reactos/win32ss/gdi/ntgdi/gdidebug.h

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#pragma once
[WIN32K] Rewrite of the GDI handle manager - The old handle manager used a completely retarded spinlock in combination with KeDelayExecutionThread() for both exclusive and shared locks. This is probably the most uneffective algorithm possible. It was also duplicating code everywhere and it was a overall mess It is now replaced with a lock-free reference counter for shared locks and a pushlock for exclusive locks. -> Better performance and scalability. - Allocate user mode object attributes from the new gdi pool. This way, we don't need any caching, since the pool serves as a cache. Its also much faster and uses much less memory. - Allow object allocations of different size, instead of fixed size from a table. This way a single allocation can take care of actual needs. - Allow allcoating objects without a handle and insert them into the handle table later - Properly synchronize the process GDIHandleCount. Now gdiview and taskmanager show the correct number of gdi handles. - Implement a new event tracking system, that is capable of tracking all reverences and locks of objects and pool allocations to help track possible leaks - Make sure that all objects of a process are deleted in cleanup - Make sure all usermode memory allocations are freed, when cleaning up the process pool. - Make sure that each object type is using the correct type of lock (either shared or exclusive, not a mixture) - Fix some object / reference leaks - Lots of inferface improvements - Use global variables for certain things instead of members in the mapped gdi handle table - Make IntSysCreateRectpRgn create a region without a handle - Fix detection od source and mask use in GreStretchBltMask - Use GDIOBJ_bLockMultipleObjects in NtGdiCombineRegion to avoid possible deadlocks - Fix NtGdiAbortPath to reset DCPATH_ACTIVE flag in the dc and only bail out on error, instead of always - Replace DC_AllocateDcAttr and DC_AllocDcAttr with DC_bAllocDcAttr using the new user mode pool - Remove DCU_SyncDcAttrtoUser and DCU_SynchDcAttrtoUser. Those functions were unused and didn't do anything useful anyway, - Replace IntGdiSetDCOwnerEx and DC_SetOwnership with GreSetDCOwner, remove unused NoSetBrush parameter - Replace GDIOBJ_bValidateHandle and IsObjectDead with GreIsHandleValid - Chage GDIOBJ_bLockMultipleObjects: pass object type, return a BOOL, whether all objects could be locked, cleanup on failure svn path=/trunk/; revision=51470
2011-04-28 08:26:46 +00:00
typedef enum _LOG_EVENT_TYPE
{
EVENT_ALLOCATE,
EVENT_CREATE_HANDLE,
EVENT_REFERENCE,
EVENT_DEREFERENCE,
EVENT_LOCK,
EVENT_UNLOCK,
EVENT_DELETE,
EVENT_FREE,
EVENT_SET_OWNER,
} LOG_EVENT_TYPE;
typedef struct _LOGENTRY
{
SLIST_ENTRY sleLink;
LOG_EVENT_TYPE nEventType;
DWORD dwProcessId;
DWORD dwThreadId;
ULONG ulUnique;
LPARAM lParam;
PVOID apvBackTrace[20];
union
{
ULONG_PTR data1;
} data;
} LOGENTRY, *PLOGENTRY;
#if KDBG
BOOLEAN
NTAPI
DbgGdiKdbgCliCallback(
IN PCHAR Command,
IN ULONG Argc,
IN PCH Argv[]);
#endif
[WIN32K] Rewrite of the GDI handle manager - The old handle manager used a completely retarded spinlock in combination with KeDelayExecutionThread() for both exclusive and shared locks. This is probably the most uneffective algorithm possible. It was also duplicating code everywhere and it was a overall mess It is now replaced with a lock-free reference counter for shared locks and a pushlock for exclusive locks. -> Better performance and scalability. - Allocate user mode object attributes from the new gdi pool. This way, we don't need any caching, since the pool serves as a cache. Its also much faster and uses much less memory. - Allow object allocations of different size, instead of fixed size from a table. This way a single allocation can take care of actual needs. - Allow allcoating objects without a handle and insert them into the handle table later - Properly synchronize the process GDIHandleCount. Now gdiview and taskmanager show the correct number of gdi handles. - Implement a new event tracking system, that is capable of tracking all reverences and locks of objects and pool allocations to help track possible leaks - Make sure that all objects of a process are deleted in