 );
va_start( valist, pszFormatIn );
_vsntprintf( pszBuf, cchSize, szFormat, valist );
va_end( valist );
wcscat( pszBuf, SZ_NEWLINE );
#else
va_start( valist, pszFormatIn );
_vsntprintf( pszBuf, cchSize, pszFormatIn, valist );
va_end( valist );
strcat( pszBuf, ASZ_NEWLINE );
#endif // UNICODE
DebugOutputString( szBuf );
} // if: flags set
} //*** TraceMsg() - ASCII
//////////////////////////////////////////////////////////////////////////////
//++
//
// UNICODE version
//
// void
// TraceMsg(
// TRACEFLAG tfIn,
// LPCWSTR pszFormatIn,
// ...
// )
//
// Description:
// If any of the flags in trace flags match any of the flags set in
// tfIn, the formatted string will be printed to the debugger.
//
// Arguments:
// tfIn - Flags to be checked.
// pszFormatIn - Formatted string to spewed to the debugger.
// ... - message arguments
//
// Return Values:
// None.
//
//--
//////////////////////////////////////////////////////////////////////////////
void
__cdecl
TraceMsg(
TRACEFLAG tfIn,
LPCWSTR pszFormatIn,
...
)
{
va_list valist;
if ( IsDebugFlagSet( tfIn ) )
{
TCHAR szBuf[ cchDEBUG_OUTPUT_BUFFER_SIZE ];
LPTSTR pszBuf;
int cchSize = sizeof( szBuf );
DebugInitializeBuffer( NULL, 0, __MODULE__, szBuf, &cchSize, &pszBuf );
#ifndef UNICODE
//
// Convert the format buffer to ascii chars
//
CHAR szFormat[ cchDEBUG_OUTPUT_BUFFER_SIZE ];
wcstombs( szFormat, pszFormatIn, StrLenW( pszFormatIn ) + 1 );
va_start( valist, pszFormatIn );
_vsntprintf( pszBuf, cchSize, szFormat, valist );
va_end( valist );
strcat( pszBuf, ASZ_NEWLINE );
#else
va_start( valist, pszFormatIn );
_vsntprintf( pszBuf, cchSize, pszFormatIn, valist );
va_end( valist );
wcscat( pszBuf, SZ_NEWLINE );
#endif // UNICODE
DebugOutputString( szBuf );
} // if: flags set
} //*** TraceMsg() - UNICODE
//////////////////////////////////////////////////////////////////////////////
//++
//
// void
// TraceMessage(
// LPCTSTR pszFileIn,
// const int nLineIn,
// LPCTSTR pszModuleIn,
// TRACEFLAG tfIn,
// LPCTSTR pszFormatIn,
// ...
// )
//
// Description:
// If any of the flags in trace flags match any of the flags set in
// tfIn, the formatted string will be printed to the debugger
// along with the filename, line number and module name supplied. This is
// used by many of the debugging macros.
//
// Arguments:
// pszFileIn - Source filename.
// nLineIn - Source line number.
// pszModuleIn - Source module.
// tfIn - Flags to be checked.
// pszFormatIn - Formatted message to be printed.
// ... - message arguments
//
// Return Values:
// None.
//
//--
//////////////////////////////////////////////////////////////////////////////
void
__cdecl
TraceMessage(
LPCTSTR pszFileIn,
const int nLineIn,
LPCTSTR pszModuleIn,
TRACEFLAG tfIn,
LPCTSTR pszFormatIn,
...
)
{
va_list valist;
if ( IsDebugFlagSet( tfIn ) )
{
TCHAR szBuf[ cchDEBUG_OUTPUT_BUFFER_SIZE ];
INT cchSize = sizeof( szBuf );
LPTSTR psz;
DebugInitializeBuffer( pszFileIn, nLineIn, pszModuleIn, szBuf, &cchSize, &psz );
va_start( valist, pszFormatIn );
_vsntprintf( psz, cchSize, pszFormatIn, valist );
va_end( valist );
_tcscat( psz, SZ_NEWLINE );
DebugOutputString( szBuf );
} // if: flags set
} //*** TraceMessage()
//////////////////////////////////////////////////////////////////////////////
//++
//
// void
// TraceMessageDo(
// LPCTSTR pszFileIn,
// const int nLineIn,
// LPCTSTR pszModuleIn,
// TRACEFLAG tfIn,
// LPCTSTR pszFormatIn,
// LPCTSTR pszFuncIn,
// ...
// )
//
// Description:
// Works like TraceMessage() but takes has a function argument that is
// broken into call/result in the debug spew. This is called from the
// TraceMsgDo macro.
//
// Arguments:
// pszFileIn - Source filename.
// nLineIn - Source line number.
// pszModuleIn - Source module.
// tfIn - Flags to be checked
// pszFormatIn - Formatted return value string
// pszFuncIn - The string version of the function call.
// ... - Return value from call.
//
// Return Values:
// None.
//
//--
//////////////////////////////////////////////////////////////////////////////
void
__cdecl
TraceMessageDo(
LPCTSTR pszFileIn,
const int nLineIn,
LPCTSTR pszModuleIn,
TRACEFLAG tfIn,
LPCTSTR pszFormatIn,
LPCTSTR pszFuncIn,
...
)
{
va_list valist;
if ( IsDebugFlagSet( tfIn ) )
{
TCHAR szBuf[ cchDEBUG_OUTPUT_BUFFER_SIZE ];
INT cchSize = sizeof( szBuf );
LPTSTR pszBuf;
int nLen;
LPCTSTR psz = pszFuncIn;
DebugInitializeBuffer( pszFileIn, nLineIn, pszModuleIn, szBuf, &cchSize, &pszBuf );
//
// Prime the buffer
//
_tcscpy( pszBuf, TEXT("V ") );
pszBuf += 2;
//
// Copy the l-var part of the expression
//
while ( *psz
&& *psz != TEXT('=')
)
{
*pszBuf = *psz;
psz++;
pszBuf++;
} // while:
//
// Add the " = "
//
_tcscpy( pszBuf, TEXT(" = ") );
pszBuf += 3;
//
// Add the formatted result
//
va_start( valist, pszFuncIn );
nLen = _vsntprintf( pszBuf, sizeof( szBuf ) - 2 - (pszBuf - &szBuf[0]), pszFormatIn, valist );
va_end( valist );
_tcscat( pszBuf, SZ_NEWLINE );
DebugOutputString( szBuf );
} // if: flags set
} //*** TraceMessageDo()
//////////////////////////////////////////////////////////////////////////////
//++
//
// void
// DebugMessage(
// LPCTSTR pszFileIn,
// const int nLineIn,
// LPCTSTR pszModuleIn,
// LPCTSTR pszFormatIn,
// ...
// )
//
// Description:
// Displays a message only in CHKed/DEBUG builds. Also appends the source
// filename, linenumber and module name to the ouput.
//
// Arguments:
// pszFileIn - Source filename.
// nLineIn - Source line number.
// pszModuleIn - Source module name.
// pszFormatIn - Formatted message to be printed.
// ... - message arguments
//
// Return Values:
// None.
//
//--
//////////////////////////////////////////////////////////////////////////////
void
__cdecl
DebugMessage(
LPCTSTR pszFileIn,
const int nLineIn,
LPCTSTR pszModuleIn,
LPCTSTR pszFormatIn,
...
)
{
va_list valist;
TCHAR szBuf[ cchDEBUG_OUTPUT_BUFFER_SIZE ];
INT cchSize = sizeof( szBuf );
LPTSTR pszBuf;
DebugInitializeBuffer( pszFileIn, nLineIn, pszModuleIn, szBuf, &cchSize, &pszBuf );
va_start( valist, pszFormatIn );
_vsntprintf( pszBuf, cchSize, pszFormatIn, valist );
va_end( valist );
_tcscat( pszBuf, SZ_NEWLINE );
DebugOutputString( szBuf );
} //*** DebugMessage()
//////////////////////////////////////////////////////////////////////////////
//++
//
// void
// DebugMessageDo(
// LPCTSTR pszFileIn,
// const int nLineIn,
// LPCTSTR pszModuleIn,
// LPCTSTR pszFormatIn,
// LPCTSTR pszFuncIn,
// ...
// )
//
// Description:
// Just like TraceMessageDo() except in CHKed/DEBUG version it will
// always spew. The DebugMsgDo macros uses this function.
//
// Arguments:
// pszFileIn - Source filename.
// nLineIn - Source line number.
// pszModuleIn - Source module name.
// pszFormatIn - Formatted result message.
// pszFuncIn - The string version of the function call.
// ... - The return value of the function call.
//
// Return Values:
// None.
//
//--
//////////////////////////////////////////////////////////////////////////////
void
__cdecl
DebugMessageDo(
LPCTSTR pszFileIn,
const int nLineIn,
LPCTSTR pszModuleIn,
LPCTSTR pszFormatIn,
LPCTSTR pszFuncIn,
...
)
{
va_list valist;
TCHAR szBuf[ cchDEBUG_OUTPUT_BUFFER_SIZE ];
INT cchSize = sizeof( szBuf );
LPTSTR pszBuf;
int nLen;
LPCTSTR psz = pszFuncIn;
DebugInitializeBuffer( pszFileIn, nLineIn, pszModuleIn, szBuf, &cchSize, &pszBuf );
//
// Prime the buffer
//
_tcscpy( pszBuf, TEXT("V ") );
pszBuf += 2;
//
// Copy the l-var part of the expression
//
while ( *psz
&& *psz != TEXT('=')
)
{
*pszBuf = *psz;
psz++;
pszBuf++;
} // while:
//
// Add the " = "
//
_tcscpy( pszBuf, TEXT(" = ") );
pszBuf += 3;
//
// Add the formatted result
//
va_start( valist, pszFuncIn );
nLen = _vsntprintf( pszBuf, sizeof( szBuf ) - 2 - (pszBuf - &szBuf[ 0 ]), pszFormatIn, valist );
va_end( valist );
_tcscat( pszBuf, SZ_NEWLINE );
DebugOutputString( szBuf );
} //*** DebugMessageDo()
//////////////////////////////////////////////////////////////////////////////
//++
//
// ASCII version
//
// void
// DebugMsg(
// LPCSTR pszFormatIn,
// ...
// )
//
// Description:
// In CHKed/DEBUG version, prints a formatted message to the debugger. This
// is a NOP in REAIL version. Helpful for putting in quick debugging
// comments. Adds a newline.
//
// Arguments:
// pszFormatIn - Formatted message to be printed.
// ... - Arguments for the message.
//
// Return Values:
// None.
//
//--
//////////////////////////////////////////////////////////////////////////////
void
__cdecl
DebugMsg(
LPCSTR pszFormatIn,
...
)
{
va_list valist;
TCHAR szBuf[ cchDEBUG_OUTPUT_BUFFER_SIZE ];
int cchSize = sizeof( szBuf );
LPTSTR pszBuf;
DebugInitializeBuffer( NULL, 0, __MODULE__, szBuf, &cchSize, &pszBuf );
// CScutaru 25-APR-2000:
// Added this assert. Maybe Geoff will figure out better what to do with this case.
Assert( pszFormatIn != NULL );
#ifdef UNICODE
//
// Convert the format buffer to wide chars
//
WCHAR szFormat[ cchDEBUG_OUTPUT_BUFFER_SIZE ];
mbstowcs( szFormat, pszFormatIn, strlen( pszFormatIn ) + 1 );
va_start( valist, pszFormatIn );
_vsntprintf( pszBuf, cchSize, szFormat, valist );
va_end( valist );
wcscat( pszBuf, SZ_NEWLINE );
#else
va_start( valist, pszFormatIn );
_vsntprintf( pszBuf, cchSize, pszFormatIn, valist );
va_end( valist );
strcat( pszBuf, ASZ_NEWLINE );
#endif // UNICODE
DebugOutputString( szBuf );
} //*** DebugMsg() - ASCII version
//////////////////////////////////////////////////////////////////////////////
//++
//
// UNICODE version
//
// void
// DebugMsg(
// LPCWSTR pszFormatIn,
// ...
// )
//
// Description:
// In CHKed/DEBUG version, prints a formatted message to the debugger. This
// is a NOP in REAIL version. Helpful for putting in quick debugging
// comments. Adds a newline.
//
// Arguments:
// pszFormatIn - Formatted message to be printed.
