Corey Coughlin <[EMAIL PROTECTED]> writes:
> Mike Meyer wrote:
>> Calls to methods of a separate object are non-blocking. The calls are
>> queued, and executed later. Reading an attribute from a separate
>> object is a blocking action. Calling a method with a separate object
>> as an argument caus
Mike Meyer wrote:
> [Rest elided]
>
> This really has a lot in common with SCOOP. SCOOP makes concurrent
> stuff easier, but i'm not sure it fits well with Python. I'll describe
> it, on the off chance you may get some ideas from it. See http://archive.eiffel.com/doc/manuals/technology/concurren
[EMAIL PROTECTED] writes:
> Alright, so I've been following some of the arguments about enhancing
> parallelism in python, and I've kind of been struck by how hard things
> still are. It seems like what we really need is a more pythonic
> approach.
I certainly agree, and have thought about it som
OK, thanks for all this criticism, you've obviously taken some time
here, guess I'll see if I can help clear some of this up
Michael wrote:
>
>
> On the surface of it, what you've described resembles Kamaelia[1] -
> specifically in the way used in the Axon Shell [2]. In other ways it
> dif
> Yes. Parallelism certainly deserves attention, and I believe
> "amateurs" are likely to help in the breakthroughs to come. I
> further suspect, though, that they'll be amateurs who benefit
> from knowledge of existing research into the range of documented
> concurrency concepts, including CSPs
Hey, some responses, let's see...
Peter Tillotson wrote:
> I'd really like to see a concurrency system come into python based on
> theories such as Communicating Sequential Processes (CSP) or its
> derivatives lambda or pi calculus. These provide an analytic framework
> for developing multi thr
[EMAIL PROTECTED] wrote:
> Alright, so I've been following some of the arguments about enhancing
> parallelism in python, and I've kind of been struck by how hard things
> still are. It seems like what we really need is a more pythonic
> approach.
[... major snippage ...]
> OK? So what do you a
In article <[EMAIL PROTECTED]>,
Peter Tillotson <[EMAIL PROTECTED]> wrote:
>I'd really like to see a concurrency system come into python based on
>theories such as Communicating Sequential Processes (CSP) or its
>derivatives lambda or pi calculus. These provide an analytic framework
>for develo
I'd really like to see a concurrency system come into python based on
theories such as Communicating Sequential Processes (CSP) or its
derivatives lambda or pi calculus. These provide an analytic framework
for developing multi thread / process apps. CSP like concurrency is one
of the hidden gem
