meson/test cases/fortran/13 coarray/meson.build

project('Fortran coarray', 'fortran',
  meson_version: '>=0.50')

fc = meson.get_compiler('fortran')

if ['pgi', 'flang'].contains(fc.get_id())
  error('MESON_SKIP_TEST: At least through PGI 19.10 and Flang 7.1 do not support Fortran Coarrays.')
endif

# coarray is required because single-image fallback is an intrinsic feature
coarray = dependency('coarray')

# check coarray, because user might not have all the library stack installed correctly
# for example, conflicting library/compiler versions on PATH
# this has to invoke a run of "sync all" to verify the MPI stack is functioning,
# particularly for dynamic linking
if fc.run('sync all; end', dependencies: coarray, name: 'Coarray link & run').returncode() != 0
  error('MESON_SKIP_TEST: coarray stack (including MPI) did not link correctly so that a simple test could run.')
endif

exe = executable('hello', 'main.f90',
  dependencies : coarray)

test('Coarray hello world', exe, timeout: 10)
intel windows coarray args 2019-06-21 13:24:54 +08:00			`project('Fortran coarray', 'fortran',`
			`meson_version: '>=0.50')`
Fortran 2008/2018 Coarray support 2019-02-14 03:09:18 +08:00
Flang and PGI don't yet support coarray 2019-07-29 13:00:04 +08:00			`fc = meson.get_compiler('fortran')`

ci: add timeout to coarray test 2019-11-17 14:37:26 +08:00			`if ['pgi', 'flang'].contains(fc.get_id())`
			`error('MESON_SKIP_TEST: At least through PGI 19.10 and Flang 7.1 do not support Fortran Coarrays.')`
Flang and PGI don't yet support coarray 2019-07-29 13:00:04 +08:00			`endif`

Fortran 2008/2018 Coarray support 2019-02-14 03:09:18 +08:00			`# coarray is required because single-image fallback is an intrinsic feature`
Intel-Cl tests: increase robustness of Windows Intel compilers detection (#5828) * intel-cl tests: more rigorous detection of intent to use Intel Windows compilers * fortran coarray test: make skipping more robust in that underlying MPI stack is .run() This is useful for any Fortran coarray work, and especially for intel-cl where multiple Intel compiler versions are often installed, and the wrong underlying MPI library may be dynamically linked, and so a runtime check is needed to exercise the MPI stack underlying Fortran coarray. This is done by fc.run('sync all; end', dependencies: coarray) * pep8 2019-08-24 07:33:54 +08:00			`coarray = dependency('coarray')`

			`# check coarray, because user might not have all the library stack installed correctly`
			`# for example, conflicting library/compiler versions on PATH`
			`# this has to invoke a run of "sync all" to verify the MPI stack is functioning,`
			`# particularly for dynamic linking`
ci: add timeout to coarray test 2019-11-17 14:37:26 +08:00			`if fc.run('sync all; end', dependencies: coarray, name: 'Coarray link & run').returncode() != 0`
ci: improve robustness * netcf * hdf5 * scalapack * coarray 2019-12-19 13:29:49 +08:00			`error('MESON_SKIP_TEST: coarray stack (including MPI) did not link correctly so that a simple test could run.')`
Intel-Cl tests: increase robustness of Windows Intel compilers detection (#5828) * intel-cl tests: more rigorous detection of intent to use Intel Windows compilers * fortran coarray test: make skipping more robust in that underlying MPI stack is .run() This is useful for any Fortran coarray work, and especially for intel-cl where multiple Intel compiler versions are often installed, and the wrong underlying MPI library may be dynamically linked, and so a runtime check is needed to exercise the MPI stack underlying Fortran coarray. This is done by fc.run('sync all; end', dependencies: coarray) * pep8 2019-08-24 07:33:54 +08:00			`endif`
Fortran 2008/2018 Coarray support 2019-02-14 03:09:18 +08:00
			`exe = executable('hello', 'main.f90',`
			`dependencies : coarray)`

ci: add timeout to coarray test 2019-11-17 14:37:26 +08:00			`test('Coarray hello world', exe, timeout: 10)`