// ... - Arguments for the message.
//
// Return Values:
// None.
//
//--
//////////////////////////////////////////////////////////////////////////////
void
__cdecl
DebugMsg(
LPCWSTR pszFormatIn,
...
)
{
va_list valist;
TCHAR szBuf[ cchDEBUG_OUTPUT_BUFFER_SIZE ];
int cchSize = sizeof( szBuf );
LPTSTR pszBuf;
DebugInitializeBuffer( NULL, 0, __MODULE__, szBuf, &cchSize, &pszBuf );
// CScutaru 25-APR-2000:
// Added this assert. Maybe Geoff will figure out better what to do with this case.
Assert( pszFormatIn != NULL );
#ifndef UNICODE
//
// Convert the format buffer to ascii chars
//
CHAR szFormat[ cchDEBUG_OUTPUT_BUFFER_SIZE ];
wcstombs( szFormat, pszFormatIn, StrLenW( pszFormatIn ) + 1 );
va_start( valist, pszFormatIn );
_vsntprintf( pszBuf, cchSize, szFormat, valist );
va_end( valist );
strcat( pszBuf, ASZ_NEWLINE );
#else
va_start( valist, pszFormatIn );
_vsntprintf( pszBuf, cchSize, pszFormatIn, valist );
va_end( valist );
wcscat( pszBuf, SZ_NEWLINE );
#endif // UNICODE
DebugOutputString( szBuf );
} //*** DebugMsg() - UNICODE version
//////////////////////////////////////////////////////////////////////////////
//++
//
// ASCII version
//
// void
// DebugMsgNoNewline(
// LPCSTR pszFormatIn,
// ...
// )
//
// Description:
// In CHKed/DEBUG version, prints a formatted message to the debugger. This
// is a NOP in REAIL version. Helpful for putting in quick debugging
// comments. Does not add a newline.
//
// Arguments:
// pszFormatIn - Formatted message to be printed.
// ... - Arguments for the message.
//
// Return Values:
// None.
//
//--
//////////////////////////////////////////////////////////////////////////////
void
__cdecl
DebugMsgNoNewline(
LPCSTR pszFormatIn,
...
)
{
va_list valist;
TCHAR szBuf[ cchDEBUG_OUTPUT_BUFFER_SIZE ];
int cchSize = sizeof( szBuf );
LPTSTR pszBuf;
DebugInitializeBuffer( NULL, 0, __MODULE__, szBuf, &cchSize, &pszBuf );
// CScutaru 25-APR-2000:
// Added this assert. Maybe Geoff will figure out better what to do with this case.
Assert( pszFormatIn != NULL );
#ifdef UNICODE
//
// Convert the format buffer to wide chars
//
WCHAR szFormat[ cchDEBUG_OUTPUT_BUFFER_SIZE ];
mbstowcs( szFormat, pszFormatIn, strlen( pszFormatIn ) + 1 );
va_start( valist, pszFormatIn );
_vsntprintf( pszBuf, cchSize, szFormat, valist);
va_end( valist );
#else
va_start( valist, pszFormatIn );
_vsntprintf( pszBuf, cchSize, pszFormatIn, valist);
va_end( valist );
#endif // UNICODE
DebugOutputString( szBuf );
} //*** DebugMsgNoNewline() - ASCII version
//////////////////////////////////////////////////////////////////////////////
//++
//
// UNICODE version
//
// void
// DebugMsgNoNewline(
// LPCWSTR pszFormatIn,
// ...
// )
//
// Description:
// In CHKed/DEBUG version, prints a formatted message to the debugger. This
// is a NOP in REAIL version. Helpful for putting in quick debugging
// comments. Does not add a newline.
//
// Arguments:
// pszFormatIn - Formatted message to be printed.
// ... - Arguments for the message.
//
// Return Values:
// None.
//
//--
//////////////////////////////////////////////////////////////////////////////
void
__cdecl
DebugMsgNoNewline(
LPCWSTR pszFormatIn,
...
)
{
va_list valist;
TCHAR szBuf[ cchDEBUG_OUTPUT_BUFFER_SIZE ];
int cchSize = sizeof( szBuf );
LPTSTR pszBuf;
DebugInitializeBuffer( NULL, 0, __MODULE__, szBuf, &cchSize, &pszBuf );
// CScutaru 25-APR-2000:
// Added this assert. Maybe Geoff will figure out better what to do with this case.
Assert( pszFormatIn != NULL );
#ifndef UNICODE
//
// Convert the format buffer to ascii chars
//
CHAR szFormat[ cchDEBUG_OUTPUT_BUFFER_SIZE ];
wcstombs( szFormat, pszFormatIn, StrLenW( pszFormatIn ) + 1 );
va_start( valist, pszFormatIn );
_vsntprintf( pszBuf, cchSize, szFormat, valist);
va_end( valist );
#else
va_start( valist, pszFormatIn );
_vsntprintf( pszBuf, cchSize, pszFormatIn, valist);
va_end( valist );
#endif // UNICODE
DebugOutputString( szBuf );
} //*** DebugMsgNoNewline() - UNICODE version
//////////////////////////////////////////////////////////////////////////////
//++
//
// BOOL
// AssertMessage(
// LPCTSTR pszFileIn,
// const int nLineIn,
// LPCTSTR pszModuleIn,
// LPCTSTR pszfnIn,
// BOOL fTrueIn
// )
//
// Description:
// Displays a dialog box with the failed assertion. User has the option of
// breaking. The Assert macro calls this to display assertion failures.
//
// Arguments:
// pszFileIn - Source filename.
// nLineIn - Source line number.
// pszModuleIn - Source module name.
// pszfnIn - String version of the expression to assert.
// fTrueIn - Result of the evaluation of the expression.
//
// Return Values:
// TRUE - Caller should call DEBUG_BREAK.
// FALSE - Caller should not call DEBUG_BREAK.
//
//--
//////////////////////////////////////////////////////////////////////////////
BOOL
AssertMessage(
LPCTSTR pszFileIn,
const int nLineIn,
LPCTSTR pszModuleIn,
LPCTSTR pszfnIn,
BOOL fTrueIn
)
{
BOOL fTrue = fTrueIn;
if ( ! fTrueIn )
{
LRESULT lResult;
TCHAR szBuf[ cchDEBUG_OUTPUT_BUFFER_SIZE ];
int cchSize = sizeof( szBuf );
LPTSTR pszBuf;
LPCTSTR pszfn = pszfnIn;
//
// Output a debug message.
//
DebugInitializeBuffer( pszFileIn, nLineIn, pszModuleIn, szBuf, &cchSize, &pszBuf );
_sntprintf( pszBuf, cchSize, TEXT("ASSERT: %s") SZ_NEWLINE, pszfn );
DebugOutputString( szBuf );
//
// Display an assert message.
//
_sntprintf( szBuf,
sizeof( szBuf ),
TEXT("Module:\t%s\t\n")
TEXT("Line:\t%u\t\n")
TEXT("File:\t%s\t\n\n")
TEXT("Assertion:\t%s\t\n\n")
TEXT("Do you want to break here?"),
pszModuleIn,
nLineIn,
pszFileIn,
pszfn
);
lResult = MessageBox( NULL, szBuf, TEXT("Assertion Failed!"), MB_YESNO | MB_ICONWARNING | MB_SETFOREGROUND );
if ( lResult == IDNO )
{
fTrue = TRUE; // don't break
} // if:
} // if: assert false
return ! fTrue;
} //*** AssertMessage()
//////////////////////////////////////////////////////////////////////////////
//++
//
// HRESULT
// TraceBOOL(
// LPCTSTR pszFileIn,
// const int nLineIn,
// LPCTSTR pszModuleIn,
// LPCTSTR pszfnIn,
// BOOL bIn,
// )
//
// Description:
// Traces BOOLs. A dialog will appear if the bIn is equal to FALSE (0).
// The dialog will ask if the user wants to break-in or continue
// execution. This is called from the TBOOL macro.
//
// Arguments:
// pszFileIn - Source filename.
// nLineIn - Source line number.
// pszModuleIn - Source module name.
// pszfnIn - String version of the function call.
// bIn - BOOL result of the function call.
//
// Return Values:
// Whatever bIn is.
//
//--
//////////////////////////////////////////////////////////////////////////////
BOOL
TraceBOOL(
LPCTSTR pszFileIn,
const int nLineIn,
LPCTSTR pszModuleIn,
LPCTSTR pszfnIn,
BOOL bIn
)
{
if ( !bIn )
{
LPTSTR pszBuf;
TCHAR szBuf[ cchDEBUG_OUTPUT_BUFFER_SIZE ];
int cchSize = sizeof( szBuf );
Assert( pszFileIn != NULL );
Assert( pszModuleIn != NULL );
Assert( pszfnIn != NULL );
//
// Spew it to the debugger.
//
DebugInitializeBuffer( pszFileIn, nLineIn, pszModuleIn, szBuf, &cchSize, &pszBuf );
_sntprintf( pszBuf,
cchSize,
TEXT("*BOOL* b = %s (%#x)") SZ_NEWLINE,
BOOLTOSTRING( bIn ),
bIn
);
DebugOutputString( szBuf );
//
// If trace flag set, generate a pop-up.
//
if ( IsTraceFlagSet( mtfASSERT_HR ) )
{
LRESULT lResult;
_sntprintf( szBuf,
sizeof( szBuf ),
TEXT("Module:\t%s\t\n")
TEXT("Line:\t%u\t\n")
TEXT("File:\t%s\t\n\n")
TEXT("Function:\t%s\t\n")
TEXT("b =\t%s (%#x)\t\n")
TEXT("Do you want to break here?"),
pszModuleIn,
nLineIn,
pszFileIn,
pszfnIn,
BOOLTOSTRING( bIn ),
bIn
);
lResult = MessageBox( NULL, szBuf, TEXT("Trace BOOL"), MB_YESNO | MB_ICONWARNING | MB_SETFOREGROUND );
if ( lResult == IDYES )
{
DEBUG_BREAK;
} // if: break
} // if: asserting on non-success
} // if: !bIn
return bIn;
} //*** TraceBOOL()
//////////////////////////////////////////////////////////////////////////////
//++
//
// HRESULT
// TraceHR(
// LPCTSTR pszFileIn,
// const int nLineIn,
// LPCTSTR pszModuleIn,
// LPCTSTR pszfnIn,
// HRESULT hrIn,
// BOOL fSuccessIn
// HRESULT hrIgnoreIn
// )
//
// Description:
// Traces HRESULT errors. A dialog will appear if the hrIn is not equal
// to S_OK. The dialog will ask if the user wants to break-in or continue
// execution. This is called from the THR macro.
//
// Arguments:
// pszFileIn - Source filename.
// nLineIn - Source line number.
// pszModuleIn - Source module name.
// pszfnIn - String version of the function call.
// hrIn - HRESULT of the function call.
// fSuccessIn - If TRUE, only if FAILED( hr ) is TRUE will it report.
// hrIgnoreIn - HRESULT to ignore.
//
// Return Values:
// Whatever hrIn is.
//
//--
//////////////////////////////////////////////////////////////////////////////
HRESULT
TraceHR(
LPCTSTR pszFileIn,
const int nLineIn,
LPCTSTR pszModuleIn,
LPCTSTR pszfnIn,
HRESULT hrIn,
BOOL fSuccessIn,
HRESULT hrIgnoreIn
)
{
HRESULT hr;
static LPCTSTR s_szS_FALSE = TEXT("S_FALSE");
// If ignoring success statuses and no failure occurred, set hrIn to
// something we always ignore (S_OK). This simplifies the if condition
// below.
if ( fSuccessIn && ! FAILED( hrIn ) )
{
hr = S_OK;
}
else
{
hr = hrIn;
}
if ( ( hr != S_OK )
&& ( hr != hrIgnoreIn )
)
{
TCHAR szSymbolicName[ 64 ]; // random
DWORD cchSymbolicName;
TCHAR szBuf[ cchDEBUG_OUTPUT_BUFFER_SIZE ];
int cchSize = sizeof( szBuf );
LPTSTR pszBuf;
LPTSTR pszMsgBuf;
LRESULT lResult;
bool fAllocatedMsg = false;
switch ( hr )
{
case S_FALSE:
pszMsgBuf = (LPTSTR) s_szS_FALSE;
//
// Find the symbolic name for this error.
