On Sunday 07 May 2006 06:39, Attila Nagy wrote:
> On 2006. 05. 06. 22:50, Robert Watson wrote:
> >> The machine is a quad core Xeon LV server, the client side is
> >> sysbench, accessing mysql 4.1.8 on a socket. Heap table, simple test.
> >
> > Which threading library is that with, btw? If libpthr
On 2006. 05. 06. 22:50, Robert Watson wrote:
The machine is a quad core Xeon LV server, the client side is
sysbench, accessing mysql 4.1.8 on a socket. Heap table, simple test.
Which threading library is that with, btw? If libpthread, could you run
the same test with libthr, and vice versa?
thr
On Sat, May 06, 2006 at 03:16:48PM +0100, Robert Watson wrote:
>
> Dear all,
>
> Attached, please find a patch implementing more fine-grained locking for
> the POSIX local socket subsystem (UNIX domain socket subsystem).
Dear Sir,
Per your request, please find attached the results of my measur
On Sat, 6 May 2006, Attila Nagy wrote:
On 2006. 05. 06. 16:16, Robert Watson wrote:
In local measurements, I have observed a 0% change in MySQL performance on
uniprocessor systems, and on a dual-processor system I have observed a
4%-5% performance improvement with two client MySQL threads.
Ju
Hello,
On 2006. 05. 06. 16:16, Robert Watson wrote:
In local measurements, I have observed a 0% change in MySQL performance
on uniprocessor systems, and on a dual-processor system I have observed
a 4%-5% performance improvement with two client MySQL threads.
Just a quick, nowhere correct test:
On Sat, 6 May 2006, Robert Watson wrote:
Attached, please find a patch implementing more fine-grained locking for the
POSIX local socket subsystem (UNIX domain socket subsystem). In the current
implementation, we use a single global subsystem lock to protect all local
IPC over the PF_LOCAL s
Dear all,
Attached, please find a patch implementing more fine-grained locking for the
POSIX local socket subsystem (UNIX domain socket subsystem). In the current
implementation, we use a single global subsystem lock to protect all local IPC
over the PF_LOCAL socket type. This has low overh
