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windows-server-2003/sdktools/debuggers/exts/extsdll/heappagxxp.c

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/*++
Copyright (c) 1994-2000 Microsoft Corporation
Module Name:
heappagx.c
Abstract:
This module contains the page heap manager debug extensions.
Author:
Tom McGuire (TomMcg) 06-Jan-1995
Silviu Calinoiu (SilviuC) 22-Feb-2000
Revision History:
--*/
#define DEBUG_PAGE_HEAP 1
#include "precomp.h"
#include "heap.h"
__inline
BOOLEAN
CheckInterrupted(
VOID
)
{
if (CheckControlC()) {
dprintf( "\nInterrupted\n\n" );
return TRUE;
}
return FALSE;
}
__inline
ULONG64
FetchRemotePVOID (
ULONG64 Address
)
{
ULONG64 RemoteValue = 0;
ReadPointer( Address, &RemoteValue);
return RemoteValue;
}
__inline
ULONG
FetchRemoteULONG(
ULONG64 Address
)
{
ULONG RemoteValue = 0;
ReadMemory( Address, &RemoteValue, sizeof( ULONG ), NULL );
return RemoteValue;
}
ULONG
ReturnFieldOffset(
PCHAR TypeName,
PCHAR FieldName);
#define FETCH_REMOTE_FIELD_PTR( StructBase, StructType, FieldName ) \
FetchRemotePVOID((StructBase) + ReturnFieldOffset( #StructType, #FieldName ))
#define FETCH_REMOTE_FIELD_INT( StructBase, StructType, FieldName ) \
FetchRemoteULONG((StructBase) + ReturnFieldOffset( #StructType, #FieldName ))
#define FETCH_REMOTE_FIELD_SIZE_T( StructBase, StructType, FieldName ) \
FetchRemotePVOID((StructBase) + ReturnFieldOffset( #StructType, #FieldName ))
#define DUMP_REMOTE_FIELD_INT( DumpName, StructBase, StructType, FieldName ) \
dprintf( "%s%08X\n", (DumpName), FETCH_REMOTE_FIELD_INT( StructBase, StructType, FieldName ))
#define DUMP_REMOTE_FIELD_PTR( DumpName, StructBase, StructType, FieldName ) \
dprintf( "%s%p\n", (DumpName), FETCH_REMOTE_FIELD_PTR( StructBase, StructType, FieldName ))
VOID
DebugPageHeapLocateFaultAllocationXP(
ULONG64 RemoteHeap,
ULONG64 AddressOfFault
);
VOID
DebugPageHeapReportAllocationXP(
ULONG64 RemoteHeap,
ULONG64 RemoteHeapNode,
PCHAR NodeType,
ULONG64 AddressOfFault
);
BOOLEAN
DebugPageHeapExtensionShowHeapListXP(
VOID
);
VOID
TraceDatabaseDumpXP (
PCSTR Args,
BOOLEAN SortByCountField
);
VOID
TraceDatabaseBlockDumpXP (
ULONG64 Address
);
VOID
FaultInjectionTracesDumpXP (
PCSTR Args
);
/////////////////////////////////////////////////////////////////////
/////////////////////////////////////////////////////////////////////
/////////////////////////////////////////////////////////////////////
VOID DebugPageHeapHelpXP (
)
{
dprintf ("!heap -p Dump all page heaps. \n");
dprintf ("!heap -p -h ADDR Detailed dump of page heap at ADDR. \n");
dprintf ("!heap -p -a ADDR Figure out what heap block is at ADDR. \n");
dprintf ("!heap -p -t [N] Dump N collected traces with heavy heap users.\n");
dprintf ("!heap -p -tc [N] Dump N traces sorted by count usage (eqv. with -t).\n");
dprintf ("!heap -p -ts [N] Dump N traces sorted by size.\n");
dprintf ("!heap -p -fi [N] Dump last N fault injection traces.\n");
dprintf (" \n");
dprintf (" +-----+---------------+--+ \n");
dprintf (" | | | | Normal heap allocated block \n");
dprintf (" +-----+---------------+--+ \n");
dprintf (" ^ ^ ^ \n");
dprintf (" | | 8 suffix bytes filled with 0xA0 \n");
dprintf (" | user allocation (filled with E0 if zeroing not requested) \n");
dprintf (" block header (starts with 0xABCDAAAA and ends with 0xDCBAAAAA).\n");
dprintf (" A `dt DPH_BLOCK_INFORMATION' on header address followed by \n");
dprintf (" a `dds' on the StackTrace field gives the stacktrace of allocation. \n");
dprintf (" \n");
dprintf (" +-----+---------------+--+ \n");
dprintf (" | | | | Normal heap freed block \n");
dprintf (" +-----+---------------+--+ \n");
dprintf (" ^ ^ ^ \n");
dprintf (" | | 8 suffix bytes filled with 0xA0 \n");
dprintf (" | user allocation (filled with F0 bytes) \n");
dprintf (" block header (starts with 0xABCDAAA9 and ends with 0xDCBAAA9). \n");
dprintf (" A `dt DPH_BLOCK_INFORMATION' on header address followed by \n");