//
cchSymbolicName = sizeof( s_szS_FALSE ) / sizeof( s_szS_FALSE[ 0 ] );
Assert( cchSymbolicName <= sizeof( szSymbolicName ) / sizeof( szSymbolicName[ 0 ] ) );
_tcscpy( szSymbolicName, s_szS_FALSE );
break;
default:
FormatMessage(
FORMAT_MESSAGE_ALLOCATE_BUFFER
| FORMAT_MESSAGE_FROM_SYSTEM,
NULL,
hr,
MAKELANGID( LANG_NEUTRAL, SUBLANG_DEFAULT ), // Default language
(LPTSTR) &pszMsgBuf,
0,
NULL
);
//
// Make sure everything is cool before we blow up somewhere else.
//
if ( pszMsgBuf == NULL )
{
pszMsgBuf = TEXT("<unknown error code returned>");
} // if: status code not found
else
{
fAllocatedMsg = true;
} // else: found the status code
//
// Find the symbolic name for this error.
//
cchSymbolicName = sizeof( szSymbolicName ) / sizeof( szSymbolicName[ 0 ] );
DebugFindWinerrorSymbolicName( hr, szSymbolicName, &cchSymbolicName );
Assert( cchSymbolicName != sizeof( szSymbolicName ) / sizeof( szSymbolicName[ 0 ] ) );
break;
} // switch: hr
Assert( pszFileIn != NULL );
Assert( pszModuleIn != NULL );
Assert( pszfnIn != NULL );
//
// Spew it to the debugger.
//
DebugInitializeBuffer( pszFileIn, nLineIn, pszModuleIn, szBuf, &cchSize, &pszBuf );
_sntprintf( pszBuf,
cchSize,
TEXT("*HRESULT* hr = 0x%08x (%s) - %s") SZ_NEWLINE,
hr,
szSymbolicName,
pszMsgBuf
);
DebugOutputString( szBuf );
//
// If trace flag set, generate a pop-up.
//
if ( IsTraceFlagSet( mtfASSERT_HR ) )
{
_sntprintf( szBuf,
sizeof( szBuf ),
TEXT("Module:\t%s\t\n")
TEXT("Line:\t%u\t\n")
TEXT("File:\t%s\t\n\n")
TEXT("Function:\t%s\t\n")
TEXT("hr =\t0x%08x (%s) - %s\t\n")
TEXT("Do you want to break here?"),
pszModuleIn,
nLineIn,
pszFileIn,
pszfnIn,
hr,
szSymbolicName,
pszMsgBuf
);
lResult = MessageBox( NULL, szBuf, TEXT("Trace HRESULT"), MB_YESNO | MB_ICONWARNING | MB_SETFOREGROUND );
if ( lResult == IDYES )
{
DEBUG_BREAK;
} // if: break
} // if: asserting on non-success HRESULTs
if ( fAllocatedMsg )
{
HeapFree( GetProcessHeap(), 0, pszMsgBuf );
} // if: message buffer was allocated by FormateMessage()
} // if: hr != S_OK
return hrIn;
} //*** TraceHR()
//////////////////////////////////////////////////////////////////////////////
//++
//
// ULONG
// TraceWin32(
// LPCTSTR pszFileIn,
// const int nLineIn,
// LPCTSTR pszModuleIn,
// LPCTSTR pszfnIn,
// ULONG ulErrIn
// )
//
// Description:
// Traces WIN32 errors. A dialog will appear is the ulErrIn is not equal
// to ERROR_SUCCESS. The dialog will ask if the user wants to break-in or
// continue execution.
//
// Arguments:
// pszFileIn - Source filename.
// nLineIn - Source line number.
// pszModuleIn - Source module name.
// pszfnIn - String version of the function call.
// ulErrIn - Error code to check.
// ulErrIgnoreIn - Error code to ignore.
//
// Return Values:
// Whatever ulErrIn is.
//
//--
//////////////////////////////////////////////////////////////////////////////
ULONG
TraceWin32(
LPCTSTR pszFileIn,
const int nLineIn,
LPCTSTR pszModuleIn,
LPCTSTR pszfnIn,
ULONG ulErrIn,
ULONG ulErrIgnoreIn
)
{
if ( ( ulErrIn != ERROR_SUCCESS )
&& ( ulErrIn != ulErrIgnoreIn ) )
{
TCHAR szSymbolicName[ 64 ]; // random
DWORD cchSymbolicName;
TCHAR szBuf[ cchDEBUG_OUTPUT_BUFFER_SIZE ];
int cchSize = sizeof( szBuf );
LPTSTR pszBuf;
LPTSTR pszMsgBuf;
LRESULT lResult;
bool fAllocatedMsg = false;
FormatMessage(
FORMAT_MESSAGE_ALLOCATE_BUFFER
| FORMAT_MESSAGE_FROM_SYSTEM,
NULL,
ulErrIn,
MAKELANGID( LANG_NEUTRAL, SUBLANG_DEFAULT ), // Default language
(LPTSTR) &pszMsgBuf,
0,
NULL
);
//
// Make sure everything is cool before we blow up somewhere else.
//
if ( pszMsgBuf == NULL )
{
pszMsgBuf = TEXT("<unknown error code returned>");
} // if: status code not found
else
{
fAllocatedMsg = true;
} // else: found the status code
Assert( pszFileIn != NULL );
Assert( pszModuleIn != NULL );
Assert( pszfnIn != NULL );
//
// Find the symbolic name for this error.
//
cchSymbolicName = sizeof( szSymbolicName ) / sizeof( szSymbolicName[ 0 ] );
DebugFindWinerrorSymbolicName( ulErrIn, szSymbolicName, &cchSymbolicName );
Assert( cchSymbolicName != sizeof( szSymbolicName ) / sizeof( szSymbolicName[ 0 ] ) );
//
// Spew it to the debugger.
//
DebugInitializeBuffer( pszFileIn, nLineIn, pszModuleIn, szBuf, &cchSize, &pszBuf );
_sntprintf( pszBuf,
cchSize,
TEXT("*WIN32Err* ulErr = %u (%s) - %s") SZ_NEWLINE,
ulErrIn,
szSymbolicName,
pszMsgBuf
);
DebugOutputString( szBuf );
//
// If trace flag set, invoke a pop-up.
//
if ( IsTraceFlagSet( mtfASSERT_HR ) )
{
_sntprintf( szBuf,
sizeof( szBuf ),
TEXT("Module:\t%s\t\n")
TEXT("Line:\t%u\t\n")
TEXT("File:\t%s\t\n\n")
TEXT("Function:\t%s\t\n")
TEXT("ulErr =\t%u (%s) - %s\t\n")
TEXT("Do you want to break here?"),
pszModuleIn,
nLineIn,
pszFileIn,
pszfnIn,
ulErrIn,
szSymbolicName,
pszMsgBuf
);
lResult = MessageBox( NULL, szBuf, TEXT("Trace Win32"), MB_YESNO | MB_ICONWARNING | MB_SETFOREGROUND );
if ( lResult == IDYES )
{
DEBUG_BREAK;
} // if: break
} // if: asserting on non-success status codes
if ( fAllocatedMsg )
{
HeapFree( GetProcessHeap(), 0, pszMsgBuf );
} // if: message buffer was allocated by FormateMessage()
} // if: ulErrIn != ERROR_SUCCESS && != ulErrIgnoreIn
return ulErrIn;
} //*** TraceWin32()
//////////////////////////////////////////////////////////////////////////////
//++
//
// HRESULT
// HrTraceLogOpen( void )
//
// Description:
// This function:
// - initializes the trace log critical section
// - enters the trace log critical section assuring only one thread is
// writing to the trace log at a time
// - creates the directory tree to the trace log file (if needed)
// - initializes the trace log file by:
// - creating a new trace log file if one doesn't exist.
// - opens an existing trace log file (for append)
// - appends a time/date stamp that the trace log was (re)opened.
//
// Use HrTraceLogClose() to exit the log critical section.
//
// If there is a failure inside this function, the trace log critical
// section will be released before returning.
//
// Arguments:
// None.
//
// Return Values:
// S_OK - log critical section held and trace log open successfully
// Otherwize HRESULT error code.
//
//--
//////////////////////////////////////////////////////////////////////////////
HRESULT
HrTraceLogOpen( void )
{
TCHAR szFilePath[ MAX_PATH ];
TCHAR szModulePath[ MAX_PATH ];
CHAR szBuffer[ TRACE_OUTPUT_BUFFER_SIZE ];
DWORD dwWritten;
BOOL fReturn;
HRESULT hr;
SYSTEMTIME SystemTime;
//
// Create a critical section to prevent lines from being fragmented.
//
if ( g_pcsTraceLog == NULL )
{
PCRITICAL_SECTION pNewCritSect =
(PCRITICAL_SECTION) HeapAlloc( GetProcessHeap(), 0, sizeof( CRITICAL_SECTION ) );
if ( pNewCritSect == NULL )
{
DebugMsg( "DEBUG: Out of Memory. Tracing disabled." );
hr = E_OUTOFMEMORY;
goto Cleanup;
} // if: creation failed
InitializeCriticalSection( pNewCritSect );
// Make sure we only have one trace log critical section
InterlockedCompareExchangePointer( (PVOID *) &g_pcsTraceLog, pNewCritSect, 0 );
if ( g_pcsTraceLog != pNewCritSect )
{
DebugMsg( "DEBUG: Another thread already created the CS. Deleting this one." );
DeleteCriticalSection( pNewCritSect );
HeapFree( GetProcessHeap(), 0, pNewCritSect );
} // if: already have another critical section
} // if: no critical section created yet
Assert( g_pcsTraceLog != NULL );
EnterCriticalSection( g_pcsTraceLog );
//
// Make sure the trace log file is open
//
if ( g_hTraceLogFile == INVALID_HANDLE_VALUE )
{
DWORD dwLen;
LPTSTR psz;
//
// Create the directory tree
//
ExpandEnvironmentStrings( TEXT("%windir%\\debug"), szFilePath, MAX_PATH );
//
// Add filename
//
dwLen = GetModuleFileName( g_hInstance, szModulePath, sizeof( szModulePath ) / sizeof( szModulePath[ 0 ] ) );
Assert( dwLen != 0 );
_tcscpy( &szModulePath[ dwLen - 3 ], TEXT("log") );
psz = _tcsrchr( szModulePath, TEXT('\\') );
Assert( psz != NULL );
if ( psz == NULL )
{
hr = E_POINTER;
goto Error;
}
_tcscat( szFilePath, psz );
//
// Create it
//
g_hTraceLogFile = CreateFile( szFilePath,
GENERIC_WRITE,
FILE_SHARE_READ | FILE_SHARE_WRITE,
NULL,
OPEN_ALWAYS,
FILE_FLAG_WRITE_THROUGH,
NULL
);
if ( g_hTraceLogFile == INVALID_HANDLE_VALUE )
{
if ( !( g_tfModule & mtfOUTPUTTODISK ) )
{
DebugMsg( "*ERROR* Failed to create trace log at %s", szFilePath );
} // if: not tracing to disk
DWORD dwErr = TW32( GetLastError( ) );
hr = HRESULT_FROM_WIN32( dwErr );
goto Error;
} // if: failed
// Seek to the end
SetFilePointer( g_hTraceLogFile, 0, NULL, FILE_END );
//
// Write the time/date the trace log was (re)openned.
//
GetLocalTime( &SystemTime );
_snprintf( szBuffer,
sizeof( szBuffer ),
"*" ASZ_NEWLINE
"* %02u/%02u/%04u %02u:%02u:%02u.%03u" ASZ_NEWLINE
"*" ASZ_NEWLINE,
SystemTime.wMonth,
SystemTime.wDay,
SystemTime.wYear,
SystemTime.wHour,
SystemTime.wMinute,
SystemTime.wSecond,
SystemTime.wMilliseconds
);
fReturn = WriteFile( g_hTraceLogFile, szBuffer, strlen(szBuffer), &dwWritten, NULL );
if ( ! fReturn )
{
DWORD dwErr = TW32( GetLastError( ) );
hr = HRESULT_FROM_WIN32( dwErr );
goto Error;
} // if: failed
DebugMsg( "DEBUG: Created trace log at %s", szFilePath );
} // if: file not already openned
hr = S_OK;
Cleanup:
return hr;
Error:
DebugMsg( "HrTaceLogOpen: Failed hr = 0x%08x", hr );
if ( g_hTraceLogFile != INVALID_HANDLE_VALUE )
{
CloseHandle( g_hTraceLogFile );
g_hTraceLogFile = INVALID_HANDLE_VALUE;
} // if: handle was open
LeaveCriticalSection( g_pcsTraceLog );
goto Cleanup;
} //*** HrTraceLogOpen()
//////////////////////////////////////////////////////////////////////////////
//++
//
// HRESULT
// HrTraceLogClose( void )
//
// Description:
// This actually just leaves the log critical section.
