CIME.utils.get_full_test_name

CIME.utils.get_full_test_name(partial_test, caseopts=None, grid=None, compset=None, machine=None, compiler=None, testmods_list=None, testmods_string=None)[source]

Given a partial CIME test name, return in form TESTCASE.GRID.COMPSET.MACHINE_COMPILER[.TESTMODS] Use the additional args to fill out the name if needed

Testmods can be provided through one of two arguments, but not both: - testmods_list: a list of one or more testmods (as would be returned by

parse_test_name, for example)

testmods_string: a single string containing one or more testmods; if there is more than one, then they should be separated by a string of two hyphens (’–‘)

For both testmods_list and testmods_string, any slashes as path separators (‘/’) are replaced by hyphens (‘-‘).

>>> get_full_test_name("ERS", grid="ne16_fe16", compset="JGF", machine="melvin", compiler="gnu")
'ERS.ne16_fe16.JGF.melvin_gnu'
>>> get_full_test_name("ERS", caseopts=["D", "P16"], grid="ne16_fe16", compset="JGF", machine="melvin", compiler="gnu")
'ERS_D_P16.ne16_fe16.JGF.melvin_gnu'
>>> get_full_test_name("ERS.ne16_fe16", compset="JGF", machine="melvin", compiler="gnu")
'ERS.ne16_fe16.JGF.melvin_gnu'
>>> get_full_test_name("ERS.ne16_fe16.JGF", machine="melvin", compiler="gnu")
'ERS.ne16_fe16.JGF.melvin_gnu'
>>> get_full_test_name("ERS.ne16_fe16.JGF.melvin_gnu.mods", machine="melvin", compiler="gnu")
'ERS.ne16_fe16.JGF.melvin_gnu.mods'

testmods_list can be a single element: >>> get_full_test_name(“ERS.ne16_fe16.JGF”, machine=”melvin”, compiler=”gnu”, testmods_list=[“mods/test”]) ‘ERS.ne16_fe16.JGF.melvin_gnu.mods-test’

testmods_list can also have multiple elements, separated either by slashes or hyphens: >>> get_full_test_name(“ERS.ne16_fe16.JGF”, machine=”melvin”, compiler=”gnu”, testmods_list=[“mods/test”, “mods2/test2/subdir2”, “mods3/test3/subdir3”]) ‘ERS.ne16_fe16.JGF.melvin_gnu.mods-test–mods2-test2-subdir2–mods3-test3-subdir3’ >>> get_full_test_name(“ERS.ne16_fe16.JGF”, machine=”melvin”, compiler=”gnu”, testmods_list=[“mods-test”, “mods2-test2-subdir2”, “mods3-test3-subdir3”]) ‘ERS.ne16_fe16.JGF.melvin_gnu.mods-test–mods2-test2-subdir2–mods3-test3-subdir3’

The above testmods_list tests should also work with equivalent testmods_string arguments: >>> get_full_test_name(“ERS.ne16_fe16.JGF”, machine=”melvin”, compiler=”gnu”, testmods_string=”mods/test”) ‘ERS.ne16_fe16.JGF.melvin_gnu.mods-test’ >>> get_full_test_name(“ERS.ne16_fe16.JGF”, machine=”melvin”, compiler=”gnu”, testmods_string=”mods/test–mods2/test2/subdir2–mods3/test3/subdir3”) ‘ERS.ne16_fe16.JGF.melvin_gnu.mods-test–mods2-test2-subdir2–mods3-test3-subdir3’ >>> get_full_test_name(“ERS.ne16_fe16.JGF”, machine=”melvin”, compiler=”gnu”, testmods_string=”mods-test–mods2-test2-subdir2–mods3-test3-subdir3”) ‘ERS.ne16_fe16.JGF.melvin_gnu.mods-test–mods2-test2-subdir2–mods3-test3-subdir3’

The following tests the consistency check between the test name and various optional arguments: >>> get_full_test_name(“ERS.ne16_fe16.JGF.melvin_gnu.mods-test–mods2-test2-subdir2–mods3-test3-subdir3”, machine=”melvin”, compiler=”gnu”, testmods_list=[“mods/test”, “mods2/test2/subdir2”, “mods3/test3/subdir3”]) ‘ERS.ne16_fe16.JGF.melvin_gnu.mods-test–mods2-test2-subdir2–mods3-test3-subdir3’