def test_satisfy_xclock_satisfied_xclock():
"""Test satisfy_xclock for a satisfied clock trigger."""
xtrigger_mgr = XtriggerManager(suite="sample_suite", user="******")
# the clock xtrigger
xtrig = SubFuncContext(label="wall_clock",
func_name="wall_clock",
func_args=[],
func_kwargs={})
xtrig.out = "[\"True\", \"1\"]"
xtrigger_mgr.add_clock("wall_clock", xtrig)
# create a task
tdef = TaskDef(name="foo",
rtcfg=None,
run_mode="live",
start_point=1,
spawn_ahead=False)
tdef.xclock_label = "wall_clock"
# cycle point for task proxy
init()
start_point = ISO8601Point('20000101T0000+05')
# create task proxy
itask = TaskProxy(tdef=tdef, start_point=start_point)
itask.state.xclock = "wall_clock", True # satisfied?
# we are defining in the state of the TaskProxy. that its xclock trigger
# has been satisfied, without actually adding it to the right dict.
assert not xtrigger_mgr.sat_xclock
xtrigger_mgr.satisfy_xclock(itask)
# as it was already satisfied, the function should return immediately,
# without touching sat_xclock, therefore, it must remain empty
assert not xtrigger_mgr.sat_xclock
def test_satisfy_xclock_unsatisfied_xclock():
"""Test satisfy_xclock for an unsatisfied clock trigger."""
xtrigger_mgr = XtriggerManager(suite="sample_suite", user="******")
# the clock xtrigger
xtrig = SubFuncContext(label="wall_clock",
func_name="wall_clock",
func_args=[],
func_kwargs={})
xtrig.out = "[\"True\", \"1\"]"
xtrigger_mgr.add_clock("wall_clock", xtrig)
# create a task
tdef = TaskDef(name="foo",
rtcfg=None,
run_mode="live",
start_point=1,
spawn_ahead=False)
tdef.xclock_label = "wall_clock"
# cycle point for task proxy
init()
start_point = ISO8601Point('20000101T0000+05')
# create task proxy
itask = TaskProxy(tdef=tdef, start_point=start_point)
itask.state.xclock = "wall_clock", False # satisfied?
# we are defining in the state of the TaskProxy. that its xclock trigger
# has **not** been satisfied.
assert not xtrigger_mgr.sat_xclock
xtrigger_mgr.satisfy_xclock(itask)
# as it was satisfied by the satisfy_clock function, we must have its
# signature in the dict. NB the signature is not the same as
# get_signature(), as it is actually the signature for that moment
# when it was satisfied.
assert xtrigger_mgr.sat_xclock
def test_housekeeping_with_xclock_satisfied():
"""The housekeeping method makes sure only satisfied xclock function
are kept."""
xtrigger_mgr = XtriggerManager(suite="sample_suite", user="******")
# the clock xtrigger
xtrig = SubFuncContext(label="wall_clock",
func_name="wall_clock",
func_args=[],
func_kwargs={})
xtrig.out = "[\"True\", \"1\"]"
xtrigger_mgr.add_clock("wall_clock", xtrig)
# create a task
tdef = TaskDef(name="foo",
rtcfg=None,
run_mode="live",
start_point=1,
spawn_ahead=False)
tdef.xclock_label = "wall_clock"
# cycle point for task proxy
# TODO: we need to call init, before we can use ISO8601 points in Cylc,
# why?
init()
start_point = ISO8601Point('20000101T0000+05')
# create task proxy
itask = TaskProxy(tdef=tdef, start_point=start_point)
itask.state.xclock = "wall_clock", False # satisfied?
# satisfy xclock
xtrigger_mgr.satisfy_xclock(itask)
# tally
xtrigger_mgr.collate([itask])
assert xtrigger_mgr.sat_xclock
xtrigger_mgr.housekeep()
# here we still have the same number as before
assert xtrigger_mgr.sat_xclock