//
// Arguments:
// None.
//
// Return Values:
// S_OK always.
//
//--
//////////////////////////////////////////////////////////////////////////////
HRESULT
HrTraceLogClose( void )
{
Assert( g_pcsTraceLog != NULL );
LeaveCriticalSection( g_pcsTraceLog );
return S_OK;
} //*** HrTraceLogClose()
//////////////////////////////////////////////////////////////////////////////
//++
//
// ASCII
//
// void
// TraceLogMsgNoNewline(
// LPCSTR pszFormat,
// ...
// )
//
// Description:
// Writes a message to the trace log file without adding a newline.
//
// Arguments:
// pszFormat - A printf format string to be printed.
// ,,, - Arguments for the printf string.
//
// Return Values:
// None.
//
//--
//////////////////////////////////////////////////////////////////////////////
void
__cdecl
TraceLogMsgNoNewline(
LPCSTR pszFormat,
...
)
{
va_list valist;
CHAR szBuf[ TRACE_OUTPUT_BUFFER_SIZE ];
DWORD dwWritten;
HRESULT hr;
#ifdef UNICODE
WCHAR szFormat[ TRACE_OUTPUT_BUFFER_SIZE ];
WCHAR szTmpBuf[ TRACE_OUTPUT_BUFFER_SIZE ];
mbstowcs( szFormat, pszFormat, strlen( pszFormat ) + 1 );
va_start( valist, pszFormat );
wvsprintf( szTmpBuf, szFormat, valist);
va_end( valist );
dwWritten = wcstombs( szBuf, szTmpBuf, wcslen( szTmpBuf ) + 1 );
if ( dwWritten == - 1 )
{
dwWritten = strlen( szBuf );
} // if: bad character found
#else
va_start( valist, pszFormat );
dwWritten = wvsprintf( szBuf, pszFormat, valist);
va_end( valist );
#endif // UNICODE
hr = HrTraceLogOpen();
if ( hr != S_OK )
{
return;
} // if: failed
WriteFile( g_hTraceLogFile, szBuf, dwWritten, &dwWritten, NULL );
HrTraceLogClose();
} //*** TraceLogMsgNoNewline() ASCII
//////////////////////////////////////////////////////////////////////////////
//++
//
// UNICODE
//
// void
// TraceLogMsgNoNewline(
// LPCWSTR pszFormat,
// ...
// )
//
// Description:
// Writes a message to the trace log file without adding a newline.
//
// Arguments:
// pszFormat - A printf format string to be printed.
// ,,, - Arguments for the printf string.
//
// Return Values:
// None.
//
//--
//////////////////////////////////////////////////////////////////////////////
void
__cdecl
TraceLogMsgNoNewline(
LPCWSTR pszFormat,
...
)
{
va_list valist;
CHAR szBuf[ TRACE_OUTPUT_BUFFER_SIZE ];
DWORD dwWritten;
HRESULT hr;
#ifdef UNICODE
WCHAR szTmpBuf[ TRACE_OUTPUT_BUFFER_SIZE ];
va_start( valist, pszFormat );
wvsprintf( szTmpBuf, pszFormat, valist);
va_end( valist );
dwWritten = wcstombs( szBuf, szTmpBuf, wcslen( szTmpBuf ) + 1 );
if ( dwWritten == -1 )
{
dwWritten = strlen( szBuf );
} // if: bad character found
#else
CHAR szFormat[ TRACE_OUTPUT_BUFFER_SIZE ];
wcstombs( szFormat, pszFormat, wcslen( pszFormat ) + 1 );
va_start( valist, pszFormat );
dwWritten = wvsprintf( szBuf, szFormat, valist);
va_end( valist );
#endif // UNICODE
hr = HrTraceLogOpen();
if ( hr != S_OK )
{
return;
} // if: failed
WriteFile( g_hTraceLogFile, szBuf, dwWritten, &dwWritten, NULL );
HrTraceLogClose();
} //*** TraceLogMsgNoNewline() UNICODE
//****************************************************************************
//****************************************************************************
//
// Memory allocation and tracking
//
//****************************************************************************
//****************************************************************************
//
// This is a private structure and should not be known to the application.
//
typedef struct MEMORYBLOCK
{
EMEMORYBLOCKTYPE mbtType; // What type of memory this is tracking
union
{
void * pvMem; // pointer/object to allocated memory to track
BSTR bstr; // BSTR to allocated memory
};
DWORD dwBytes; // size of the memory
LPCTSTR pszFile; // source filename where memory was allocated
int nLine; // source line number where memory was allocated
LPCTSTR pszModule; // source module name where memory was allocated
LPCTSTR pszComment; // optional comments about the memory
MEMORYBLOCK * pNext; // pointer to next MEMORYBLOCK structure
} MEMORYBLOCK;
typedef struct MEMORYBLOCKLIST
{
LONG lSpinLock; // Spin lock protecting the list
MEMORYBLOCK * pmbList; // List of MEMORYBLOCKs.
BOOL fDeadList; // The list is dead.
} MEMORYBLOCKLIST;
//////////////////////////////////////////////////////////////////////////////
//++
//
// void
// DebugMemorySpew(
// MEMORYBLOCK * pmb,
// LPTSTR pszMessage
// )
//
// Description:
// Displays a message about the memory block.
//
// Arugments:
// pmb - pointer to MEMORYBLOCK desciptor.
// pszMessage - message to display
//
// Return Values:
// None.
//
//--
//////////////////////////////////////////////////////////////////////////////
void
DebugMemorySpew(
MEMORYBLOCK * pmb,
LPTSTR pszMessage
)
{
switch ( pmb->mbtType )
{
case mmbtMEMORYALLOCATION:
DebugMessage( pmb->pszFile,
pmb->nLine,
pmb->pszModule,
TEXT("%s 0x%08x (%u bytes) - %s"),
pszMessage,
pmb->pvMem,
pmb->dwBytes,
pmb->pszComment
);
break;
default:
DebugMessage( pmb->pszFile,
pmb->nLine,
pmb->pszModule,
TEXT("%s 0x%08x - %s"),
pszMessage,
pmb->pvMem,
pmb->pszComment
);
break;
} // switch: pmb->mbtType
} //*** DebugMemorySpew()
//////////////////////////////////////////////////////////////////////////////
//++
//
// void *
// DebugMemoryAdd(
// EMEMORYBLOCKTYPE mbtType,
// void * hMemIn,
// LPCTSTR pszFileIn,
// const int nLineIn,
// LPCTSTR pszModuleIn,
// DWORD dwBytesIn,
// LPCTSTR pszCommentIn
// )
//
// Description:
// Adds memory to be tracked to the memory tracking list.
//
// Arguments:
// mbtType - Type of memory block of the memory to track.
// hMemIn - Pointer to memory to track.
// pszFileIn - Source filename where memory was allocated.
// nLineIn - Source line number where memory was allocated.
// pszModuleIn - Source module where memory was allocated.
// dwBytesIn - Size of the allocation.
// pszCommentIn - Optional comments about the memory.
//
// Return Values:
// Whatever was in pvMemIn.
//
//--
//////////////////////////////////////////////////////////////////////////////
void *
DebugMemoryAdd(
EMEMORYBLOCKTYPE mbtType,
void * pvMemIn,
LPCTSTR pszFileIn,
const int nLineIn,
LPCTSTR pszModuleIn,
DWORD dwBytesIn,
LPCTSTR pszCommentIn
)
{
if ( pvMemIn != NULL )
{
MEMORYBLOCK * pmbHead = (MEMORYBLOCK *) TlsGetValue( g_TraceMemoryIndex );
MEMORYBLOCK * pmb = (MEMORYBLOCK *) HeapAlloc( GetProcessHeap(), 0, sizeof( MEMORYBLOCK ) );
if ( pmb == NULL )
{
HeapFree( GetProcessHeap(), 0, pvMemIn );
return NULL;
} // if: memory block allocation failed
pmb->mbtType = mbtType;
pmb->pvMem = pvMemIn;
pmb->dwBytes = dwBytesIn;
pmb->pszFile = pszFileIn;
pmb->nLine = nLineIn;
pmb->pszModule = pszModuleIn;
pmb->pszComment = pszCommentIn;
pmb->pNext = pmbHead;
TlsSetValue( g_TraceMemoryIndex, pmb );
//
// Spew if needed
//
if ( IsTraceFlagSet( mtfMEMORYALLOCS ) )
{
DebugMemorySpew( pmb, TEXT("Alloced") );
} // if: tracing
} // if: something to trace
return pvMemIn;
} //*** DebugMemoryAdd()
//////////////////////////////////////////////////////////////////////////////
//++
//
// void
// DebugMemoryDelete(
// EMEMORYBLOCKTYPE mbtTypeIn,
// void * pvMemIn
// LPCTSTR pszFileIn,
// const int nLineIn,
// LPCTSTR pszModuleIn,
// BOOL fClobberIn
// )
//
// Description:
// Removes a MEMORYBLOCK to the memory tracking list.
//
// Arguments:
// mbtTypeIn - Memory block type.
// pvMemIn - Pointer to memory block to stop tracking.
// pszFileIn - Source file that is deleteing.
// nLineIn - Source line number that is deleteing.
// pszModuleIn - Source module name that is deleteing.
// fClobberIn - True is memory should be scrambled.
//
// Return Values:
// None.
//
//--
//////////////////////////////////////////////////////////////////////////////
void
DebugMemoryDelete(
EMEMORYBLOCKTYPE mbtTypeIn,
void * pvMemIn,
LPCTSTR pszFileIn,
const int nLineIn,
LPCTSTR pszModuleIn,
BOOL fClobberIn
)
{
if ( pvMemIn != NULL )
{
MEMORYBLOCK * pmbHead = (MEMORYBLOCK *) TlsGetValue( g_TraceMemoryIndex );
MEMORYBLOCK * pmbLast = NULL;
//
// Find the memory in the memory block list
//
if ( mbtTypeIn == mmbtMEMORYALLOCATION )
{
while ( pmbHead != NULL
&& !( pmbHead->pvMem == pvMemIn
&& pmbHead->mbtType == mbtTypeIn
)
)
{
AssertMsg( !( pmbHead->pvMem == pvMemIn && pmbHead->mbtType == mmbtSYSALLOCSTRING ),
"Should be freed by SysAllocFreeString()." );
pmbLast = pmbHead;
pmbHead = pmbLast->pNext;
} // while: finding the entry in the list
} // if: memory allocation type
else if ( mbtTypeIn == mmbtSYSALLOCSTRING )
{
while ( pmbHead != NULL
&& !( pmbHead->pvMem == pvMemIn
&& pmbHead->mbtType == mbtTypeIn
)
)
{
AssertMsg( !( pmbHead->pvMem == pvMemIn && pmbHead->mbtType == mmbtMEMORYALLOCATION ),
"Should be freed by TraceFree()." );
pmbLast = pmbHead;
pmbHead = pmbLast->pNext;
} // while: finding the entry in the list
} // if: SysAllocString type
else if ( mbtTypeIn == mmbtUNKNOWN )
{
while ( pmbHead != NULL
&& pmbHead->pvMem != pvMemIn
)
{
pmbLast = pmbHead;
pmbHead = pmbLast->pNext;
} // while: finding the entry in the list
} // if: don't care what type
else
{
while ( pmbHead != NULL
&& !( pmbHead->pvMem == pvMemIn
&& pmbHead->mbtType == mbtTypeIn
)
)
{
pmbLast = pmbHead;
pmbHead = pmbLast->pNext;
} // while: finding the entry in the list
} // else: other types, but they must match
if ( pmbHead != NULL )
{
//
// Remove the memory block from the tracking list
//
if ( pmbLast != NULL )
{
pmbLast->pNext = pmbHead->pNext;
} // if: not first entry
else
{
TlsSetValue( g_TraceMemoryIndex, pmbHead->pNext );
} // else: first entry
//
// Spew if needed
//
if ( IsTraceFlagSet( mtfMEMORYALLOCS ) )
{
DebugMemorySpew( pmbHead, TEXT("Freeing") );
} // if: tracing
//
// Nuke the memory
//
if ( fClobberIn
&& pmbHead->mbtType == mmbtMEMORYALLOCATION
)
{
memset( pmbHead->pvMem, 0xFA, pmbHead->dwBytes );
} // if: fixed memory
//
// Nuke the memory tracking block
//
memset( pmbHead, 0xFB, sizeof( MEMORYBLOCK ) );
HeapFree( GetProcessHeap(), 0, pmbHead );
} // if: found entry
else
{
DebugMessage( pszFileIn,
nLineIn,
pszModuleIn,
TEXT("***** Attempted to free 0x%08x not owned by thread (ThreadID = 0x%08x) *****"),
pvMemIn,
GetCurrentThreadId()
);
} // else: entry not found
} // if: something to delete
} //*** DebugMemoryDelete()
//////////////////////////////////////////////////////////////////////////////
//++
//
// void *
// DebugAlloc(
// LPCTSTR pszFileIn,
// const int nLineIn,
// LPCTSTR pszModuleIn,
// UINT uFlagsIn,
// DWORD dwBytesIn,
// LPCTSTR pszCommentIn
// )
//
// Description:
// Replacement for LocalAlloc, GlobalAlloc, and malloc for CHKed/DEBUG
// builds. Memoryallocations be tracked. Use the TraceAlloc macro to make
// memoryallocations switch in RETAIL.
