Hi,
On Feb 9, 9:29 pm, Chouser wrote:
> It may be worth noting that using 'send' to dispatch actions to
> an agent already takes into account the number of CPUs available.
> This essentially means it's safe to queue up sends on as many
> agents as you want -- hundreds, even thousands of agents -
On Feb 9, 2:37 am, Wardrop wrote:
> That seems like what I'm after, thanks. I assume this would be pretty
> reliable across all platforms running the JVM.
In .NET, on the other hand, this value is stored in
System.Environment.ProcessorCount. Perhaps it would be worthwhile to
make oft-requested in
On Mon, Feb 8, 2010 at 8:37 PM, Wardrop wrote:
> That seems like what I'm after, thanks. I assume this would be pretty
> reliable across all platforms running the JVM.
>
> By the way, I did google the Java API with various keywords but never
> cam across this object property.
It may be worth noti
That seems like what I'm after, thanks. I assume this would be pretty
reliable across all platforms running the JVM.
By the way, I did google the Java API with various keywords but never
cam across this object property.
Thanks
On Feb 9, 11:33 am, Timothy Pratley wrote:
> On 9 February 2010 11:2
On 9 February 2010 11:29, Wardrop wrote:
> I'm wondering if there's anyway in Clojure, that one can detect the
> number of available processoring threads
(.availableProcessors (Runtime/getRuntime)) might be what you are after?
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I'm wondering if there's anyway in Clojure, that one can detect the
number of available processoring threads (ie. 4 core cpu with
hyperthreading would equal 8 available threads). This will allow me to
have a scalable processing app which can run on a single core CPU, or
250 core processor, without
