> (4) Consider supporting generic vector operations in the TCG?
I gave it a go and was quite happy with the result. I have implemented the
add_i32x4
opcode which is addition of 128-bit vectors composed of four 32-bit integers
and used it to translate NEON vadd.i32 to SSE paddd instruction. I used
Kirill Batuzov writes:
>> (4) Consider supporting generic vector operations in the TCG?
>
> I gave it a go and was quite happy with the result. I have implemented the
> add_i32x4
> opcode which is addition of 128-bit vectors composed of four 32-bit integers
> and used it to translate NEON vadd.
On Thu, 16 Oct 2014, Alex Bennée wrote:
> >
> > From Valgrind experience there are enough genericism. Valgrind can translate
> > SSE, AltiVec and NEON instructions to vector opcodes. Most of the opcodes
> > are
> > reused between instruction sets.
>
> Doesn't Valgrind have the advantage of same-
On Thu, 16 Oct 2014, Kirill Batuzov wrote:
> > (4) Consider supporting generic vector operations in the TCG?
>
> I gave it a go and was quite happy with the result. I have implemented the
> add_i32x4
> opcode which is addition of 128-bit vectors composed of four 32-bit integers
> and used it to