//
// Arguments:
// pszFileIn - Source filename where memory was allocated.
// nLineIn - Source line number where memory was allocated.
// pszModuleIn - Source module where memory was allocated.
// uFlagsIn - Flags used to allocate the memory.
// dwBytesIn - Size of the allocation.
// pszCommentIn - Optional comments about the memory.
//
// Return Values:
// Pointer to the new allocation. NULL if allocation failed.
//
//--
//////////////////////////////////////////////////////////////////////////////
void *
DebugAlloc(
LPCTSTR pszFileIn,
const int nLineIn,
LPCTSTR pszModuleIn,
UINT uFlagsIn,
DWORD dwBytesIn,
LPCTSTR pszCommentIn
)
{
Assert( ( uFlagsIn & LMEM_MOVEABLE ) == 0 );
void * pv = HeapAlloc( GetProcessHeap(), uFlagsIn, dwBytesIn );
//
// Initialize the memory if needed
//
if ( IsTraceFlagSet( mtfMEMORYINIT )
&& !( uFlagsIn & HEAP_ZERO_MEMORY )
)
{
//
// KB: gpease 8-NOV-1999
// Initialize to anything but ZERO. We will use 0xAA to
// indicate "Available Address". Initializing to zero
// is bad because it usually has meaning.
//
memset( pv, 0xAA, dwBytesIn );
} // if: zero memory requested
return DebugMemoryAdd( mmbtMEMORYALLOCATION,
pv,
pszFileIn,
nLineIn,
pszModuleIn,
dwBytesIn,
pszCommentIn
);
} //*** DebugAlloc()
//////////////////////////////////////////////////////////////////////////////
//++
//
// void *
// DebugReAlloc(
// LPCTSTR pszFileIn,
// const int nLineIn,
// LPCTSTR pszModuleIn,
// void * pvMemIn,
// UINT uFlagsIn,
// DWORD dwBytesIn,
// LPCTSTR pszCommentIn
// )
//
// Description:
// Replacement for LocalReAlloc, GlobalReAlloc, and realloc for CHKed/DEBUG
// builds. Memoryallocations be tracked. Use the TraceAlloc macro to make
// memoryallocations switch in RETAIL.
//
// Arguments:
// pszFileIn - Source filename where memory was allocated.
// nLineIn - Source line number where memory was allocated.
// pszModuleIn - Source module where memory was allocated.
// pvMemIn - Pointer to the source memory.
// uFlagsIn - Flags used to allocate the memory.
// dwBytesIn - Size of the allocation.
// pszCommentIn - Optional comments about the memory.
//
// Return Values:
// Pointer to the new allocation.
// NULL if allocation failed.
//
//--
//////////////////////////////////////////////////////////////////////////////
void *
DebugReAlloc(
LPCTSTR pszFileIn,
const int nLineIn,
LPCTSTR pszModuleIn,
void * pvMemIn,
UINT uFlagsIn,
DWORD dwBytesIn,
LPCTSTR pszCommentIn
)
{
MEMORYBLOCK * pmbHead = NULL;
void * pvOld = pvMemIn;
MEMORYBLOCK * pmbLast = NULL;
void * pv;
AssertMsg( !( uFlagsIn & GMEM_MODIFY ), "This doesn't handle modified memory blocks, yet." );
if ( pvMemIn == NULL )
{
//
// To duplicate the behavior of realloc we need to do an alloc when
// pvMemIn is NULL.
//
pv = DebugAlloc( pszFileIn, nLineIn, pszModuleIn, uFlagsIn, dwBytesIn, pszCommentIn );
goto Exit;
} // if:
pmbHead = (MEMORYBLOCK *) TlsGetValue( g_TraceMemoryIndex );
//
// Find the memory in the memory block list
//
while ( pmbHead != NULL
&& pmbHead->pvMem != pvMemIn
)
{
pmbLast = pmbHead;
pmbHead = pmbLast->pNext;
} // while: finding the entry in the list
if ( pmbHead != NULL )
{
AssertMsg( pmbHead->mbtType == mmbtMEMORYALLOCATION, "You can only realloc memory allocations!" );
//
// Remove the memory from the tracking list
//
if ( pmbLast != NULL )
{
pmbLast->pNext = pmbHead->pNext;
} // if: not first entry
else
{
TlsSetValue( g_TraceMemoryIndex, pmbHead->pNext );
} // else: first entry
//
// Spew if needed
//
if ( IsTraceFlagSet( mtfMEMORYALLOCS ) )
{
DebugMemorySpew( pmbHead, TEXT("Freeing") );
} // if: tracing
//
// Force the programmer to handle a real realloc by moving the
// memory first.
//
pvOld = HeapAlloc( GetProcessHeap(), uFlagsIn, pmbHead->dwBytes );
if ( pvOld != NULL )
{
CopyMemory( pvOld, pvMemIn, pmbHead->dwBytes );
//
// Nuke the old memory if the allocation is to be smaller.
//
if ( dwBytesIn < pmbHead->dwBytes )
{
LPBYTE pb = (LPBYTE) pvOld + dwBytesIn;
memset( pb, 0xFA, pmbHead->dwBytes - dwBytesIn );
} // if: smaller memory
pmbHead->pvMem = pvOld;
} // if: got new memory
else
{
pvOld = pvMemIn;
} // else: allocation failed
} // if: found entry
else
{
DebugMessage( pszFileIn,
nLineIn,
pszModuleIn,
TEXT("***** Attempted to realloc 0x%08x not owned by thread (ThreadID = 0x%08x) *****"),
pvMemIn,
GetCurrentThreadId()
);
} // else: entry not found
//
// We do this any way because the flags and input still need to be
// verified by HeapReAlloc().
//
pv = HeapReAlloc( GetProcessHeap(), uFlagsIn, pvOld, dwBytesIn );
if ( pv == NULL )
{
DWORD dwErr = TW32( GetLastError() );
AssertMsg( dwErr == 0, "HeapReAlloc() failed!" );
if ( pvMemIn != pvOld )
{
HeapFree( GetProcessHeap(), 0, pvOld );
} // if: forced a move
SetLastError( dwErr );
if ( pmbHead != NULL )
{
//
// Continue tracking the memory by re-adding it to the tracking list.
//
pmbHead->pvMem = pvMemIn;
pmbHead->pNext = (MEMORYBLOCK *) TlsGetValue( g_TraceMemoryIndex );
TlsSetValue( g_TraceMemoryIndex, (LPVOID) pmbHead );
} // if: reuse the old entry
else
{
//
// Create a new block
//
DebugMemoryAdd( mmbtMEMORYALLOCATION,
pvOld,
pszFileIn,
nLineIn,
pszModuleIn,
dwBytesIn,
pszCommentIn
);
} // else: make new entry
} // if: allocation failed
else
{
if ( pv != pvMemIn )
{
if ( pmbHead != NULL )
{
//
// Nuke the old memory
//
memset( pvMemIn, 0xFA, pmbHead->dwBytes );
} // if: entry found
//
// Free the old memory
//
HeapFree( GetProcessHeap(), 0, pvMemIn );
} // if: new memory location
//
// Add the allocation to the tracking table.
//
if ( pmbHead != NULL )
{
//
// If the block is bigger, initialize the "new" memory
//
if ( IsTraceFlagSet( mtfMEMORYINIT )
&& dwBytesIn > pmbHead->dwBytes
)
{
//
// Initialize the expaned memory block
//
LPBYTE pb = (LPBYTE) pv + pmbHead->dwBytes;
memset( pb, 0xAA, dwBytesIn - pmbHead->dwBytes );
} // if: initialize memory
//
// Re-add the tracking block by reusing the old tracking block
//
pmbHead->pvMem = pv;
pmbHead->dwBytes = dwBytesIn;
pmbHead->pszFile = pszFileIn;
pmbHead->nLine = nLineIn;
pmbHead->pszModule = pszModuleIn;
pmbHead->pszComment = pszCommentIn;
pmbHead->pNext = (MEMORYBLOCK *) TlsGetValue( g_TraceMemoryIndex );
TlsSetValue( g_TraceMemoryIndex, (LPVOID) pmbHead );
//
// Spew if needed
//
if ( IsTraceFlagSet( mtfMEMORYALLOCS ) )
{
DebugMemorySpew( pmbHead, TEXT("ReAlloced") );
} // if: tracing
} // if: entry found
else
{
//
// Create a new block
//
DebugMemoryAdd( mmbtMEMORYALLOCATION,
pvOld,
pszFileIn,
nLineIn,
pszModuleIn,
dwBytesIn,
pszCommentIn
);
} // else: make new entry
} // else: allocation succeeded
Exit:
return pv;
} //*** DebugRealloc()
//////////////////////////////////////////////////////////////////////////////
//++
//
// void *
// DebugFree(
// void * pvMemIn
// LPCTSTR pszFileIn,
// const int nLineIn,
// LPCTSTR pszModuleIn,
// )
//
// Description:
// Replacement for LocalFree for CHKed/DEBUG builds. Removes the
// memory allocation for the memory tracking list. Use the TraceFree
// macro to make memory allocation switch in RETAIL. The memory of the
// freed block will be set to 0xFE.
//
// Arguments:
// pvMemIn - Pointer to memory block to free.
// pszFileIn - Source file path to the caller
// nLineIn - Line number of the caller in the source file
// pszModuleIn - Source module name of the caller
//
// Return Values: (see HeapFree())
// TRUE
// Memory was freed.
//
// FALSE
// An Error occured. Use GetLastError() to determine the failure.
//
//--
//////////////////////////////////////////////////////////////////////////////
BOOL
DebugFree(
void * pvMemIn,
LPCTSTR pszFileIn,
const int nLineIn,
LPCTSTR pszModuleIn
)
{
DebugMemoryDelete( mmbtMEMORYALLOCATION, pvMemIn, pszFileIn, nLineIn, pszModuleIn, TRUE );
return HeapFree( GetProcessHeap(), 0, pvMemIn );
} //*** DebugFree()
//////////////////////////////////////////////////////////////////////////////
//++
//
// void
// DebugMemoryCheck(
// LPVOID pvListIn,
// LPCTSTR pszListNameIn
// )
//
// Description:
// Called just before a thread/process dies to verify that all the memory
// allocated by the thread/process was properly freed. Anything that was
// not freed will be listed in the debugger.
//
// If pmbListIn is NULL, it will check the current threads tracking list.
// The list is destroyed as it is checked.
//
// Arguments:
// pvListIn - The list to check.
// pszListNameIn - The name of the list.
//
// Return Values:
// None.