cleanup - Make sure all usermode memory allocations are freed, when cleaning up the process pool. - Make sure that each object type is using the correct type of lock (either shared or exclusive, not a mixture) - Fix some object / reference leaks - Lots of inferface improvements - Use global variables for certain things instead of members in the mapped gdi handle table - Make IntSysCreateRectpRgn create a region without a handle - Fix detection od source and mask use in GreStretchBltMask - Use GDIOBJ_bLockMultipleObjects in NtGdiCombineRegion to avoid possible deadlocks - Fix NtGdiAbortPath to reset DCPATH_ACTIVE flag in the dc and only bail out on error, instead of always - Replace DC_AllocateDcAttr and DC_AllocDcAttr with DC_bAllocDcAttr using the new user mode pool - Remove DCU_SyncDcAttrtoUser and DCU_SynchDcAttrtoUser. Those functions were unused and didn't do anything useful anyway, - Replace IntGdiSetDCOwnerEx and DC_SetOwnership with GreSetDCOwner, remove unused NoSetBrush parameter - Replace GDIOBJ_bValidateHandle and IsObjectDead with GreIsHandleValid - Chage GDIOBJ_bLockMultipleObjects: pass object type, return a BOOL, whether all objects could be locked, cleanup on failure svn path=/trunk/; revision=51470
2011-04-28 08:26:46 +00:00
#if DBG_ENABLE_EVENT_LOGGING
VOID NTAPI DbgDumpEventList(PSLIST_HEADER pslh);
VOID NTAPI DbgLogEvent(PSLIST_HEADER pslh, LOG_EVENT_TYPE nEventType, LPARAM lParam);
[WIN32K] Rewrite of the GDI handle manager - The old handle manager used a completely retarded spinlock in combination with KeDelayExecutionThread() for both exclusive and shared locks. This is probably the most uneffective algorithm possible. It was also duplicating code everywhere and it was a overall mess It is now replaced with a lock-free reference counter for shared locks and a pushlock for exclusive locks. -> Better performance and scalability. - Allocate user mode object attributes from the new gdi pool. This way, we don't need any caching, since the pool serves as a cache. Its also much faster and uses much less memory. - Allow object allocations of different size, instead of fixed size from a table. This way a single allocation can take care of actual needs. - Allow allcoating objects without a handle and insert them into the handle table later - Properly synchronize the process GDIHandleCount. Now gdiview and taskmanager show the correct number of gdi handles. - Implement a new event tracking system, that is capable of tracking all reverences and locks of objects and pool allocations to help track possible leaks - Make sure that all objects of a process are deleted in cleanup - Make sure all usermode memory allocations are freed, when cleaning up the process pool. - Make sure that each object type is using the correct type of lock (either shared or exclusive, not a mixture) - Fix some object / reference leaks - Lots of inferface improvements - Use global variables for certain things instead of members in the mapped gdi handle table - Make IntSysCreateRectpRgn create a region without a handle - Fix detection od source and mask use in GreStretchBltMask - Use GDIOBJ_bLockMultipleObjects in NtGdiCombineRegion to avoid possible deadlocks - Fix NtGdiAbortPath to reset DCPATH_ACTIVE flag in the dc and only bail out on error, instead of always - Replace DC_AllocateDcAttr and DC_AllocDcAttr with DC_bAllocDcAttr using the new user mode pool - Remove DCU_SyncDcAttrtoUser and DCU_SynchDcAttrtoUser. Those functions were unused and didn't do anything useful anyway, - Replace IntGdiSetDCOwnerEx and DC_SetOwnership with GreSetDCOwner, remove unused NoSetBrush parameter - Replace GDIOBJ_bValidateHandle and IsObjectDead with GreIsHandleValid - Chage GDIOBJ_bLockMultipleObjects: pass object type, return a BOOL, whether all objects could be locked, cleanup on failure svn path=/trunk/; revision=51470
2011-04-28 08:26:46 +00:00
VOID NTAPI DbgCleanupEventList(PSLIST_HEADER pslh);
VOID NTAPI DbgPrintEvent(PLOGENTRY pLogEntry);