dprintf (" a `dds' on the StackTrace field gives the stacktrace of allocation. \n");
dprintf (" \n");
dprintf (" +-----+---------+--+------ \n");
dprintf (" | | | | ... N/A page Page heap \n");
dprintf (" +-----+---------+--+------ allocated block \n");
dprintf (" ^ ^ ^ \n");
dprintf (" | | 0-7 suffix bytes filled with 0xD0 \n");
dprintf (" | user allocation (filled with C0 if zeroing not requested) \n");
dprintf (" block header (starts with 0xABCDBBBB and ends with 0xDCBABBBB).\n");
dprintf (" A `dt DPH_BLOCK_INFORMATION' on header address followed by \n");
dprintf (" a `dds' on the StackTrace field gives the stacktrace of allocation. \n");
dprintf (" \n");
dprintf (" +-----+---------+--+------ \n");
dprintf (" | | | | ... N/A page Page heap \n");
dprintf (" +-----+---------+--+------ freed block \n");
dprintf (" ^ ^ ^ \n");
dprintf (" | | 0-7 suffix bytes filled with 0xD0 \n");
dprintf (" | user allocation (filled with F0 bytes) \n");
dprintf (" block header (starts with 0xABCDBBA and ends with 0xDCBABBBA).\n");
dprintf (" A `dt DPH_BLOCK_INFORMATION' on header address followed by \n");
dprintf (" a `dds' on the StackTrace field gives the stacktrace of allocation. \n");
dprintf (" \n");
}
VOID
DebugPageHeapExtensionFindXP(
PCSTR ArgumentString
)
{
ULONG64 RemoteHeapList;
ULONG64 RemoteHeap;
ULONG64 RemoteVirtualNode;
ULONG64 RemoteVirtualBase;
ULONG64 RemoteVirtualSize;
ULONG64 AddressOfFault;
BOOL Result;
Result = GetExpressionEx (ArgumentString,
&AddressOfFault,
&ArgumentString);
if (Result == FALSE) {
dprintf ("\nFailed to convert `%s' to an address.\n",
ArgumentString);
return;
}
RemoteHeapList = (ULONG64) GetExpression( "NTDLL!RtlpDphHeapListHead" );
RemoteHeap = FetchRemotePVOID( RemoteHeapList );
if (RemoteHeap == 0) {
dprintf( "\nNo page heaps active in process (or bad symbols)\n\n" );
AddressOfFault = 0;
}
if (( AddressOfFault == 0 ) || ( strchr( ArgumentString, '?' ))) {
DebugPageHeapHelpXP();
return;
}
//
// Find the heap that contains the range of virtual addresses that
// contain the AddressOfFault.
//
for (;;) {
//
// The heap header contains a linked list of virtual memory
// allocations.
//
RemoteVirtualNode = FETCH_REMOTE_FIELD_PTR( RemoteHeap, NTDLL!_DPH_HEAP_ROOT, pVirtualStorageListHead );
while (RemoteVirtualNode != 0) {
RemoteVirtualBase = FETCH_REMOTE_FIELD_PTR( RemoteVirtualNode, NTDLL!_DPH_HEAP_BLOCK, pVirtualBlock );
RemoteVirtualSize = FETCH_REMOTE_FIELD_SIZE_T( RemoteVirtualNode, NTDLL!_DPH_HEAP_BLOCK, nVirtualBlockSize );
if (( RemoteVirtualBase == 0 ) || ( RemoteVirtualSize == 0 )) {
dprintf( "\nPAGEHEAP: Heap 0x%p appears to have an invalid\n"
" virtual allocation list\n\n",
RemoteHeap
);
}
if ((AddressOfFault >= RemoteVirtualBase) &&
(AddressOfFault <= RemoteVirtualBase + RemoteVirtualSize )) {
//
// The fault appears to have occurred in the range of this
// heap, so we'll search the busy and free lists for the
// closest match and report it. Then exit.
//
DebugPageHeapLocateFaultAllocationXP( RemoteHeap, AddressOfFault );
return;
}
if (CheckInterrupted()) {
return;
}
RemoteVirtualNode = FETCH_REMOTE_FIELD_PTR( RemoteVirtualNode, NTDLL!_DPH_HEAP_BLOCK, pNextAlloc );
}
//
// Not found in this heap. Continue with next heap or end
// of heap list.
//
if (CheckInterrupted()) {
return;
}
RemoteHeap = FETCH_REMOTE_FIELD_PTR( RemoteHeap, NTDLL!_DPH_HEAP_ROOT, pNextHeapRoot );
if (RemoteHeap == 0) {
dprintf( "\nPAGEHEAP: Could not find a page heap containing\n"
" the virtual address 0x%p\n\n",
AddressOfFault
);
return;
}
}
}
VOID
DebugPageHeapLocateFaultAllocationXP(
ULONG64 RemoteHeap,
ULONG64 AddressOfFault
)
{
ULONG64 ClosestHeapNode;
ULONG64 ClosestDifference;
ULONG64 RemoteHeapNode;
ULONG64 RemoteAllocBase;
ULONG64 RemoteAllocSize;
ULONG RemoteFreeListSize;
ClosestHeapNode = 0;
//
// First search the busy list for the containing allocation, if any.