//
//--
//////////////////////////////////////////////////////////////////////////////
void
DebugMemoryCheck(
LPVOID pvListIn,
LPCTSTR pszListNameIn
)
{
BOOL fFoundLeak = FALSE;
MEMORYBLOCK * pmb;
SPerThreadDebug * ptd = NULL;
if ( IsTraceFlagSet( mtfPERTHREADTRACE ) )
{
Assert( g_TraceFlagsIndex != -1 );
ptd = (SPerThreadDebug *) TlsGetValue( g_TraceFlagsIndex );
} // if: per thread tracing
//
// Determine which list to use.
//
if ( pvListIn == NULL )
{
Assert( g_TraceMemoryIndex != -1 );
pmb = (MEMORYBLOCK *) TlsGetValue( g_TraceMemoryIndex );
} // if: use the thread list
else
{
MEMORYBLOCKLIST * pmbl = (MEMORYBLOCKLIST *) pvListIn;
Assert( pszListNameIn != NULL );
//
// Make sure nobody tries to use the list again.
//
DebugAcquireSpinLock( &pmbl->lSpinLock );
pmbl->fDeadList = TRUE;
DebugReleaseSpinLock( &pmbl->lSpinLock );
pmb = pmbl->pmbList;
} // else: use the given list
//
// Print banner if needed.
//
if ( pmb != NULL )
{
if ( pvListIn == NULL )
{
if ( ptd != NULL && ptd->pcszName != NULL )
{
DebugMsg( TEXT("DEBUG: ******** Memory leak detected ***** %s, ThreadID = %#x ********"), ptd->pcszName, GetCurrentThreadId() );
} // if: named thread
else
{
DebugMsg( "DEBUG: ******** Memory leak detected ******************* ThreadID = 0x%08x ********", GetCurrentThreadId() );
} // else: unnamed thread
DebugMsg( "DEBUG: M = Moveable, A = Address, O = Object(new), P = Punk, H = Handle, B = BSTR" );
DebugMsg( "Module Addr/Hndl/Obj Size Comment" );
//" 1 2 3 4 5 6 7 8 "
//"12345678901234567890123456789012345678901234567890123456789012345678901234567890 1234567890 X 0x12345678 12345 1....."
} // if: thread leak
else
{
DebugMsg( TEXT("DEBUG: ******** Memory leak detected ******************* %s ********"), pszListNameIn );
DebugMsg( "DEBUG: M = Moveable, A = Address, O = Object(new), P = Punk, H = Handle, B = BSTR" );
DebugMsg( "Module Addr/Hndl/Obj Size Comment" );
//" 1 2 3 4 5 6 7 8 "
//"12345678901234567890123456789012345678901234567890123456789012345678901234567890 1234567890 X 0x12345678 12345 1....."
} // else: list leak
fFoundLeak = TRUE;
} // if: leak found
//
// Dump the entries.
//
while ( pmb != NULL )
{
LPCTSTR pszFormat;
switch ( pmb->mbtType )
{
case mmbtMEMORYALLOCATION:
{
pszFormat = TEXT("%10s A 0x%08x %-5u \"%s\"");
}
break;
case mmbtOBJECT:
pszFormat = TEXT("%10s O 0x%08x %-5u \"%s\"");
break;
case mmbtPUNK:
pszFormat = TEXT("%10s P 0x%08x %-5u \"%s\"");
break;
case mmbtHANDLE:
pszFormat = TEXT("%10s H 0x%08x %-5u \"%s\"");
break;
case mmbtSYSALLOCSTRING:
pszFormat = TEXT("%10s B 0x%08x %-5u \"%s\"");
break;
default:
AssertMsg( 0, "Unknown memory block type!" );
break;
} // switch: pmb->mbtType
DebugMessage( pmb->pszFile, pmb->nLine, pmb->pszModule, pszFormat, pmb->pszModule, pmb->pvMem, pmb->dwBytes, pmb->pszComment );
pmb = pmb->pNext;
} // while: something in the list
//
// Print trailer if needed.
//
if ( fFoundLeak == TRUE )
{
// Add an extra newline to the end of this message.
DebugMsg( TEXT("DEBUG: ***************************** Memory leak detected *****************************") SZ_NEWLINE );
} // if: leaking
//
// Assert if needed.
//
if ( IsDebugFlagSet( mtfMEMORYLEAKS ) )
{
Assert( !fFoundLeak );
} // if: yell at leaks
} //*** DebugMemoryCheck()
//////////////////////////////////////////////////////////////////////////////
//++
//
// void
// DebugCreateMemoryList(
// LPCTSTR pszFileIn,
// const int nLineIn,
// LPCTSTR pszModuleIn,
// LPVOID * ppvListOut,
// LPCTSTR pszListNameIn
// )
//
// Description:
// Creates a memory block list for tracking possible "global" scope
// memory allocations.
//
// Arguments:
// pszFileIn - Source file of caller.
// nLineIn - Source line number of caller.
// pszModuleIn - Source module name of caller.
// ppvListOut - Location to the store address of the list head.
// pszListNameIn - Name of the list.
//
// Return Values:
// None.
//
//--
//////////////////////////////////////////////////////////////////////////////
void
DebugCreateMemoryList(
LPCTSTR pszFileIn,
const int nLineIn,
LPCTSTR pszModuleIn,
LPVOID * ppvListOut,
LPCTSTR pszListNameIn
)
{
MEMORYBLOCKLIST * pmbl;
Assert( ppvListOut != NULL );
Assert( *ppvListOut == NULL );
*ppvListOut = DebugAlloc( pszFileIn, nLineIn, pszModuleIn, HEAP_ZERO_MEMORY, sizeof(MEMORYBLOCKLIST), TEXT("Memory Tracking List") );
if ( NULL != *ppvListOut )
{
pmbl = (MEMORYBLOCKLIST*) *ppvListOut;
Assert( pmbl->lSpinLock == FALSE );
Assert( pmbl->pmbList == NULL );
Assert( pmbl->fDeadList == FALSE );
if ( IsTraceFlagSet( mtfMEMORYALLOCS ) )
{
DebugMessage( pszFileIn, nLineIn, pszModuleIn, TEXT("Created new memory list %s"), pszListNameIn );
} // if: tracing
}
} // DebugCreateMemoryList()
//////////////////////////////////////////////////////////////////////////////
//++
//
// void
// DebugMemoryListDelete(
// LPCTSTR pszFileIn,
// const int nLineIn,
// LPCTSTR pszModuleIn,
// void * pvMemIn,
// LPVOID pvListIn,
// LPCTSTR pszListNameIn,
// BOOL fClobberIn
// )
//
// Description:
// Removes the memory from the tracking list and adds it back to the
// "per thread" tracking list in order to called DebugMemoryDelete()
// to do the proper destruction of the memory. Not highly efficent, but
// reduces code maintenance by having "destroy" code in one (the most
// used) location.
//
// Arguments:
// pszFileIn - Source file of caller.
// nLineIn - Source line number of caller.
// pszModuleIn - Source module name of caller.
// pvMemIn - Memory to be freed.
// pvListIn - List from which the memory is to be freed.
// pvListNameIn - Name of the list.
// fClobberIn - TRUE - destroys memory; FALSE just removes from list.
//
// Return Values:
// None.
//
//--
//////////////////////////////////////////////////////////////////////////////
void
DebugMemoryListDelete(
LPCTSTR pszFileIn,
const int nLineIn,
LPCTSTR pszModuleIn,
void * pvMemIn,
LPVOID pvListIn,
LPCTSTR pszListNameIn,
BOOL fClobberIn
)
{
if ( pvMemIn != NULL
&& pvListIn != NULL
)
{
MEMORYBLOCK * pmbHead;
MEMORYBLOCKLIST * pmbl = (MEMORYBLOCKLIST *) pvListIn;
MEMORYBLOCK * pmbLast = NULL;
Assert( pszListNameIn != NULL );
DebugAcquireSpinLock( &pmbl->lSpinLock );
AssertMsg( pmbl->fDeadList == FALSE, "List was terminated." );
AssertMsg( pmbl->pmbList != NULL, "Memory tracking problem detecting. Nothing in list to delete." );
pmbHead = pmbl->pmbList;
//
// Find the memory in the memory block list
//
while ( pmbHead != NULL
&& pmbHead->pvMem != pvMemIn
)
{
pmbLast = pmbHead;
pmbHead = pmbLast->pNext;
} // while: finding the entry in the list
//
// Remove the memory block from the tracking list.
//
if ( pmbHead != NULL )
{
if ( pmbLast != NULL )
{
pmbLast->pNext = pmbHead->pNext;
} // if: not first entry
else
{
pmbl->pmbList = pmbHead->pNext;
} // else: first entry
} // if: got entry
DebugReleaseSpinLock( &pmbl->lSpinLock );
if ( pmbHead != NULL )
{
//
// Add it back to the per thread list.
//
pmbLast = (MEMORYBLOCK *) TlsGetValue( g_TraceMemoryIndex );
pmbHead->pNext = pmbLast;
TlsSetValue( g_TraceMemoryIndex, pmbHead );
//
// Finally delete it.
//
DebugMemoryDelete( pmbHead->mbtType, pmbHead->pvMem, pszFileIn, nLineIn, pszModuleIn, fClobberIn );
}
else
{
//
// Not from the provided list. Try a thread delete any way.
//
DebugMemoryDelete( mmbtUNKNOWN, pvMemIn, pszFileIn, nLineIn, pszModuleIn, fClobberIn );
}
} // if: pvIn != NULL
} // DebugMemoryListDelete()
//////////////////////////////////////////////////////////////////////////////
//++
//
// void
// DebugMoveToMemoryList(
// LPCTSTR pszFileIn,
// const int nLineIn,
// LPCTSTR pszModuleIn,
// void * pvMemIn,
// LPVOID pvListIn,
// LPCTSTR pszListNameIn
// )
//
// Description:
// Moves the memory pvIn from the per thread tracking list to the thread
// independent list "pmbListIn". Useful when memory is being handed from
// one thread to another. Also useful for objects that live past the
// lifetime of the thread that created them.
//
// Arguments:
// LPCTSTR pszFileIn - Source file of the caller.
// const int nLineIn - Source line number of the caller.
// LPCTSTR pszModuleIn - Source module name of the caller.
// pvMemIn - Memory to move to list.
// pvListIn - The list to move to.
// pszListNameIn - The name of the list.
//
// Return Values:
// None.
//
//--
//////////////////////////////////////////////////////////////////////////////
void
DebugMoveToMemoryList(
LPCTSTR pszFileIn,
const int nLineIn,
LPCTSTR pszModuleIn,
void * pvMemIn,
LPVOID pvListIn,
LPCTSTR pszListNameIn
)
{
if ( pvMemIn != NULL
&& pvListIn != NULL
)
{
MEMORYBLOCKLIST * pmbl = (MEMORYBLOCKLIST *) pvListIn;
MEMORYBLOCK * pmbHead = (MEMORYBLOCK *) TlsGetValue( g_TraceMemoryIndex );
MEMORYBLOCK * pmbLast = NULL;
Assert( pszListNameIn != NULL );
//
// Find the memory in the memory block list
//
while ( pmbHead != NULL
&& pmbHead->pvMem != pvMemIn
)
{
pmbLast = pmbHead;
pmbHead = pmbLast->pNext;
} // while: finding the entry in the list
AssertMsg( pmbHead != NULL, "Memory not in list. Check your code." );
//
// Remove the memory block from the "per thread" tracking list.
//
if ( pmbLast != NULL )
{
pmbLast->pNext = pmbHead->pNext;
} // if: not first entry
else
{
TlsSetValue( g_TraceMemoryIndex, pmbHead->pNext );
} // else: first entry
//
// Update the "source" data.
//
pmbHead->pszFile = pszFileIn;
pmbHead->nLine = nLineIn;
pmbHead->pszModule = pszModuleIn;
//
// Spew if needed.
//
if ( IsTraceFlagSet( mtfMEMORYALLOCS ) )
{
TCHAR szMessage[ 128 ]; // random
_tcscpy( szMessage, TEXT("Transferring to ") );
_tcscat( szMessage, pszListNameIn );
DebugMemorySpew( pmbHead, szMessage );
} // if: tracing
//
// Add to list.
