On Sat, Sep 17, 2022 at 9:33 PM Mikael Morin wrote:
>
> Le 17/09/2022 à 19:03, Thomas Koenig via Fortran a écrit :
> >
> > Hi Mikael,
> >
> >> This adds support for clobbering of partial variable references, when
> >> they are passed as actual argument and the associated dummy has the
> >> INTENT(
On 17 September 2022 21:50:20 CEST, Mikael Morin wrote:
>Le 17/09/2022 à 21:33, Mikael Morin a écrit :
>> The testcase from the patch was not specifically checking lack of
>> side-effect clobbers, so I have double-checked with the following testcase,
>> which should lift your concerns.
>>
>The
Le 17/09/2022 à 21:33, Mikael Morin a écrit :
The testcase from the patch was not specifically checking lack of
side-effect clobbers, so I have double-checked with the following
testcase, which should lift your concerns.
The dump matches didn’t fail as expected with patch 2/10 reversed.
This
On 17 September 2022 21:33:22 CEST, Mikael Morin wrote:
>Le 17/09/2022 à 19:03, Thomas Koenig via Fortran a écrit :
>>
>> Hi Mikael,
>>
>>> This adds support for clobbering of partial variable references, when
>>> they are passed as actual argument and the associated dummy has the
>>> INTENT(OUT
Le 17/09/2022 à 19:03, Thomas Koenig via Fortran a écrit :
Hi Mikael,
This adds support for clobbering of partial variable references, when
they are passed as actual argument and the associated dummy has the
INTENT(OUT) attribute.
Support includes array elements, derived type component referen
Hi Mikael,
This adds support for clobbering of partial variable references, when
they are passed as actual argument and the associated dummy has the
INTENT(OUT) attribute.
Support includes array elements, derived type component references,
and complex real or imaginary parts.
This is done by
Le 04/09/2022 à 18:30, FX via Fortran a écrit :
Hi,
The IEEE_MODES_TYPE type and the two functions that get and set it were added
in Fortran 2018. They can be implemented using the already existing
target-specific functions. A future optimization could, on some targets,
set/get all modes th
Le 02/09/2022 à 13:37, FX via Fortran a écrit :
Hi,
These operations were added to Fortran 2018, and correspond to well-defined
IEEE comparison operations, with defined signaling semantics for NaNs. All are
implemented in terms of GCC expressions and built-ins, with no library support
needed.
