Le 03/11/2022 à 23:03, Harald Anlauf a écrit :
Am 03.11.22 um 11:06 schrieb Mikael Morin:
Le 02/11/2022 à 22:19, Harald Anlauf via Fortran a écrit :
I do see what needs to be done in gfc_get_function_type, which seems
in fact very simple. But I get really lost in create_function_arglist
when t
Am 03.11.22 um 11:06 schrieb Mikael Morin:
Le 02/11/2022 à 22:19, Harald Anlauf via Fortran a écrit :
Am 02.11.22 um 18:20 schrieb Mikael Morin:
Unfortunately no, the coarray case works, but the other problem remains.
The type problem is not visible in the definition of S, it is in the
declarat
Le 02/11/2022 à 22:19, Harald Anlauf via Fortran a écrit :
Am 02.11.22 um 18:20 schrieb Mikael Morin:
Unfortunately no, the coarray case works, but the other problem remains.
The type problem is not visible in the definition of S, it is in the
declaration of S's prototype in P.
S is defined a
Am 02.11.22 um 18:20 schrieb Mikael Morin:
Unfortunately no, the coarray case works, but the other problem remains.
The type problem is not visible in the definition of S, it is in the
declaration of S's prototype in P.
S is defined as:
void s (character(kind=1)[1:_c] & restrict c, integer(kind
Le 31/10/2022 à 21:29, Harald Anlauf via Fortran a écrit :
Hi Mikael,
thanks a lot, your testcases broke my initial (and incorrect) patch
in multiple ways. I understand now that the right solution is much
simpler and smaller.
I've added your testcases, see attached, with a simple scan of the
d
Hi Mikael,
thanks a lot, your testcases broke my initial (and incorrect) patch
in multiple ways. I understand now that the right solution is much
simpler and smaller.
I've added your testcases, see attached, with a simple scan of the
dump for the generated order of hidden arguments in the funct
