On 7/2/15 4:30 AM, Alan Lawrence wrote:
Hi, pleased to meet you :)
Likewise. :-)
[Abe wrote:]
* Always safe for stores, sometimes a little risky for loads:
speculative loads might cause multithreaded programs with
insufficient locking to fail due to writes by another thread
being
On Thu, Jul 02, 2015 at 09:57:20PM +0200, Sebastian Huber wrote:
> does anyone know what the purpose of gomp_thread_pool::last_team is? This
> field seems to be used to delay the team destruction in gomp_team_end() in
> case the team has more than one thread and the previous team state has no
>
Hello,
does anyone know what the purpose of gomp_thread_pool::last_team is? This field
seems to be used to delay the team destruction in gomp_team_end() in case the
team has more than one thread and the previous team state has no team
associated (identifies this a master thread?):
if (__buil
On 02/07/15 13:40, Ramana Radhakrishnan wrote:
On Thu, Jul 2, 2015 at 12:03 PM, Matthew Wahab
wrote:
I'd like to get the fix for PR target/65697 (weak memory barriers for __sync
builtins on ARMv8) into GCC-5.2.
I'd also like to see the ARM patches backported please unless there
are RM objec
Hi all,
I implemented support for %fs and %gs segment prefixes on the x86 and
x86-64 platforms, in what turns out to be a small patch.
For those not familiar with it, at least on x86-64, %fs and %gs are
two special registers that a user program can ask be added to any
address machine instruction.
On 07/02/2015 07:06 AM, Ajit Kumar Agarwal wrote:
Sorry for the typo error. I meant exits instead of exists.
The below is corrected.
The Cost Calculation for a candidate to Spill in the Integrated Register
Allocator(IRA) considers only the SESE regions.
The Cost Calculation in the IRA should
On Thu, Jul 2, 2015 at 12:03 PM, Matthew Wahab
wrote:
> On 22/06/15 12:56, Richard Biener wrote:
>>
>>
>> I plan to release GCC 5.2.0 around July 10th which means a release
>> candidate being done around July 3rd.
>>
>> Please check your open regression bugs for ones that eligible for
>> backporti
On Thu, 2 Jul 2015, Matthew Wahab wrote:
> On 22/06/15 12:56, Richard Biener wrote:
> >
> > I plan to release GCC 5.2.0 around July 10th which means a release
> > candidate being done around July 3rd.
> >
> > Please check your open regression bugs for ones that eligible for
> > backporting. Als
Sorry for the typo error. I meant exits instead of exists.
The below is corrected.
The Cost Calculation for a candidate to Spill in the Integrated Register
Allocator(IRA) considers only the SESE regions.
The Cost Calculation in the IRA should consider the SEME regions into
consideration for spi
On 22/06/15 12:56, Richard Biener wrote:
I plan to release GCC 5.2.0 around July 10th which means a release
candidate being done around July 3rd.
Please check your open regression bugs for ones that eligible for
backporting. Also please help getting the P1 bug count to zero
(there is still the
All:
The Cost Calculation for a candidate to Spill in the Integrated Register
Allocator(IRA) considers only the SESE regions.
The Cost Calculation in the IRA should consider the SEME regions into consider
for spilling decisions.
The Cost associated with the path that has un-matured exists shou
Abe wrote:
Hi, pleased to meet you :)
As some of you already know, at SARC we are working on a new "if converter" to
help convert
simple "if"-based blocks of code that appear inside loops into an
autovectorizer-friendly form
that closely resembles the C ternary operator ["c ? x : y"]. G
All:
Single Entry and Multiple Exits disables traditional Loop optimization. The
presence of short circuit also makes the CFG as
Single Entry and Multiple Exits. The transformation from SEME(Single Entry and
Multiple Exits) to SESE( Single Entry and
Single Exits enables many Loop Optimizations.
Hello All,
Imagine that someone (e.g. a distribution packager) wants to have
several versions of gccjit like he does have several versions of
gcc. Concretely, GCC 5.2 with GCC 6.1
I would believe that the --program-suffix argument of /configure would be
useful.
So he/she would compile GCC 5
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