Jojo R
在 2021年5月4日 +0800 PM4:58，Thomas Schwinge ，写道：
> Hi!
>
> On 2021-05-03T13:18:35-0700, Andrew Pinski via Gcc wrote:
> > I noticed my (highly, -j24) parallel build of GCC is serialized on
> > compiling gimple-match.c. Has anyone looked into splitting this
> > generated file into multiple fil
Hi, I am a compiler engineer base on GCC in China. Recently, I develop a new
pattern for vector widen multiply-accumulator(I call it widen fma) because the
ISA in my project has the instruction (vwmacc). I develop a lot of code
especiallly frontend (gimple&&generic) int GCC. This is useful for m
On 5/9/2021 10:01 AM, Jan Hubicka wrote:
With my tests, AutoFDO could achieve almost half of the effect of
instrumentation FDO on real applications such as MySQL 8.0.20 .
Likely this could be improved with some of the missing changes. Apparently
discriminator support is worth quite a bit espec
just to say the mingw.org dns is down or it's an avdertisement?? ;-(
On Mon, 10 May 2021, Andi Kleen via Gcc wrote:
> It's difficult to find now because it was a branch in the old SVN that wasn't
> converted. Sadly the great git conversion was quite lossy.
All branches and tags, including deleted ones, were converted (under
not-fetched-by-default refs in some cas
On Mon, May 10, 2021 at 04:55:50PM +, Joseph Myers wrote:
> On Mon, 10 May 2021, Andi Kleen via Gcc wrote:
>
> > It's difficult to find now because it was a branch in the old SVN that
> > wasn't
> > converted. Sadly the great git conversion was quite lossy.
>
> All branches and tags, includi
https://github.com/google/autofdo has been updated. Now
create_gcov/dump_gcov are added back and can be built separately.
Please look at "2.2 Build autofdo tool for gcc" in
https://github.com/google/autofdo#readme
On Wed, Apr 28, 2021 at 10:40 PM Andi Kleen wrote:
>
> On Mon, Apr 26, 2021 at 06:
Hi All,
We are looking to implement saturation support in the compiler. The aim is to
recognize both Scalar and Vector variant of typical saturating expressions.
As an example:
1. Saturating addition:
char sat (char a, char b)
{
int tmp = a + b;
return tmp > 127 ? 127 : ((tmp
