Hi Alexej,
The actual mapping code is now at http://pastebin.com/m56a949a5 The
objects in question are allocated through vm_pager_allocate with
OBJT_SWAP. Note that I'm not sure when OBJ_ONEMAPPING clearing
actually helps and when not -- I've more sprinkled it around the code
in the ho
Hi,
Im trying to compile sys/netinet/ip_fw_pfil.c as example of KLD
firewall module. This file include net/opt_inet6.h and sys/vimage.h but the
compiler dont find it. This files seems that was deleted from the source
tree.
Anyone know something?. Thanks
__
Hi,
Im trying to compile sys/netinet/ip_fw_pfil.c as example of KLD firewall
module. This file include net/opt_inet6.h and sys/vimage.h but the compiler
dont find it. This files seems that was deleted from the source tree.
Anyone know something?. Thanks
___
hi ,
I had a problem with remapping too. Could I see your code?
here is my code, that some times on AMD64 runs wrong :
http://pastebin.com/m78da0b37
And now I solved the problem with remapping by using /dev/mem device. It has
mmap syscal. And it seems to be working without problem.
Alexej
<
2009
I think I've found a bug in libwrap/tcpwrappers. Before filing an actual
bug report I want to get some feedback here first.
A hosts.allow file with ~1000 ips on a single line (Haven't experimented
with other quantities yet), causes network daemons that use libwrap stop
accepting incoming netwo
on 13/03/2009 16:29 Andriy Gapon said the following:
>
> Sorry for the noise, the problem seems to be in misbehavior on part of one of
> the
> slaves used by the original program. I wrote a minimalistic test program and
> ran
> it for several different combinations of slaves - the issue only occ
on 13/03/2009 15:27 Andriy Gapon said the following:
> I observe some quite odd behavior with intpm(4).
> I have a program that access two slaves at a high rate (no sleeps or
> long calculations). The typical pattern of access is:
> 1. SMB_WRITEB slave1 reg1
> 2. SMB_READB slave1 reg2
> 3. SMB_READ
I observe some quite odd behavior with intpm(4).
I have a program that access two slaves at a high rate (no sleeps or
long calculations). The typical pattern of access is:
1. SMB_WRITEB slave1 reg1
2. SMB_READB slave1 reg2
3. SMB_READB *slave2* reg
4. SMB_READB slave1 reg3
There are many iteratio
As a part of a research project, I'm trying to build publish/subscribe
shared memory semantics where the idea is to first map an vm_object as
read/write to a publisher's memory space, and then a COW shadow of
that later to the subscriber processes' memory space.
I've got to the point where
Brian A. Seklecki wrote:
> Thanks to all; with the r1.114 changes, our staff reports the following:
>
> "Postgres is able to start with a ~3GB postgresql.conf(5) $shared_buffer
> on 8-CURRENT/amd64:
It has recently also been MFC-ed to 7-STABLE :)
(beware of instabilities and debugging in -CURREN
10 matches
Mail list logo