I am wondering if D would be a good choice for our differential equation
modeling app. What it needs to be able to do is dynamically compile D code
into a static function that can then be used to call C-code that expects a
pointer to a static function.
Longer description:
It is a desktop app. Th
On Sun, 10 Oct 2010 22:03:51 +0200, Michael Stover
wrote:
I am wondering if D would be a good choice for our differential equation
modeling app. What it needs to be able to do is dynamically compile D
code
into a static function that can then be used to call C-code that expects
a
pointe
I am under the impression that passing a pointer to a static function (ie,
passing a pointer to a memory address that contains the starting point of a
function) is not the same as defining a method that can be called by name
from C code. I am not a C expert though.
Can one call fortran libraries
Michael Stover wrote:
I am under the impression that passing a pointer to a static function
(ie,
passing a pointer to a memory address that contains the starting point
of a
function) is not the same as defining a method that can be called by name
from C code. I am not a C expert though.
Thank you for helping me understand.
Mike
On Mon, Oct 11, 2010 at 8:39 AM, Simen kjaeraas wrote:
> Michael Stover wrote:
>
> I am under the impression that passing a pointer to a static function (ie,
>> passing a pointer to a memory address that contains the starting point of
>> a
>> function)
On Mon, Oct 11, 2010 at 2:30 AM, Michael Stover
wrote:
> I am under the impression that passing a pointer to a static function (ie,
> passing a pointer to a memory address that contains the starting point of a
> function) is not the same as defining a method that can be called by name
> from C cod
On Sun, 10 Oct 2010 20:30:52 -0400, Michael Stover wrote:
> Can one call fortran libraries from D? Ie, say one wanted to use LAPACK
> from D?
Since it is possible in C, it should be possible in D. A quick search
turned up this page:
http://www.yolinux.com/TUTORIALS/LinuxTutorialMixingFortran
Thank you, I have checked them out. Both SciD and dstats look useful. We
would have to supplement with our own math libraries and bindings to various
C/Fortran libraries I think. I am just exploring possibilities because of
the endless troubles we have with compiling and linking C++ code on Mac
