On Jul 22, 2013, at 11:20 PM, deadalnix wrote:
> On Monday, 22 July 2013 at 18:24:53 UTC, Sean Kelly wrote:
>> I think this would most likely happen within std.concurrency, with the
>> context switch occurring on send/receive.
>
> If so, other libraries won't be able to yield (for instance libr
On Friday, 19 July 2013 at 07:42:26 UTC, deadalnix wrote:
On Thursday, 18 July 2013 at 17:55:36 UTC, Sean Kelly wrote:
On Jul 18, 2013, at 8:28 AM, Matt wrote:
Hi guys,
I know this will have probably been answered before, but does
D have a concept similar to Go's channels when it comes to
t
On Monday, 22 July 2013 at 18:24:53 UTC, Sean Kelly wrote:
I think this would most likely happen within std.concurrency,
with the context switch occurring on send/receive.
If so, other libraries won't be able to yield (for instance
libraries performing IO).
On Jul 18, 2013, at 11:35 PM, Jacob Carlborg wrote:
> On 2013-07-18 21:08, Sean Kelly wrote:
>
>> We already do in-library TLS for OSX and so it shouldn't be terribly
>> difficult to use this logic for fibers, but things get tricky once you
>> consider dynamic libraries.
>
> To be able to sup
On Jul 19, 2013, at 12:48 AM, deadalnix wrote:
> On Thursday, 18 July 2013 at 19:08:25 UTC, Sean Kelly wrote:
>> Functionally, fibers are coroutines. They have their own stack and execute
>> within the context of the calling thread. Most languages that scale to
>> thousands or millions of con
On Thursday, 18 July 2013 at 19:08:25 UTC, Sean Kelly wrote:
Functionally, fibers are coroutines. They have their own stack
and execute within the context of the calling thread. Most
languages that scale to thousands or millions of concurrent
threads/processes use fibers (often called "green
On Thursday, 18 July 2013 at 17:55:36 UTC, Sean Kelly wrote:
On Jul 18, 2013, at 8:28 AM, Matt wrote:
Hi guys,
I know this will have probably been answered before, but does
D have a concept similar to Go's channels when it comes to
tasks?
I believe (according to a few forum posts hinting a
On 2013-07-18 21:08, Sean Kelly wrote:
We already do in-library TLS for OSX and so it shouldn't be terribly difficult
to use this logic for fibers, but things get tricky once you consider dynamic
libraries.
To be able to support dynamic libraries and TLS on Mac OS X we will most
likely need
On Jul 18, 2013, at 11:38 AM, "Matt" wrote:
> On Thursday, 18 July 2013 at 17:55:36 UTC, Sean Kelly wrote:
>> Not as such. I'd like to make Fibers each have their own message queue in
>> std.concurrency, but that means making TLS work at the fiber level, which is
>> tricky.
>>
>> I think ther
On Thursday, 18 July 2013 at 18:38:57 UTC, Matt wrote:
On Thursday, 18 July 2013 at 17:55:36 UTC, Sean Kelly wrote:
Not as such. I'd like to make Fibers each have their own
message queue in std.concurrency, but that means making TLS
work at the fiber level, which is tricky.
I think there is
On Thursday, 18 July 2013 at 16:41:34 UTC, Jesse Phillips wrote:
I don't think this is really an answer, but awhile back I was
looking into the difference of D and Go for
parallel/concurrency and created these two examples[1][2] from
the blog
http://www.mprescient.com/journal/2011/1/9/concurr
On Thursday, 18 July 2013 at 17:55:36 UTC, Sean Kelly wrote:
Not as such. I'd like to make Fibers each have their own
message queue in std.concurrency, but that means making TLS
work at the fiber level, which is tricky.
I think there is value in the CSP model (ie. channels), but
haven't done
On Jul 18, 2013, at 8:28 AM, Matt wrote:
> Hi guys,
> I know this will have probably been answered before, but does D have a
> concept similar to Go's channels when it comes to tasks?
>
> I believe (according to a few forum posts hinting at it) that such a thing
> exists for threads, but not f
On Thursday, 18 July 2013 at 15:29:00 UTC, Matt wrote:
Hi guys,
I know this will have probably been answered before, but does D
have a concept similar to Go's channels when it comes to tasks?
I don't think this is really an answer, but awhile back I was
looking into the difference of D and Go
Hi guys,
I know this will have probably been answered before, but does D
have a concept similar to Go's channels when it comes to tasks?
I believe (according to a few forum posts hinting at it) that
such a thing exists for threads, but not for the lightweight
tasks provided by std.parallelism
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