//
RemoteHeapNode = FETCH_REMOTE_FIELD_PTR( RemoteHeap, NTDLL!_DPH_HEAP_ROOT, pBusyAllocationListHead );
while (RemoteHeapNode != 0) {
RemoteAllocBase = FETCH_REMOTE_FIELD_PTR( RemoteHeapNode, NTDLL!_DPH_HEAP_BLOCK, pVirtualBlock );
RemoteAllocSize = FETCH_REMOTE_FIELD_SIZE_T( RemoteHeapNode, NTDLL!_DPH_HEAP_BLOCK, nVirtualBlockSize );
if ((AddressOfFault >= RemoteAllocBase) &&
(AddressOfFault < RemoteAllocBase + RemoteAllocSize)) {
//
// The fault appears to have occurred in this allocation's
// memory (which includes the NO_ACCESS page beyond the user
// portion of the allocation).
//
DebugPageHeapReportAllocationXP( RemoteHeap, RemoteHeapNode, "allocated", AddressOfFault );
return;
}
if (CheckInterrupted()) {
return;
}
RemoteHeapNode = FETCH_REMOTE_FIELD_PTR( RemoteHeapNode, NTDLL!_DPH_HEAP_BLOCK, pNextAlloc );
}
//
// Failed to find containing allocation on busy list, so search free.
//
RemoteHeapNode = FETCH_REMOTE_FIELD_PTR( RemoteHeap, NTDLL!_DPH_HEAP_ROOT, pFreeAllocationListHead );
while (RemoteHeapNode != 0) {
RemoteAllocBase = FETCH_REMOTE_FIELD_PTR( RemoteHeapNode, NTDLL!_DPH_HEAP_BLOCK, pVirtualBlock );
RemoteAllocSize = FETCH_REMOTE_FIELD_INT( RemoteHeapNode, NTDLL!_DPH_HEAP_BLOCK, nVirtualBlockSize );
if ((AddressOfFault >= RemoteAllocBase) &&
(AddressOfFault < RemoteAllocBase + RemoteAllocSize)) {
//
// The fault appears to have occurred in this freed alloc's
// memory.
//
DebugPageHeapReportAllocationXP( RemoteHeap, RemoteHeapNode, "freed", AddressOfFault );
return;
}
if (CheckInterrupted()) {
return;
}
RemoteHeapNode = FETCH_REMOTE_FIELD_PTR( RemoteHeapNode, NTDLL!_DPH_HEAP_BLOCK, pNextAlloc );
}
//
// Failed to find containing allocation in free list, but we wouldn't
// have gotten this far if the debug heap did not contain the virtual
// address range of the fault. So, report it as a wild pointer that
// could have been freed memory.
//
RemoteFreeListSize = FETCH_REMOTE_FIELD_INT( RemoteHeap, NTDLL!_DPH_HEAP_ROOT, nFreeAllocations );
dprintf( "\nPAGEHEAP: %p references memory contained in the heap %p,\n"
" but does not reference an existing allocated or\n"
" recently freed heap block. It is possible that\n"
" the memory at %p could previously have been\n"
" allocated and freed, but it must have been freed\n"
" prior to the most recent %d frees.\n\n",
AddressOfFault,
RemoteHeap,
AddressOfFault,
RemoteFreeListSize
);
}
VOID
DebugPageHeapReportAllocationXP(
ULONG64 RemoteHeap,
ULONG64 RemoteHeapNode,
PCHAR NodeType,
ULONG64 AddressOfFault
)
{
ULONG64 RemoteUserBase;
ULONG64 RemoteUserSize;
ULONG64 EndOfBlock;
ULONG64 PastTheBlock;
ULONG64 BeforeTheBlock;
RemoteUserBase = FETCH_REMOTE_FIELD_PTR( RemoteHeapNode, NTDLL!_DPH_HEAP_BLOCK, pUserAllocation );
RemoteUserSize = FETCH_REMOTE_FIELD_SIZE_T( RemoteHeapNode, NTDLL!_DPH_HEAP_BLOCK, nUserRequestedSize );
EndOfBlock = RemoteUserBase + RemoteUserSize - 1;
if (AddressOfFault > EndOfBlock) {
