> Koen writes:
>
> > accept :: Socket -> IO (Handle, HostName, PortNumber)
> >
> > Unfortunately, this is a blocking function, which means that
> > the whole program blocks when it is waiting for a
> > connection.
> [..]
> > Ideally, I would like to integrate this with the function
> > "hSele
Koen writes:
> accept :: Socket -> IO (Handle, HostName, PortNumber)
>
> Unfortunately, this is a blocking function, which means that
> the whole program blocks when it is waiting for a
> connection.
[..]
> Ideally, I would like to integrate this with the function
> "hSelect" from the Select m
Hi,
I am implementing a modest webserver using GHC (as an
example program). I am using the Socket library.
In the Socket library, the following function is provided:
accept :: Socket -> IO (Handle, HostName, PortNumber)
Unfortunately, this is a blocking function, which means that
the whole p
> Hello!
>
> On Tue, Aug 07, 2001 at 10:47:50AM +0100, Simon Marlow wrote:
>
> > - Compacting garbage collection is enabled when the residency
> > reaches a certain percentage of the maximum heap size (if there
> > is one).
>
> Could there be the possibility to set an absolute amount
> we are writing a haskell program that does a calculation for
> an intranet
> application. We assume that at peak times, several thousand
> users are going
> to use the program at the same time.
> Our problem is, that our binary file has several MBs and we
> don't know how
> to compile it (