[WIN32K] Rewrite of the GDI handle manager - The old handle manager used a completely retarded spinlock in combination with KeDelayExecutionThread() for both exclusive and shared locks. This is probably the most uneffective algorithm possible. It was also duplicating code everywhere and it was a overall mess It is now replaced with a lock-free reference counter for shared locks and a pushlock for exclusive locks. -> Better performance and scalability. - Allocate user mode object attributes from the new gdi pool. This way, we don't need any caching, since the pool serves as a cache. Its also much faster and uses much less memory. - Allow object allocations of different size, instead of fixed size from a table. This way a single allocation can take care of actual needs. - Allow allcoating objects without a handle and insert them into the handle table later - Properly synchronize the process GDIHandleCount. Now gdiview and taskmanager show the correct number of gdi handles. - Implement a new event tracking system, that is capable of tracking all reverences and locks of objects and pool allocations to help track possible leaks - Make sure that all objects of a process are deleted in cleanup - Make sure all usermode memory allocations are freed, when cleaning up the process pool. - Make sure that each object type is using the correct type of lock (either shared or exclusive, not a mixture) - Fix some object / reference leaks - Lots of inferface improvements - Use global variables for certain things instead of members in the mapped gdi handle table - Make IntSysCreateRectpRgn create a region without a handle - Fix detection od source and mask use in GreStretchBltMask - Use GDIOBJ_bLockMultipleObjects in NtGdiCombineRegion to avoid possible deadlocks - Fix NtGdiAbortPath to reset DCPATH_ACTIVE flag in the dc and only bail out on error, instead of always - Replace DC_AllocateDcAttr and DC_AllocDcAttr with DC_bAllocDcAttr using the new user mode pool - Remove DCU_SyncDcAttrtoUser and DCU_SynchDcAttrtoUser. Those functions were unused and didn't do anything useful anyway, - Replace IntGdiSetDCOwnerEx and DC_SetOwnership with GreSetDCOwner, remove unused NoSetBrush parameter - Replace GDIOBJ_bValidateHandle and IsObjectDead with GreIsHandleValid - Chage GDIOBJ_bLockMultipleObjects: pass object type, return a BOOL, whether all objects could be locked, cleanup on failure svn path=/trunk/; revision=51470
2011-04-28 08:26:46 +00:00
#define DBG_LOGEVENT(pslh, type, val) DbgLogEvent(pslh, type, (ULONG_PTR)val)
#define DBG_INITLOG(pslh) InitializeSListHead(pslh)
#define DBG_DUMP_EVENT_LIST(pslh) DbgDumpEventList(pslh)
#define DBG_CLEANUP_EVENT_LIST(pslh) DbgCleanupEventList(pslh)
#else
#define DBG_LOGEVENT(pslh, type, val) ((void)(val))
[WIN32K] Rewrite of the GDI handle manager - The old handle manager used a completely retarded spinlock in combination with KeDelayExecutionThread() for both exclusive and shared locks. This is probably the most uneffective algorithm possible. It was also duplicating code everywhere and it was a overall mess It is now replaced with a lock-free reference counter for shared locks and a pushlock for exclusive locks. -> Better performance and scalability. - Allocate user mode object attributes from the new gdi pool. This way, we don't need any caching, since the pool serves as a cache. Its also much faster and uses much less memory. - Allow object allocations of different size, instead of fixed size from a table. This way a single allocation can take care of actual needs. - Allow allcoating objects without a handle and insert them into the handle table later - Properly synchronize the process GDIHandleCount. Now gdiview and taskmanager show the correct number of gdi handles. - Implement a new event tracking system, that is capable of tracking all reverences and locks of objects and pool allocations to help track possible leaks - Make sure that all objects of a process are deleted in cleanup - Make sure all usermode memory allocations are freed, when cleaning up the process pool. - Make sure that each object type is using the correct type of lock (either shared or exclusive, not a mixture) - Fix some object / reference leaks - Lots of inferface improvements - Use global variables for certain things instead of members in the mapped gdi handle table - Make IntSysCreateRectpRgn create a region without a handle - Fix detection od source and mask use in GreStretchBltMask - Use GDIOBJ_bLockMultipleObjects in NtGdiCombineRegion to avoid possible deadlocks - Fix NtGdiAbortPath to reset DCPATH_ACTIVE flag in the dc and only bail out on error, instead of always - Replace DC_AllocateDcAttr and DC_AllocDcAttr with DC_bAllocDcAttr using the new user mode pool - Remove DCU_SyncDcAttrtoUser and DCU_SynchDcAttrtoUser. Those functions were unused and didn't do anything useful anyway, - Replace IntGdiSetDCOwnerEx and DC_SetOwnership with GreSetDCOwner, remove unused NoSetBrush parameter - Replace GDIOBJ_bValidateHandle and IsObjectDead with GreIsHandleValid - Chage GDIOBJ_bLockMultipleObjects: pass object type, return a BOOL, whether all objects could be locked, cleanup on failure svn path=/trunk/; revision=51470
