| Malcom,
There were no attachments to my last mail - the text you returned was
complete for what I sent.
I dont have access to our Unix sources, but dont berlieve that function
calls in libc or librpc would fork a process.
Could you forward me a long output from ps, showing the defunct processes
with their pids ppids and user, and for the parent process, please, and also
w <OWNER_OF_DEFUNCT_PROCESS>
Can you identify which is your application.
Also could you check the stack traces of the defunct processes and send me this
as well. To do this (as root):
dbx -k /vmunix
(dbx) set $pid=<PID_OF_DEFUNCT_PROCESS>
(dbx) tstack
BTW, although your application may not fork processes, is it by any chance
multi threaded?
regards,
Ian.
|
| Malcom,
If you wish me to proceed further with your problem please e-mail me the
information requested in my e-mail of 22nd Jan.
If you are having difficulty sending by email, then print out the information
and fax to me at 01734 204146.
Regards,
Ian chamberlin,
Digital Equipment Co.
========================================================
Malcom,
There were no attachments to my last mail - the text you returned was
complete for what I sent.
I dont have access to our Unix sources, but dont berlieve that function
calls in libc or librpc would fork a process.
Could you forward me a long output from ps, showing the defunct processes
with their pids ppids and user, and for the parent process, please, and also
w <OWNER_OF_DEFUNCT_PROCESS>
Can you identify which is your application.
Also could you check the stack traces of the defunct processes and send me this
as well. To do this (as root):
dbx -k /vmunix
(dbx) set $pid=<PID_OF_DEFUNCT_PROCESS>
(dbx) tstack
BTW, although your application may not fork processes, is it by any chance
multi threaded?
regards,
Ian.
|