PastTheBlock = AddressOfFault - EndOfBlock;
dprintf( "\nPAGEHEAP: %p is %p bytes beyond the end of %s heap block at\n"
" %p of 0x%x bytes",
AddressOfFault,
PastTheBlock,
NodeType,
RemoteUserBase,
RemoteUserSize
);
}
else if (AddressOfFault >= RemoteUserBase) {
dprintf( "\nPAGEHEAP: %p references %s heap block at\n"
" %p of 0x%x bytes",
AddressOfFault,
NodeType,
RemoteUserBase,
RemoteUserSize
);
}
else {
BeforeTheBlock = (PCHAR) RemoteUserBase - (PCHAR) AddressOfFault;
dprintf( "\nPAGEHEAP: %p is %p bytes before the %s heap block at\n"
" %p of 0x%x bytes",
AddressOfFault,
BeforeTheBlock,
NodeType,
RemoteUserBase,
RemoteUserSize
);
}
{
ULONG64 Trace;
Trace = FETCH_REMOTE_FIELD_PTR (RemoteHeapNode, NTDLL!_DPH_HEAP_BLOCK, StackTrace);
dprintf ("\n\n");
TraceDatabaseBlockDumpXP (Trace);
}
}
#define FORMAT_TYPE_BUSY_LIST 0
#define FORMAT_TYPE_FREE_LIST 1
#define FORMAT_TYPE_VIRT_LIST 2
BOOLEAN
DebugPageHeapDumpThisListXP(
ULONG64 RemoteList,
PCH ListName,
ULONG FormatType
)
{
ULONG64 RemoteNode;
ULONG64 RemoteBase;
ULONG64 RemoteSize;
ULONG64 RemoteUser;
ULONG64 RemoteUsiz;
ULONG RemoteFlag;
ULONG64 RemoteValu;
RemoteNode = RemoteList;
dprintf( "\n%s:\n", ListName );
switch (FormatType) {
case FORMAT_TYPE_BUSY_LIST:
dprintf( "UserAddr UserSize VirtAddr VirtSize UserFlag UserValu\n" );
break;
case FORMAT_TYPE_FREE_LIST:
dprintf( "UserAddr UserSize VirtAddr VirtSize\n" );
break;
}
while (RemoteNode) {
RemoteBase = FETCH_REMOTE_FIELD_PTR( RemoteNode, NTDLL!_DPH_HEAP_BLOCK, pVirtualBlock );
RemoteSize = FETCH_REMOTE_FIELD_SIZE_T( RemoteNode, NTDLL!_DPH_HEAP_BLOCK, nVirtualBlockSize );
RemoteUser = FETCH_REMOTE_FIELD_PTR( RemoteNode, NTDLL!_DPH_HEAP_BLOCK, pUserAllocation );
RemoteUsiz = FETCH_REMOTE_FIELD_SIZE_T( RemoteNode, NTDLL!_DPH_HEAP_BLOCK, nUserRequestedSize );
RemoteFlag = FETCH_REMOTE_FIELD_INT( RemoteNode, NTDLL!_DPH_HEAP_BLOCK, UserFlags );
RemoteValu = FETCH_REMOTE_FIELD_PTR( RemoteNode, NTDLL!_DPH_HEAP_BLOCK, UserValue );
RemoteNode = FETCH_REMOTE_FIELD_PTR( RemoteNode, NTDLL!_DPH_HEAP_BLOCK, pNextAlloc );
switch (FormatType) {
case FORMAT_TYPE_BUSY_LIST:
dprintf(( RemoteFlag || RemoteValu ) ?
"%p %08X %p %08X %08X %p\n" :
"%p %08X %p %08X\n",
RemoteUser,
RemoteUsiz,
RemoteBase,
RemoteSize,
RemoteFlag,
RemoteValu
);
break;
case FORMAT_TYPE_FREE_LIST:
dprintf( "%p %08X %p %08X\n",
RemoteUser,
RemoteUsiz,
RemoteBase,
RemoteSize
);
break;
case FORMAT_TYPE_VIRT_LIST:
dprintf( "%p - %p (%08X)\n",
RemoteBase,
(PCH)RemoteBase + RemoteSize,
RemoteSize
);
break;
}
if (CheckInterrupted()) {
return FALSE;
}
}
return TRUE;
}
BOOLEAN
DebugPageHeapDumpThisHeapXP(
ULONG64 RemoteHeap
)
{
ULONG64 RemoteNode;
dprintf( "\nDPH Heap at %p:\n\n", RemoteHeap );
DUMP_REMOTE_FIELD_INT( "Signature: ", RemoteHeap, NTDLL!_DPH_HEAP_ROOT, Signature );
DUMP_REMOTE_FIELD_INT( "HeapFlags: ", RemoteHeap, NTDLL!_DPH_HEAP_ROOT, HeapFlags );