//
AssertMsg( pmbl->fDeadList == FALSE, "List was terminated." );
DebugAcquireSpinLock( &pmbl->lSpinLock );
pmbHead->pNext = pmbl->pmbList;
pmbl->pmbList = pmbHead;
DebugReleaseSpinLock( &pmbl->lSpinLock );
} // if: pvIn != NULL
} // DebugMoveToMemoryList()
//////////////////////////////////////////////////////////////////////////////
//++
//
// void
// DebugMoveFromMemoryList(
// LPCTSTR pszFileIn,
// const int nLineIn,
// LPCTSTR pszModuleIn,
// LPVOID pvMemIn,
// LPVOID pvListIn,
// LPCTSTR pszListNameIn
// )
//
// Description:
// Moves the memory pvIn from the per thread tracking list to the thread
// independent list "pmbListIn". Useful when memory is being handed from
// one thread to another. Also useful for objects that live past the
// lifetime of the thread that created them.
//
// Arguments:
// LPCTSTR pszFileIn - Source file of the caller.
// const int nLineIn - Source line number of the caller.
// LPCTSTR pszModuleIn - Source module name of the caller.
// pvMemIn - Memory to move to list.
// pvListIn - The list to move to.
// pszListNameIn - The name of the list.
//
// Return Values:
// None.
//
//--
//////////////////////////////////////////////////////////////////////////////
void
DebugMoveFromMemoryList(
LPCTSTR pszFileIn,
const int nLineIn,
LPCTSTR pszModuleIn,
LPVOID pvMemIn,
LPVOID pvListIn,
LPCTSTR pszListNameIn
)
{
if ( pvMemIn != NULL
&& pvListIn != NULL
)
{
MEMORYBLOCK * pmbHead;
MEMORYBLOCKLIST * pmbl = (MEMORYBLOCKLIST *) pvListIn;
MEMORYBLOCK * pmbLast = NULL;
Assert( pszListNameIn != NULL );
DebugAcquireSpinLock( &pmbl->lSpinLock );
AssertMsg( pmbl->fDeadList == FALSE, "List was terminated." );
AssertMsg( pmbl->pmbList != NULL, "Memory tracking problem detecting. Nothing in list to delete." );
pmbHead = pmbl->pmbList;
//
// Find the memory in the memory block list
//
while ( pmbHead != NULL
&& pmbHead->pvMem != pvMemIn
)
{
pmbLast = pmbHead;
pmbHead = pmbLast->pNext;
} // while: finding the entry in the list
AssertMsg( pmbHead != NULL, "Memory not in tracking list. Use TraceMemoryAddxxxx() or add it to the memory list." );
//
// Remove the memory block from the tracking list.
//
if ( pmbLast != NULL )
{
pmbLast->pNext = pmbHead->pNext;
} // if: not first entry
else
{
pmbl->pmbList = pmbHead->pNext;
} // else: first entry
DebugReleaseSpinLock( &pmbl->lSpinLock );
//
// Add it back to the per thread list.
//
pmbLast = (MEMORYBLOCK *) TlsGetValue( g_TraceMemoryIndex );
pmbHead->pNext = pmbLast;
TlsSetValue( g_TraceMemoryIndex, pmbHead );
} // if: pvIn != NULL
} // DebugMoveFromMemoryList()
#if defined( USES_SYSALLOCSTRING )
//////////////////////////////////////////////////////////////////////////////
//++
//
// INT
// DebugSysReAllocString(
// LPCTSTR pszFileIn,
// const int nLineIn,
// LPCTSTR pszModuleIn,
// BSTR * pbstrIn,
// const OLECHAR * pszIn,
// LPCTSTR pszCommentIn
// )
//
// Description:
// Adds memory tracing to SysReAllocString().
//
// Arguments:
// pszFileIn - Source file path
// nLineIn - Source line number
// pszModuleIn - Source module name
// pbstrIn - Pointer to the BSTR to realloc
// pszIn - String to be copied (see SysReAllocString)
// pszCommentIn - Comment about alloction
//
// Return Values:
// None.
//
//--
//////////////////////////////////////////////////////////////////////////////
INT
DebugSysReAllocString(
LPCTSTR pszFileIn,
const int nLineIn,
LPCTSTR pszModuleIn,
BSTR * pbstrIn,
const OLECHAR * pszIn,
LPCTSTR pszCommentIn
)
{
BSTR bstrOld;
MEMORYBLOCK * pmbHead = NULL;
BOOL fReturn = FALSE;
//
// Some assertions that SysReAllocString() makes. These would be fatal
// in retail.
//
Assert( pbstrIn != NULL );
Assert( pszIn != NULL );
Assert( *pbstrIn == NULL || ( pszIn < *pbstrIn || pszIn > *pbstrIn + wcslen( *pbstrIn ) + 1 ) );
bstrOld = *pbstrIn;
if ( bstrOld != NULL )
{
MEMORYBLOCK * pmbLast = NULL;
pmbHead = (MEMORYBLOCK *) TlsGetValue( g_TraceMemoryIndex );
//
// Find the memory in the memory block list
//
while ( pmbHead != NULL
&& pmbHead->bstr != bstrOld
)
{
pmbLast = pmbHead;
pmbHead = pmbLast->pNext;
} // while: finding the entry in the list
if ( pmbHead != NULL )
{
AssertMsg( pmbHead->mbtType == mmbtSYSALLOCSTRING, "You can only SysReAlloc sysstring allocations!" );
//
// Remove the memory from the tracking list
//
if ( pmbLast != NULL )
{
pmbLast->pNext = pmbHead->pNext;
} // if: not first entry
else
{
TlsSetValue( g_TraceMemoryIndex, pmbHead->pNext );
} // else: first entry
//
// Spew if needed
//
if ( IsTraceFlagSet( mtfMEMORYALLOCS ) )
{
DebugMemorySpew( pmbHead, TEXT("Freeing") );
} // if: tracing
//
// Force the programmer to handle a real realloc by moving the
// memory first.
//
bstrOld = SysAllocString( *pbstrIn );
if ( bstrOld != NULL )
{
_tcscpy( bstrOld, *pbstrIn );
pmbHead->bstr = bstrOld;
} // if: success
else
{
bstrOld = *pbstrIn;
} // else: failed
} // if: found entry
else
{
DebugMessage( pszFileIn,
nLineIn,
pszModuleIn,
TEXT("***** Attempted to SysReAlloc 0x%08x not owned by thread (ThreadID = 0x%08x) *****"),
bstrOld,
GetCurrentThreadId()
);
} // else: entry not found
} // if: something to delete
//
// We do this any way because the flags and input still need to be
// verified by SysReAllocString().
//
fReturn = SysReAllocString( &bstrOld, pszIn );
if ( ! fReturn )
{
DWORD dwErr = GetLastError();
AssertMsg( dwErr == 0, "SysReAllocString() failed!" );
if ( *pbstrIn != bstrOld )
{
SysFreeString( bstrOld );
} // if: forced a move
SetLastError( dwErr );
} // if: allocation failed
else
{
if ( bstrOld != *pbstrIn )
{
if ( pmbHead != NULL )
{
//
// Nuke the old memory
//
Assert( pmbHead->dwBytes != 0 ); // invalid string
memset( *pbstrIn, 0xFA, pmbHead->dwBytes );
} // if: entry found
//
// Free the old memory
//
SysFreeString( *pbstrIn );
} // if: new memory location
if ( pmbHead != NULL )
{
//
// Re-add the tracking block by reusing the old tracking block
//
pmbHead->bstr = bstrOld;
pmbHead->dwBytes = wcslen( pszIn ) + 1;
pmbHead->pszFile = pszFileIn;
pmbHead->nLine = nLineIn;
pmbHead->pszModule = pszModuleIn;
pmbHead->pszComment = pszCommentIn;
pmbHead->pNext = (MEMORYBLOCK *) TlsGetValue( g_TraceMemoryIndex );
TlsSetValue( g_TraceMemoryIndex, (LPVOID) pmbHead );
//
// Spew if needed
//
if ( IsTraceFlagSet( mtfMEMORYALLOCS ) )
{
DebugMemorySpew( pmbHead, TEXT("SysReAlloced") );
} // if: tracing
} // if: entry found
else
{
//
// Create a new block
//
DebugMemoryAdd( mmbtSYSALLOCSTRING,
bstrOld,
pszFileIn,
nLineIn,
pszModuleIn,
wcslen( pszIn ) + 1,
pszCommentIn
);
} // else: make new entry
} // else: allocation succeeded
*pbstrIn = bstrOld;
return fReturn;
} //*** DebugSysReAllocString()
//////////////////////////////////////////////////////////////////////////////
//++
//
// INT
// DebugSysReAllocStringLen(
// LPCTSTR pszFileIn,
// const int nLineIn,
// LPCTSTR pszModuleIn,
// BSTR * pbstrIn,
// const OLECHAR * pszIn,
// LPCTSTR pszCommentIn
// )
//
// Description:
// Adds memory tracing to SysReAllocString().
//
// Arguments:
// pszFileIn - Source file path
// nLineIn - Source line number
// pszModuleIn - Source module name
// pbstrIn - Pointer to the BSTR to realloc
// pszIn - String to be copied (see SysReAllocString)
// pszCommentIn - Comment about alloction
//
// Return Values:
// None.
//
//--
//////////////////////////////////////////////////////////////////////////////
INT
DebugSysReAllocStringLen(
LPCTSTR pszFileIn,
const int nLineIn,
LPCTSTR pszModuleIn,
BSTR * pbstrIn,
const OLECHAR * pszIn,
unsigned int ucchIn,
LPCTSTR pszCommentIn
)
{
BSTR bstrOld;
MEMORYBLOCK * pmbHead = NULL;
BOOL fReturn = FALSE;
//
// Some assertions that SysReAllocStringLen() makes. These would be fatal
// in retail.
//
Assert( pbstrIn != NULL );
Assert( pszIn != NULL );
Assert( *pbstrIn == NULL || ( pszIn < *pbstrIn || pszIn > *pbstrIn + wcslen( *pbstrIn ) + 1 ) );
bstrOld = *pbstrIn;
if ( bstrOld != NULL )
{
MEMORYBLOCK * pmbLast = NULL;
pmbHead = (MEMORYBLOCK *) TlsGetValue( g_TraceMemoryIndex );
//
// Find the memory in the memory block list
//
while ( pmbHead != NULL
&& pmbHead->bstr != bstrOld
)
{
pmbLast = pmbHead;
pmbHead = pmbLast->pNext;
} // while: finding the entry in the list
if ( pmbHead != NULL )
{
AssertMsg( pmbHead->mbtType == mmbtSYSALLOCSTRING, "You can only SysReAlloc sysstring allocations!" );
//
// Remove the memory from the tracking list
//
if ( pmbLast != NULL )
{
pmbLast->pNext = pmbHead->pNext;
} // if: not first entry
else
{
TlsSetValue( g_TraceMemoryIndex, pmbHead->pNext );
} // else: first entry
//
// Spew if needed
//
if ( IsTraceFlagSet( mtfMEMORYALLOCS ) )
{
DebugMemorySpew( pmbHead, TEXT("Freeing") );
} // if: tracing
//
// Force the programmer to handle a real realloc by moving the
// memory first.
//
bstrOld = SysAllocString( *pbstrIn );
if ( bstrOld != NULL )
{
_tcscpy( bstrOld, *pbstrIn );
pmbHead->bstr = bstrOld;
} // if: success
else
{
bstrOld = *pbstrIn;
} // else: failed
} // if: found entry
else
{
DebugMessage( pszFileIn,
nLineIn,
pszModuleIn,
TEXT("***** Attempted to SysReAlloc 0x%08x not owned by thread (ThreadID = 0x%08x) *****"),
bstrOld,
GetCurrentThreadId()
);
} // else: entry not found
} // if: something to delete
//
// We do this any way because the flags and input still need to be
// verified by SysReAllocString().
