I'm just working from the somewhat incomplete Rust spec at this point -
intrinsics and other complicated target-dependent stuff don't seem to be
part of it. Rust seems to provide vector intrinsics through libraries with
inline assembly.
For the frontend, I just need a list of strings describing th
On Wed, Jan 8, 2020 at 1:16 AM The Other wrote:
>
> I've found the code for the target hooks for both the C-family and D
> frontends (or at least their implementation for the i386 platform). The
> C-family ones seem like they probably are too tied to the preprocessor to
> be usable for other langu
I've found the code for the target hooks for both the C-family and D
frontends (or at least their implementation for the i386 platform). The
C-family ones seem like they probably are too tied to the preprocessor to
be usable for other languages (which I assume is the reason that the D
frontend crea
On Thu, Jan 2, 2020 at 5:54 PM Nathan Sidwell wrote:
>
> On 1/1/20 4:31 AM, The Other wrote:
> > Hi,
> > I'm currently working on a Rust frontend for GCC. Rust has some
> > language-level conditional compilation features based on the presence or
> > lack of features in the target architecture (e.g
On 1/1/20 4:31 AM, The Other wrote:
Hi,
I'm currently working on a Rust frontend for GCC. Rust has some
language-level conditional compilation features based on the presence or
lack of features in the target architecture (e.g. SSE, AVX, a static C
runtime) as well as the target CPU architecture i
Hi,
I'm currently working on a Rust frontend for GCC. Rust has some
language-level conditional compilation features based on the presence or
lack of features in the target architecture (e.g. SSE, AVX, a static C
runtime) as well as the target CPU architecture itself, target OS, and
various other ta