DUMP_REMOTE_FIELD_INT( "ExtraFlags: ", RemoteHeap, NTDLL!_DPH_HEAP_ROOT, ExtraFlags );
DUMP_REMOTE_FIELD_INT( "NormalHeap: ", RemoteHeap, NTDLL!_DPH_HEAP_ROOT, NormalHeap );
DUMP_REMOTE_FIELD_INT( "VirtualRanges: ", RemoteHeap, NTDLL!_DPH_HEAP_ROOT, nVirtualStorageRanges );
DUMP_REMOTE_FIELD_PTR( "VirtualCommit: ", RemoteHeap, NTDLL!_DPH_HEAP_ROOT, nVirtualStorageBytes );
DUMP_REMOTE_FIELD_INT( "BusyAllocs: ", RemoteHeap, NTDLL!_DPH_HEAP_ROOT, nBusyAllocations );
DUMP_REMOTE_FIELD_PTR( "BusyVirtual: ", RemoteHeap, NTDLL!_DPH_HEAP_ROOT, nBusyAllocationBytesCommitted );
DUMP_REMOTE_FIELD_PTR( "BusyReadWrite: ", RemoteHeap, NTDLL!_DPH_HEAP_ROOT, nBusyAllocationBytesAccessible );
DUMP_REMOTE_FIELD_INT( "FreeAllocs: ", RemoteHeap, NTDLL!_DPH_HEAP_ROOT, nFreeAllocations );
DUMP_REMOTE_FIELD_PTR( "FreeVirtual: ", RemoteHeap, NTDLL!_DPH_HEAP_ROOT, nFreeAllocationBytesCommitted );
DUMP_REMOTE_FIELD_INT( "AvailAllocs: ", RemoteHeap, NTDLL!_DPH_HEAP_ROOT, nAvailableAllocations );
DUMP_REMOTE_FIELD_PTR( "AvailVirtual: ", RemoteHeap, NTDLL!_DPH_HEAP_ROOT, nAvailableAllocationBytesCommitted );
DUMP_REMOTE_FIELD_INT( "NodePools: ", RemoteHeap, NTDLL!_DPH_HEAP_ROOT, nNodePools );
DUMP_REMOTE_FIELD_PTR( "NodeVirtual: ", RemoteHeap, NTDLL!_DPH_HEAP_ROOT, nNodePoolBytes );
DUMP_REMOTE_FIELD_INT( "AvailNodes: ", RemoteHeap, NTDLL!_DPH_HEAP_ROOT, nUnusedNodes );
DUMP_REMOTE_FIELD_INT( "Seed: ", RemoteHeap, NTDLL!_DPH_HEAP_ROOT, Seed );
dprintf (" --- Counters --- \n");
DUMP_REMOTE_FIELD_INT( "Size < 1K: ", RemoteHeap, NTDLL!_DPH_HEAP_ROOT, Counter[0] );
DUMP_REMOTE_FIELD_INT( "Size < 4K: ", RemoteHeap, NTDLL!_DPH_HEAP_ROOT, Counter[1] );
DUMP_REMOTE_FIELD_INT( "Size >= 4K: ", RemoteHeap, NTDLL!_DPH_HEAP_ROOT, Counter[2] );
DUMP_REMOTE_FIELD_INT( "W/o alloc info: ", RemoteHeap, NTDLL!_DPH_HEAP_ROOT, Counter[3] );
DUMP_REMOTE_FIELD_INT( "Total allocs: ", RemoteHeap, NTDLL!_DPH_HEAP_ROOT, Counter[4] );
DUMP_REMOTE_FIELD_INT( "Total reallocs: ", RemoteHeap, NTDLL!_DPH_HEAP_ROOT, Counter[5] );
DUMP_REMOTE_FIELD_INT( "Total frees: ", RemoteHeap, NTDLL!_DPH_HEAP_ROOT, Counter[6] );
DUMP_REMOTE_FIELD_INT( "Normal allocs: ", RemoteHeap, NTDLL!_DPH_HEAP_ROOT, Counter[7] );
DUMP_REMOTE_FIELD_INT( "Normal reallocs: ", RemoteHeap, NTDLL!_DPH_HEAP_ROOT, Counter[8] );
DUMP_REMOTE_FIELD_INT( "Normal frees: ", RemoteHeap, NTDLL!_DPH_HEAP_ROOT, Counter[9] );
{
ULONG64 Trace;
dprintf ("\n");
Trace = FETCH_REMOTE_FIELD_PTR (RemoteHeap, NTDLL!_DPH_HEAP_ROOT, CreateStackTrace);
TraceDatabaseBlockDumpXP (Trace);
}
if (! DebugPageHeapDumpThisListXP(
FETCH_REMOTE_FIELD_PTR( RemoteHeap, NTDLL!_DPH_HEAP_ROOT, pVirtualStorageListHead ),
"VirtualList",
FORMAT_TYPE_VIRT_LIST )) {
return FALSE;
}
if (! DebugPageHeapDumpThisListXP(
FETCH_REMOTE_FIELD_PTR( RemoteHeap, NTDLL!_DPH_HEAP_ROOT, pNodePoolListHead ),
"NodePoolList",
FORMAT_TYPE_VIRT_LIST )) {
return FALSE;
}
if (! DebugPageHeapDumpThisListXP(
