2009/9/1 Russ Cox :
>> aside: from the overcommit vm discussion.
>> in http://9fans.net/archive/2000/06/634 rob
>> says that plan 9 doesn't overcommit vm.
>> what's the history here?
>
> i think plan 9 does overcommit vm and did then too.
It very much so does.
--dho
> russ
>
>
> aside: from the overcommit vm discussion.
> in http://9fans.net/archive/2000/06/634 rob
> says that plan 9 doesn't overcommit vm.
> what's the history here?
i think plan 9 does overcommit vm and did then too.
russ
On Tue Sep 1 19:24:33 EDT 2009, r...@swtch.com wrote:
> I believe that the Stack line in /proc/$pid/segment
> tells you the lowest possible stack address, not
> the amount in use right now. I looked in the kernel
> source and tried it in 9vx and it confirms my belief.
> I don't have a Plan 9 kern
I believe that the Stack line in /proc/$pid/segment
tells you the lowest possible stack address, not
the amount in use right now. I looked in the kernel
source and tried it in 9vx and it confirms my belief.
I don't have a Plan 9 kernel to try it on right now,
so maybe I'm wrong.
Do you have two d
On Tue Sep 1 12:56:41 EDT 2009, quans...@quanstro.net wrote:
> On Tue Sep 1 12:54:06 EDT 2009, cinap_len...@gmx.de wrote:
>
> > read /proc/$pid/segment
>
> how do i know how low the stack segment can go?
i should have been more explicit. it's not that useful to know
what the current stack all
On Tue Sep 1 12:54:06 EDT 2009, cinap_len...@gmx.de wrote:
> read /proc/$pid/segment
>
how do i know how low the stack segment can go?
- erik
read /proc/$pid/segment
--
cinap
--- Begin Message ---
assuming no thread library, is there a way of
determining the lowest valid stack address
from userspace? the purpose is to create a
test onstack() so that it can be asserted that
a given pointer is !onstack. thread library
knows.
is it fair
assuming no thread library, is there a way of
determining the lowest valid stack address
from userspace? the purpose is to create a
test onstack() so that it can be asserted that
a given pointer is !onstack. thread library
knows.
is it fair to assume that the stack can be up
to 256mb? how does