On Wed 2024-11-13 15:18:32, Jan Hubicka wrote:
> > - sincos and all functions working with arrays ... Because these
> > functions have pointer arguments and that would require a bigger
> > rework of ix86_veclibabi_aocl(). Also, I'm not sure if GCC even ever
> > generates calls to these funct
> - sincos and all functions working with arrays ... Because these
> functions have pointer arguments and that would require a bigger
> rework of ix86_veclibabi_aocl(). Also, I'm not sure if GCC even ever
> generates calls to these functions.
GCC is able to recognize sin and cos calls and tu
Hi Honza,
Here is the second version of the patch.
On Mon 2024-11-11 18:31:47, Jan Hubicka wrote:
> > We currently support generating vectorized math calls to the AMD core
> > math library (ACML) (-mveclibabi=acml). That library is end-of-life and
> > its successor is the math library from AMD O
On Mon, 11 Nov 2024, Jan Hubicka wrote:
> > We currently support generating vectorized math calls to the AMD core
> > math library (ACML) (-mveclibabi=acml). That library is end-of-life and
> > its successor is the math library from AMD Optimizing CPU Libraries
> > (AOCL).
> >
> > This patch add
> We currently support generating vectorized math calls to the AMD core
> math library (ACML) (-mveclibabi=acml). That library is end-of-life and
> its successor is the math library from AMD Optimizing CPU Libraries
> (AOCL).
>
> This patch adds support for AOCL (-mveclibabi=aocl). That signific
Hi,
Bootstrapped and regtested on x86_64 linux. I also tested that all the new
calls can be linked with the AOCL LibM library. Ok to push?
Thanks,
Filip Kastl
-- 8< --
We currently support generating vectorized math calls to the AMD core
math library (ACML) (-mveclibabi=acml). That library