FETCH_REMOTE_FIELD_PTR( RemoteHeap, NTDLL!_DPH_HEAP_ROOT, pAvailableAllocationListHead ),
"AvailableList",
FORMAT_TYPE_VIRT_LIST )) {
return FALSE;
}
if (! DebugPageHeapDumpThisListXP(
FETCH_REMOTE_FIELD_PTR( RemoteHeap, NTDLL!_DPH_HEAP_ROOT, pFreeAllocationListHead ),
"FreeList",
FORMAT_TYPE_FREE_LIST )) {
return FALSE;
}
if (! DebugPageHeapDumpThisListXP(
FETCH_REMOTE_FIELD_PTR( RemoteHeap, NTDLL!_DPH_HEAP_ROOT, pBusyAllocationListHead ),
"BusyList",
FORMAT_TYPE_BUSY_LIST )) {
return FALSE;
}
dprintf( "\n" );
return TRUE;
}
VOID
DebugPageHeapExtensionDumpXP(
PCSTR ArgumentString
)
{
ULONG64 RemoteHeapList;
ULONG64 RemoteHeap;
ULONG64 RemoteHeapToDump;
BOOLEAN AnyDumps = FALSE;
BOOL Result;
Result = GetExpressionEx (ArgumentString,
&RemoteHeapToDump,
&ArgumentString);
if (Result == FALSE) {
dprintf ("\nFailed to convert `%s' to an address.\n",
ArgumentString);
return;
}
RemoteHeapList = (ULONG64) GetExpression( "NTDLL!RtlpDphHeapListHead" );
RemoteHeap = FetchRemotePVOID( RemoteHeapList );
if (( RemoteHeap == 0 ) ||
( RemoteHeapToDump == 0 ) ||
( strchr( ArgumentString, '?' ))) {
DebugPageHeapHelpXP();
DebugPageHeapExtensionShowHeapListXP();
return;
}
while (RemoteHeap != 0) {
if ((((LONG_PTR)RemoteHeapToDump & 0xFFFF0000 ) == ((LONG_PTR)RemoteHeap & 0xFFFF0000 )) ||
((LONG_PTR)RemoteHeapToDump == -1 )) {
AnyDumps = TRUE;
if (! DebugPageHeapDumpThisHeapXP( RemoteHeap ))
return;
}
if (CheckInterrupted()) {
return;
}
RemoteHeap = FETCH_REMOTE_FIELD_PTR( RemoteHeap, NTDLL!_DPH_HEAP_ROOT, pNextHeapRoot );
}
if (! AnyDumps) {
dprintf( "\nPage heap \"0x%p\" not found in process\n\n", RemoteHeapToDump );
DebugPageHeapExtensionShowHeapListXP();
}
}
BOOLEAN
DebugPageHeapExtensionShowHeapListXP(
VOID
)
{
ULONG64 RemoteHeapList = (ULONG64)GetExpression( "NTDLL!RtlpDphHeapListHead" );
ULONG64 RemoteHeap = FetchRemotePVOID( RemoteHeapList );
ULONG64 NormalHeap;
ULONG HeapFlags;
if (RemoteHeap == 0) {
dprintf( "\nNo page heaps active in process (or bad symbols)\n" );
return FALSE;
}
else {
dprintf( "\nPage heaps active in process:\n\n" );
do {
NormalHeap = FETCH_REMOTE_FIELD_PTR (RemoteHeap, NTDLL!_DPH_HEAP_ROOT, NormalHeap);
HeapFlags = (ULONG) FETCH_REMOTE_FIELD_INT (RemoteHeap, NTDLL!_DPH_HEAP_ROOT, ExtraFlags);
dprintf (" %p (%p, flags %X)\n", RemoteHeap, NormalHeap, HeapFlags);
RemoteHeap = FETCH_REMOTE_FIELD_PTR( RemoteHeap, NTDLL!_DPH_HEAP_ROOT, pNextHeapRoot );
} while (RemoteHeap);
dprintf( "\n" );
return TRUE;
}
}
BOOLEAN
DebugPageHeapIsActiveXP(
VOID
)
{
ULONG64 RemoteHeapList = (ULONG64)GetExpression( "NTDLL!RtlpDphHeapListHead" );
ULONG64 RemoteHeap = FetchRemotePVOID( RemoteHeapList );
if (RemoteHeap == 0) {
return FALSE;
}
else {
return TRUE;
}
}
VOID
DebugPageHeapExtensionXP(
PCSTR ArgumentString
)
{
PCSTR Current;
//
// Is help requested?
//
if (strstr (ArgumentString, "?") != NULL) {
DebugPageHeapHelpXP ();
}
//
// If page heap not active then return immediately.
