M
MWimmer
I have a paged pool memory leak in Toke and SeTd tag and a non-paged pool
memory leak in Proc and SeTd tag every time when I start a new process
OS: Microsoft Windows XP Professional x64 Edition
poolmon:
Tag Type Allocs Frees Diff Bytes
Toke Paged 926942 ( 6) 883109 ( 6) 43833 51351296
SeTd Nonp 926942 ( 6) 883109 ( 6) 43833 5610624
SeTd Paged 926942 ( 6) 883109 ( 6) 43833 4888608
Proc Nonp 43533 ( 0) 1 ( 0) 43532 45969792
The problem is quite easy to reproduce:
FOR /L %%c IN (0,1,32000) DO attrib.exe %SystemRoot%\system32\attrib.exe
I've read already about how to find out which driver might consume pool
memory but I could not find any.
If I use the performance monitor to display the number of running processes
the number increases only. Terminating processes do not decrement the counter.
windbg also still shows the terminated processes but not the task manager.
So it seems, someone is still holding references on process objects, which
are not cleared, even if the process terminates.
I appreciate any kind of help or hint how to stop this behavior.
memory leak in Proc and SeTd tag every time when I start a new process
OS: Microsoft Windows XP Professional x64 Edition
poolmon:
Tag Type Allocs Frees Diff Bytes
Toke Paged 926942 ( 6) 883109 ( 6) 43833 51351296
SeTd Nonp 926942 ( 6) 883109 ( 6) 43833 5610624
SeTd Paged 926942 ( 6) 883109 ( 6) 43833 4888608
Proc Nonp 43533 ( 0) 1 ( 0) 43532 45969792
The problem is quite easy to reproduce:
FOR /L %%c IN (0,1,32000) DO attrib.exe %SystemRoot%\system32\attrib.exe
I've read already about how to find out which driver might consume pool
memory but I could not find any.
If I use the performance monitor to display the number of running processes
the number increases only. Terminating processes do not decrement the counter.
windbg also still shows the terminated processes but not the task manager.
So it seems, someone is still holding references on process objects, which
are not cleared, even if the process terminates.
I appreciate any kind of help or hint how to stop this behavior.