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From: gavino on 21 Dec 2009 20:10
erlang and haskell seems to have multicore capability.

What will tcl do as more apps run on 16 core box?
From: Alexandre Ferrieux on 21 Dec 2009 20:14
On Dec 22, 2:10 am, gavino <gavcom...(a)gmail.com> wrote:
>
> erlang and haskell seems to have multicore capability.
> What will tcl do as more apps run on 16 core box?

Carry on while dozens of trolls explode in the skies, with beautiful
colours.

-Alex


From: tom.rmadilo on 21 Dec 2009 20:52
On Dec 21, 5:10 pm, gavino <gavcom...(a)gmail.com> wrote:
> erlang and haskell seems to have multicore capability.
>
> What will tcl do as more apps run on 16 core box?

You first need to write an application which can keep 16 cores busy.
After you write, or have funding for such an app: no problems.

The phrasing of your question implies that using multiple cores (using
threads) is something which is automatic and doesn't require any
programming effort. This is why I suggest you write an application
which can take advantage of threads, because it isn't a "no brainer".
With threads, you get what you pay for in programming effort. No
effort: no benefit.

Since Tcl supports threads, the ball is totally in your court.
From: Tcl Bliss on 21 Dec 2009 21:17
On Dec 21, 5:10 pm, gavino <gavcom...(a)gmail.com> wrote:
> erlang and haskell seems to have multicore capability.
>
> What will tcl do as more apps run on 16 core box?

Did you miss the train again? ;)
From: Kevin Kenny on 21 Dec 2009 22:46
gavino wrote:
> erlang and haskell seems to have multicore capability.
>
> What will tcl do as more apps run on 16 core box?

Use thread::create fifteen times?
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