On Tue, Oct 13, 2009 at 7:24 AM, Robert Stehwien wrote:
> John,
>
> Excellent "library" I'm pulling this into my utilities functions ... with
> proper attribution of course and as long as you don't mind. It is just too
> useful to me to not keep around.
Thanks. Consider any code I post here to
John,
Excellent "library" I'm pulling this into my utilities functions ... with
proper attribution of course and as long as you don't mind. It is just too
useful to me to not keep around.
--Robert
On Sat, Oct 10, 2009 at 1:54 AM, John Harrop wrote:
> Here is a quickie "library" for abstracti
Thanks.
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Hi All,
Thanks for the great replies. John, the self-send-off idea is terrific and
hadn't occurred to me. I'll be using a variant of what you proposed.
Garth
On Sun, Oct 11, 2009 at 10:29 PM, John Harrop wrote:
> On Sun, Oct 11, 2009 at 5:28 PM, Raoul Duke wrote:
>
>> >> will actors actually
On Sun, Oct 11, 2009 at 5:28 PM, Raoul Duke wrote:
> >> will actors actually do the queued function w/in a reasonable
> >> timeframe? i don't think there are any guarantees of it so if one is
> >> hoping to get really nicely periodic behaviour... just curious because
> >> i'd thought of using age
>> will actors actually do the queued function w/in a reasonable
>> timeframe? i don't think there are any guarantees of it so if one is
>> hoping to get really nicely periodic behaviour... just curious because
>> i'd thought of using agents for periodic stuff, too.
>
> In practice, they seem to.
On Sat, Oct 10, 2009 at 5:52 PM, Raoul Duke wrote:
>
> > The actor itself is
> > an agent wrapping a vector with the function, period, awake flag, and
> > current parameters.
>
> will actors actually do the queued function w/in a reasonable
> timeframe? i don't think there are any guarantees of i
> The actor itself is
> an agent wrapping a vector with the function, period, awake flag, and
> current parameters.
will actors actually do the queued function w/in a reasonable
timeframe? i don't think there are any guarantees of it so if one is
hoping to get really nicely periodic behaviour...
Here is a quickie "library" for abstracting this:
(defn make-actor [f period-in-ms & initial-state]
(agent (into [f period-in-ms false] initial-state)))
(defmacro actor
"Creates and returns a new, initially-sleeping actor with the specified
period, initial parameter values, and code to execute
On Thu, Oct 8, 2009 at 7:49 PM, John Harrop wrote:
> You might be able to do better than that, and dispense entirely with the
> separate polling thread.
>
Confirmed:
(def x (agent {:polling false :message "foo"}))
(defn poll [m]
(when (:polling m)
(prn (:message m))
(Thread/sleep 100
On Thu, Oct 8, 2009 at 1:06 PM, Laurent PETIT wrote:
> So I don't think you need this message-queue at all (or maybe I haven't
> understood what it is or I'm mislead by its name), send directly your order
> to the agent as what you want to change in its state.
You might be able to do better than
I'm not an expert on asynchronicity with clojure, but I'll benefit from the
fact i'll be the first to answer :-)
But please take this with a grain of salt.
As I see agents, in their generality, they are "a generic way to handle a
state asynchronously (commands from multiple non organized sources -
Hi All,
This is a question about whether I can use agents or some other Clojure
concurrency feature to manage a multithreaded process elegantly and
extensibly. The following is a thought I had for how to do it, but I would
appreciate additional suggestions.
I have an application that needs to pol
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