2011-04-28 08:26:46 +00:00
#define DBG_INITLOG(pslh)
#define DBG_DUMP_EVENT_LIST(pslh)
#define DBG_CLEANUP_EVENT_LIST(pslh)
#endif
VOID NTAPI DbgDumpGdiHandleTableWithBT(VOID);
[WIN32K] Rewrite of the GDI handle manager - The old handle manager used a completely retarded spinlock in combination with KeDelayExecutionThread() for both exclusive and shared locks. This is probably the most uneffective algorithm possible. It was also duplicating code everywhere and it was a overall mess It is now replaced with a lock-free reference counter for shared locks and a pushlock for exclusive locks. -> Better performance and scalability. - Allocate user mode object attributes from the new gdi pool. This way, we don't need any caching, since the pool serves as a cache. Its also much faster and uses much less memory. - Allow object allocations of different size, instead of fixed size from a table. This way a single allocation can take care of actual needs. - Allow allcoating objects without a handle and insert them into the handle table later - Properly synchronize the process GDIHandleCount. Now gdiview and taskmanager show the correct number of gdi handles. - Implement a new event tracking system, that is capable of tracking all reverences and locks of objects and pool allocations to help track possible leaks - Make sure that all objects of a process are deleted in cleanup - Make sure all usermode memory allocations are freed, when cleaning up the process pool. - Make sure that each object type is using the correct type of lock (either shared or exclusive, not a mixture) - Fix some object / reference leaks - Lots of inferface improvements - Use global variables for certain things instead of members in the mapped gdi handle table - Make IntSysCreateRectpRgn create a region without a handle - Fix detection od source and mask use in GreStretchBltMask - Use GDIOBJ_bLockMultipleObjects in NtGdiCombineRegion to avoid possible deadlocks - Fix NtGdiAbortPath to reset DCPATH_ACTIVE flag in the dc and only bail out on error, instead of always - Replace DC_AllocateDcAttr and DC_AllocDcAttr with DC_bAllocDcAttr using the new user mode pool - Remove DCU_SyncDcAttrtoUser and DCU_SynchDcAttrtoUser. Those functions were unused and didn't do anything useful anyway, - Replace IntGdiSetDCOwnerEx and DC_SetOwnership with GreSetDCOwner, remove unused NoSetBrush parameter - Replace GDIOBJ_bValidateHandle and IsObjectDead with GreIsHandleValid - Chage GDIOBJ_bLockMultipleObjects: pass object type, return a BOOL, whether all objects could be locked, cleanup on failure svn path=/trunk/; revision=51470
2011-04-28 08:26:46 +00:00
ULONG NTAPI DbgCaptureStackBackTace(PVOID* pFrames, ULONG nFramesToCapture);
BOOL NTAPI DbgGdiHTIntegrityCheck(VOID);
VOID NTAPI DbgDumpLockedGdiHandles(VOID);
#define KeRosDumpStackFrames(Frames, Count) KdSystemDebugControl('DsoR', (PVOID)Frames, Count, NULL, 0, NULL, KernelMode)
NTSYSAPI ULONG APIENTRY RtlWalkFrameChain(OUT PVOID *Callers, IN ULONG Count, IN ULONG Flags);
#if DBG
void
NTAPI
GdiDbgPreServiceHook(ULONG ulSyscallId, PULONG_PTR pulArguments);
ULONG_PTR
NTAPI
GdiDbgPostServiceHook(ULONG ulSyscallId, ULONG_PTR ulResult);
#define ID_Win32PreServiceHook 'WSH0'
#define ID_Win32PostServiceHook 'WSH1'
FORCEINLINE void
GdiDbgAssertNoLocks(char * pszFile, ULONG nLine)
{
PTHREADINFO pti = (PTHREADINFO)PsGetCurrentThreadWin32Thread();
if (pti && pti->cExclusiveLocks != 0)
{
DbgPrint("(%s:%lu) There are %lu exclusive locks!\n",
pszFile, nLine, pti->cExclusiveLocks);
ASSERT(FALSE);
}
}
#define ASSERT_NOGDILOCKS() GdiDbgAssertNoLocks(__FILE__,__LINE__)
#else
#define ASSERT_NOGDILOCKS()
#endif