//
if (! DebugPageHeapIsActiveXP()) {
dprintf ("Page heap is not active for this process. \n");
return;
}
//
// Parse command line
//
if ((Current = strstr (ArgumentString, "-h")) != NULL) {
DebugPageHeapExtensionDumpXP (Current + strlen("-h"));
}
else if ((Current = strstr (ArgumentString, "-a")) != NULL) {
DebugPageHeapExtensionFindXP (Current + strlen("-a"));
}
else if ((Current = strstr (ArgumentString, "-tc")) != NULL) {
TraceDatabaseDumpXP (Current + strlen("-tc"), TRUE);
}
else if ((Current = strstr (ArgumentString, "-ts")) != NULL) {
TraceDatabaseDumpXP (Current + strlen("-ts"), FALSE);
}
else if ((Current = strstr (ArgumentString, "-t")) != NULL) {
TraceDatabaseDumpXP (Current + strlen("-t"), TRUE);
}
else if ((Current = strstr (ArgumentString, "-fi")) != NULL) {
FaultInjectionTracesDumpXP (Current + strlen("-fi"));
}
else {
DebugPageHeapExtensionShowHeapListXP ();
}
return;
}
/////////////////////////////////////////////////////////////////////
////////////////////////////////////////////////////// Trace database
/////////////////////////////////////////////////////////////////////
typedef struct {
ULONG64 Address;
ULONG64 Count;
ULONG64 Size;
} TRACE, *PTRACE;
VOID
TraceDatabaseDumpXP (
PCSTR Args,
BOOLEAN SortByCountField
)
{
ULONG64 Database;
ULONG I, J, Min, TraceIndex;
PTRACE Trace;
ULONG64 TracesToDisplay = 0;
ULONG64 MaximumSize;
ULONG64 CurrentSize;
ULONG64 NoOfTraces;
ULONG64 NoOfHits;
ULONG NoOfBuckets;
ULONG PvoidSize;
if (Args) {
TracesToDisplay = GetExpression(Args);
if (TracesToDisplay == 0) {
TracesToDisplay = 4;
}
}
Database = (ULONG64) GetExpression ("NTDLL!RtlpDphTraceDatabaseXP" );
Database = FetchRemotePVOID (Database);
MaximumSize = FETCH_REMOTE_FIELD_PTR(Database, NTDLL!_RTL_TRACE_DATABASE, MaximumSize);
CurrentSize = FETCH_REMOTE_FIELD_PTR(Database, NTDLL!_RTL_TRACE_DATABASE, CurrentSize);
NoOfBuckets = FETCH_REMOTE_FIELD_INT(Database, NTDLL!_RTL_TRACE_DATABASE, NoOfBuckets);
NoOfTraces = FETCH_REMOTE_FIELD_PTR(Database, NTDLL!_RTL_TRACE_DATABASE, NoOfTraces);
NoOfHits = FETCH_REMOTE_FIELD_PTR(Database, NTDLL!_RTL_TRACE_DATABASE, NoOfHits);
PvoidSize = IsPtr64() ? 8 : 4;
dprintf ("MaximumSize: %p \n", MaximumSize);
dprintf ("CurentSize: %p \n", CurrentSize);
dprintf ("NoOfBuckets: %u \n", NoOfBuckets);
dprintf ("NoOfTraces: %p \n", NoOfTraces);
dprintf ("NoOfHits: %p \n", NoOfHits);
//
// Dump hash counters.
//
dprintf ("HashCounters:");
for (I = 0; I < 16; I += 1) {
CHAR FieldName[16];
sprintf (FieldName, "HashCounter[%u]", I);
dprintf (" %u", FetchRemoteULONG (
Database + ReturnFieldOffset("NTDLL!_RTL_TRACE_DATABASE", FieldName)));
}
dprintf ("\n");
if (NoOfTraces < TracesToDisplay) {
TracesToDisplay = NoOfTraces;
}
Trace = (PTRACE) malloc (sizeof(TRACE) * (ULONG)NoOfTraces);
if (Trace == NULL) {
dprintf ("Error: cannot allocate trace database debug structure.\n");
return;
}
//
// Read all the traces from the hash table.
//
for (I = 0, TraceIndex = 0; I < NoOfBuckets; I += 1) {
ULONG64 Current;
Current = FETCH_REMOTE_FIELD_PTR(Database, NTDLL!_RTL_TRACE_DATABASE, Buckets);
Current += I * PvoidSize;
Current = FetchRemotePVOID (Current);
while (Current != 0) {
if (TraceIndex >= NoOfTraces) {
dprintf ("Internal error: TraceIndex >= NoOfTraces \n");
return;
}
Trace[TraceIndex].Address = Current;
Trace[TraceIndex].Count = FETCH_REMOTE_FIELD_PTR (Current, NTDLL!_RTL_TRACE_BLOCK, UserCount);
Trace[TraceIndex].Size = FETCH_REMOTE_FIELD_PTR (Current, NTDLL!_RTL_TRACE_BLOCK, UserSize);
TraceIndex += 1;
Current = FETCH_REMOTE_FIELD_PTR (Current, NTDLL!_RTL_TRACE_BLOCK, Next);
}
}
//
// Sort the traces just read based on Count field.