//
fReturn = SysReAllocStringLen( &bstrOld, pszIn, ucchIn );
if ( ! fReturn )
{
DWORD dwErr = GetLastError();
AssertMsg( dwErr == 0, "SysReAllocStringLen() failed!" );
if ( *pbstrIn != bstrOld )
{
SysFreeString( bstrOld );
} // if: forced a move
SetLastError( dwErr );
} // if: allocation failed
else
{
if ( bstrOld != *pbstrIn )
{
if ( pmbHead != NULL )
{
//
// Nuke the old memory
//
Assert( pmbHead->dwBytes != 0 ); // invalid string
memset( *pbstrIn, 0xFA, pmbHead->dwBytes );
} // if: entry found
//
// Free the old memory
//
SysFreeString( *pbstrIn );
} // if: new memory location
if ( pmbHead != NULL )
{
//
// Re-add the tracking block by reusing the old tracking block
//
pmbHead->bstr = bstrOld;
pmbHead->dwBytes = ucchIn;
pmbHead->pszFile = pszFileIn;
pmbHead->nLine = nLineIn;
pmbHead->pszModule = pszModuleIn;
pmbHead->pszComment = pszCommentIn;
pmbHead->pNext = (MEMORYBLOCK *) TlsGetValue( g_TraceMemoryIndex );
TlsSetValue( g_TraceMemoryIndex, (LPVOID) pmbHead );
//
// Spew if needed
//
if ( IsTraceFlagSet( mtfMEMORYALLOCS ) )
{
DebugMemorySpew( pmbHead, TEXT("SysReAlloced") );
} // if: tracing
} // if: entry found
else
{
//
// Create a new block
//
DebugMemoryAdd( mmbtSYSALLOCSTRING,
bstrOld,
pszFileIn,
nLineIn,
pszModuleIn,
ucchIn + 1,
pszCommentIn
);
} // else: make new entry
} // else: allocation succeeded
*pbstrIn = bstrOld;
return fReturn;
} //*** DebugSysReAllocStringLen()
#endif // USES_SYSALLOCSTRING
//****************************************************************************
//
// Global Management Functions -
//
// These are in debug and retail but internally they change
// depending on the build.
//
//****************************************************************************
//////////////////////////////////////////////////////////////////////////////
//++
//
// DEBUG version
//
// void *
// _cdecl
// operator new(
// size_t stSizeIn,
// LPCTSTR pszFileIn,
// const int nLineIn,
// LPCTSTR pszModuleIn
// )
//
// Description:
// Replacment for the operator new() in the CRTs. This should be used
// in conjunction with the "new" macro. It will track the allocations.
//
// Arguments:
// stSizeIn - Size of the object to create.
// pszFileIn - Source filename where the call was made.
// nLineIn - Source line number where the call was made.
// pszModuleIn - Source module name where the call was made.
//
// Return Values:
// Void pointer to the new object.
//
//--
//////////////////////////////////////////////////////////////////////////////
#undef new
void *
__cdecl
operator new(
size_t stSizeIn,
LPCTSTR pszFileIn,
const int nLineIn,
LPCTSTR pszModuleIn
)
{
void * pv = HeapAlloc( GetProcessHeap(), HEAP_ZERO_MEMORY, stSizeIn );
return DebugMemoryAdd( mmbtOBJECT,
pv,
pszFileIn,
nLineIn,
pszModuleIn,
stSizeIn,
TEXT(" new() ")
);
} //*** operator new( pszFileIn, etc. ) - DEBUG
//////////////////////////////////////////////////////////////////////////////
//++
//
// DEBUG version
//
// void *
// __cdecl
// operator new(
// size_t stSizeIn
// )
//
// Description:
// Stub to prevent someone from not using the "new" macro or if somehow
// the new macro was undefined. It routine will always Assert if called.
//
// Arguments:
// stSizeIn - Not used.
//
// Return Values:
// NULL always.
//
//--
//////////////////////////////////////////////////////////////////////////////
void *
__cdecl
operator new(
size_t stSizeIn
)
{
#if 1
void * pv = HeapAlloc( GetProcessHeap(), HEAP_ZERO_MEMORY, stSizeIn );
AssertMsg( 0, "New Macro failure" );
return DebugMemoryAdd( mmbtOBJECT,
pv,
g_szUnknown,
0,
g_szUnknown,
stSizeIn,
TEXT(" new() ")
);
#else
AssertMsg( 0, "New Macro failure" );
return NULL;
#endif
} //*** operator new() - DEBUG
/*
//////////////////////////////////////////////////////////////////////////////
//++
//
// DEBUG version
//
// void *
// _cdecl
// operator new [](
// size_t stSizeIn,
// LPCTSTR pszFileIn,
// const int nLineIn,
// LPCTSTR pszModuleIn
// )
//
// Description:
// Replacment for the operator new() in the CRTs. This should be used
// in conjunction with the "new" macro. It will track the allocations.
//
// Arguments:
// stSizeIn - Size of the object to create.
// pszFileIn - Source filename where the call was made.
// nLineIn - Source line number where the call was made.
// pszModuleIn - Source module name where the call was made.
//
// Return Values:
// Void pointer to the new object.
//
//--
//////////////////////////////////////////////////////////////////////////////
void *
__cdecl
operator new [](
size_t stSizeIn,
LPCTSTR pszFileIn,
const int nLineIn,
LPCTSTR pszModuleIn
)
{
void * pv = HeapAlloc( GetProcessHeap(), HEAP_ZERO_MEMORY, stSizeIn );
return DebugMemoryAdd( mmbtOBJECT,
pv,
pszFileIn,
nLineIn,
pszModuleIn,
stSizeIn,
TEXT(" new []() ")
);
} //*** operator new []( pszFileIn, etc. ) - DEBUG
//////////////////////////////////////////////////////////////////////////////
//++
//
// DEBUG version
//
// void *
// __cdecl
// operator new [](
// size_t stSizeIn
// )
//
// Description:
// Stub to prevent someone from not using the "new" macro or if somehow
// the new macro was undefined. It routine will always Assert if called.
//
// Arguments:
// stSizeIn - Not used.
//
// Return Values:
// NULL always.
//
//--
//////////////////////////////////////////////////////////////////////////////
void *
__cdecl
operator new [](
size_t stSizeIn
)
{
#if 1
void * pv = HeapAlloc( GetProcessHeap(), HEAP_ZERO_MEMORY, stSizeIn );
AssertMsg( 0, "New Macro failure" );
return DebugMemoryAdd( mmbtOBJECT,
pv,
g_szUnknown,
0,
g_szUnknown,
stSizeIn,
TEXT(" new() ")
);
#else
AssertMsg( 0, "New Macro failure" );
return NULL;
#endif
} //*** operator new []() - DEBUG
*/
//////////////////////////////////////////////////////////////////////////////
//++
//
// DEBUG version
//
// void
// _cdecl
// operator delete(
// void * pvIn,
// LPCTSTR pszFileIn,
// const int nLineIn,
// LPCTSTR pszModuleIn
// )
//
// Description:
// Replacment for the operator delete() in the CRTs. It will remove the
// object from the memory allocation tracking table.
//
// Arguments:
// pvIn - Pointer to object being destroyed.
// pszFileIn - Source filename where the call was made.
// nLineIn - Source line number where the call was made.
// pszModuleIn - Source module name where the call was made.
//
// Return Value:
// None.
//
//--
//////////////////////////////////////////////////////////////////////////////
void
__cdecl
operator delete(
void * pvIn,
LPCTSTR pszFileIn,
const int nLineIn,
LPCTSTR pszModuleIn
)
{
DebugMemoryDelete( mmbtOBJECT, pvIn, pszFileIn, nLineIn, pszModuleIn, TRUE );
HeapFree( GetProcessHeap(), 0, pvIn );
} //*** operator delete( pszFileIn, etc. ) - DEBUG
//////////////////////////////////////////////////////////////////////////////
//++
//
// DEBUG version
//
// void
// __cdecl
// operator delete(
// void * pvIn
// )
//
// Description:
// Replacment for the operator delete() in the CRTs. It will remove the
// object from the memory allocation tracking table.
//
// Arguments:
// pvIn - Pointer to object being destroyed.
//
// Return Value:
// None.
//
//--
//////////////////////////////////////////////////////////////////////////////
void
__cdecl
operator delete(
void * pvIn
)
{
DebugMemoryDelete( mmbtOBJECT, pvIn, g_szUnknown, 0, g_szUnknown, TRUE );
HeapFree( GetProcessHeap(), 0, pvIn );
} //*** operator delete() - DEBUG
/*
//////////////////////////////////////////////////////////////////////////////
//++
//
// DEBUG version
//
// void
// _cdecl
// operator delete [](
// void * pvIn,
// LPCTSTR pszFileIn,
// const int nLineIn,
// LPCTSTR pszModuleIn
// )
//
// Description:
// Replacment for the operator delete() in the CRTs. It will remove the
// object from the memory allocation tracking table.
//
// Arguments:
// pvIn - Pointer to object being destroyed.
// pszFileIn - Source filename where the call was made.
// nLineIn - Source line number where the call was made.
// pszModuleIn - Source module name where the call was made.
//
// Return Value:
// None.
//
//--
//////////////////////////////////////////////////////////////////////////////
void
__cdecl
operator delete [](
void * pvIn,
size_t stSizeIn,
LPCTSTR pszFileIn,
const int nLineIn,
LPCTSTR pszModuleIn
)
{
DebugMemoryDelete( mmbtOBJECT, pvIn, pszFileIn, nLineIn, pszModuleIn, TRUE );
HeapFree( GetProcessHeap(), 0, pvIn );
} //*** operator delete( pszFileIn, etc. ) - DEBUG
*/
//////////////////////////////////////////////////////////////////////////////
//++
//
// DEBUG version
//
// void
// __cdecl
// operator delete [](
// void * pvIn
// )
//
// Description:
// Replacment for the operator delete() in the CRTs. It will remove the
// object from the memory allocation tracking table.
//
// Arguments:
// pvIn - Pointer to object being destroyed.
//
// Return Value:
// None.
//
//--
//////////////////////////////////////////////////////////////////////////////
void
__cdecl
operator delete [](
void * pvIn
)
{
DebugMemoryDelete( mmbtOBJECT, pvIn, g_szUnknown, 0, g_szUnknown, TRUE );
HeapFree( GetProcessHeap(), 0, pvIn );
} //*** operator delete []() - DEBUG
#if !defined(ENTRY_PREFIX)
//////////////////////////////////////////////////////////////////////////////
//++
//
// DEBUG version
//
// int
// __cdecl
// _purecall( void )
//
// Description:
// Stub for purecall functions. It will always Assert.
//
// Arguments:
// None.
//
// Return Values:
// E_UNEXPECTED always.
//
//////////////////////////////////////////////////////////////////////////////
int
__cdecl
_purecall( void )
{
AssertMsg( 0, "Purecall" );
return E_UNEXPECTED;
} //*** _purecall() - DEBUG
#endif // !defined(ENTRY_PREFIX)
#else // ! DEBUG -- It's retail
//****************************************************************************
//
// Global Management Functions -
//
// These are the retail version.
//
//****************************************************************************
//////////////////////////////////////////////////////////////////////////////
//++
//
// RETAIL version
//
// void *
// _cdecl
// operator new(
// size_t stSizeIn,
// )
//
// Description:
// Replacment for the operator new() in the CRTs. Simply allocates a
// block of memory for the object to use.
//
// Arguments:
// stSizeIn - Size of the object to create.
//
// Return Values:
// Void pointer to the new object.
//
//--
//////////////////////////////////////////////////////////////////////////////
void *
__cdecl
operator new(
size_t stSizeIn
)
{
return HeapAlloc( GetProcessHeap(), HEAP_ZERO_MEMORY, stSizeIn );
} //*** operator new() - RETAIL
//////////////////////////////////////////////////////////////////////////////
//++
//
// RETAIL version
//
// void
// __cdecl
// operator delete(
// void * pvIn
// )
//
// Description:
// Replacment for the operator delete() in the CRTs. Simply frees the
// memory.
//
// Arguments:
// pvIn - Pointer to object being destroyed.
//
// Return Values:
// None.
//
//--
//////////////////////////////////////////////////////////////////////////////
void
__cdecl
operator delete(
void * pv
)
{
HeapFree( GetProcessHeap(), 0, pv );
} //*** operator delete() - RETAIL
#if !defined(ENTRY_PREFIX)
//////////////////////////////////////////////////////////////////////////////
//++
//
// RETAIL version
//
// int
// __cdecl
// _purecall( void )
//
// Description:
// Stub for purecall functions.
//
// Arguments:
// None.
//
// Return Values:
// E_UNEXPECTED always.
//
//--
//////////////////////////////////////////////////////////////////////////////
int
__cdecl
_purecall( void )
{
// BUGBUG: DavidP 08-DEC-1999 Shouldn't we assert?
return E_UNEXPECTED;
} //*** _purecall() - RETAIL
#endif // !defined(ENTRY_PREFIX)
#define __MODULE__ NULL
#endif // DEBUG
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