[EMAIL PROTECTED] (Niels Möller) writes:
> And for high performance, I suspect the right way to do it is to share
> some buffer space (preferably shared all the way down to the
> network card), and send a messages when a packet is written to the
> buffer, and when a packet have been completely pro
On Mon, Oct 28, 2002 at 10:53:27PM +0100, Niels Möller wrote:
> [EMAIL PROTECTED] (Neal H. Walfield) writes:
>
> > The client would make a container containing the pages and give the
> > server access to the container. Then the server would map the pages
> > in the container, build a packet and s
[EMAIL PROTECTED] (Neal H. Walfield) writes:
> The client would make a container containing the pages and give the
> server access to the container. Then the server would map the pages
> in the container, build a packet and send it down the network. Upon
> return, the client could reject the ser
> > As far as Hurd/L4 is concerned, mono-directional ports
> > are the only possible alternative.
>
> And for high performance, I suspect the right way to do it is to share
> some buffer space (preferably shared all the way down to the
> network card), and send a messages when a packet is written
Farid Hajji <[EMAIL PROTECTED]> writes:
> As far as Hurd/L4 is concerned, mono-directional ports
> are the only possible alternative.
And for high performance, I suspect the right way to do it is to share
some buffer space (preferably shared all the way down to the
network card), and send a messa
> To communicate between two translators, is it better to have one
> bi-directional port, or to have two mono-directional ports ? What are
> the advantages/issues of these both ways ? Which ones allows (in theory)
> the highest rate of data transfert ?
> I think two ports can be better (it is for n
I have a question about the best way to use Mach ports.
To communicate between two translators, is it better to have one
bi-directional port, or to have two mono-directional ports ? What are
the advantages/issues of these both ways ? Which ones allows (in theory)
the highest rate of data transfert