//
for (I = 0; I < NoOfTraces; I += 1) {
for (J = I, Min = I; J < NoOfTraces; J += 1) {
if (SortByCountField) {
if (Trace[J].Count > Trace[Min].Count) {
Min = J;
}
}
else {
if (Trace[J].Size > Trace[Min].Size) {
Min = J;
}
}
}
if (Min != I) {
ULONG64 Address;
ULONG64 Count;
ULONG64 Size;
Address = Trace[I].Address;
Count = Trace[I].Count;
Size = Trace[I].Size;
Trace[I].Address = Trace[Min].Address;
Trace[I].Count = Trace[Min].Count;
Trace[I].Size = Trace[Min].Size;
Trace[Min].Address = Address;
Trace[Min].Count = Count;
Trace[Min].Size = Size;
}
}
#if 0
for (I = 1; I < NoOfTraces; I += 1) {
if (Trace[I].Size > Trace[I-1].Size) {
dprintf (".");
}
}
#endif
dprintf ("\n");
//
// Print first N
//
for (I = 0; I < TracesToDisplay; I += 1) {
dprintf ("\n");
TraceDatabaseBlockDumpXP (Trace[I].Address);
if (CheckControlC()) {
dprintf ("Interrupted \n");
break;
}
}
dprintf ("\n");
free (Trace);
}
VOID
TraceDatabaseBlockDumpXP (
ULONG64 Address
)
{
ULONG64 TraceAddress;
ULONG64 ReturnAddress;
CHAR SymbolName[ 1024 ];
ULONG64 Displacement;
ULONG I;
ULONG BlockSize;
ULONG PvoidSize;
if (Address == 0) {
dprintf (" No trace\n");
return;
}
PvoidSize = IsPtr64() ? 8 : 4;
BlockSize = FETCH_REMOTE_FIELD_INT(Address, NTDLL!_RTL_TRACE_BLOCK, Size);
dprintf (" Trace @ %p: %p bytes, %u blocks (heap @ %p) \n",
Address,
FETCH_REMOTE_FIELD_PTR(Address, NTDLL!_RTL_TRACE_BLOCK, UserSize),
FETCH_REMOTE_FIELD_PTR(Address, NTDLL!_RTL_TRACE_BLOCK, UserCount),
FETCH_REMOTE_FIELD_PTR(Address, NTDLL!_RTL_TRACE_BLOCK, UserContext));
dprintf (" [%x, %u, %u] \n",
FETCH_REMOTE_FIELD_INT(Address, NTDLL!_RTL_TRACE_BLOCK, Magic),
FETCH_REMOTE_FIELD_INT(Address, NTDLL!_RTL_TRACE_BLOCK, Count),
FETCH_REMOTE_FIELD_INT(Address, NTDLL!_RTL_TRACE_BLOCK, Size));
for (I = 0; I < BlockSize; I += 1) {
TraceAddress = FETCH_REMOTE_FIELD_PTR (Address, NTDLL!_RTL_TRACE_BLOCK, Trace);
ReturnAddress = FetchRemotePVOID (TraceAddress + I * PvoidSize);
GetSymbol (ReturnAddress, SymbolName, &Displacement);
dprintf (" %p %s+0x%p\n",
ReturnAddress,
SymbolName,
Displacement);
}
}
/////////////////////////////////////////////////////////////////////
////////////////////////////////////////////// Fault injection traces
/////////////////////////////////////////////////////////////////////
VOID
FaultInjectionTracesDumpXP (
PCSTR Args
)
{
ULONG64 TracesToDisplay = 0;
ULONG64 TraceAddress;
ULONG64 IndexAddress;
ULONG Index;
ULONG I;
const ULONG NO_OF_FAULT_INJECTION_TRACES = 128;
ULONG PvoidSize;
ULONG64 TraceBlock;
ULONG TracesFound = 0;
BOOLEAN Interrupted = FALSE;
ULONG64 FlagsAddress;
ULONG Flags;
if (Args) {
TracesToDisplay = GetExpression(Args);
if (TracesToDisplay == 0) {
TracesToDisplay = 4;
}
}
PvoidSize = IsPtr64() ? 8 : 4;
TraceAddress = (ULONG64) GetExpression ("NTDLL!RtlpDphFaultStacks");
IndexAddress = (ULONG64) GetExpression ("NTDLL!RtlpDphFaultStacksIndex");
FlagsAddress = (ULONG64) GetExpression ("NTDLL!RtlpDphGlobalFlags");
Flags = FetchRemoteULONG (FlagsAddress);
if (! (Flags & PAGE_HEAP_USE_FAULT_INJECTION)) {
dprintf ("Fault injection is not enabled for this process. \n");
dprintf ("Use `pageheap /enable PROGRAM /fault RATE' to enable it. \n");
return;
}
Index = FetchRemoteULONG (IndexAddress);
for (I = 0; I < NO_OF_FAULT_INJECTION_TRACES; I += 1) {
Index -= 1;
Index &= (NO_OF_FAULT_INJECTION_TRACES - 1);
TraceBlock = FetchRemotePVOID (TraceAddress + Index * PvoidSize);
if (TraceBlock != 0) {
TracesFound += 1;
dprintf ("\n");
TraceDatabaseBlockDumpXP (TraceBlock);
if (TracesFound >= TracesToDisplay) {
break;
}
}
if (CheckControlC()) {
Interrupted = TRUE;
dprintf ("Interrupted \n");
break;
}
}
if (Interrupted == FALSE && TracesFound == 0) {
dprintf ("No fault injection traces found. \n");
}
}