def test_enable_and_disable(self):
sched = BGSched()
assert sched.active
sched.disable("crusher")
assert not sched.active
sched.enable("crusher")
assert sched.active
def __init__(self, *args, **kwargs):
BGSched.__init__(self, *args, **kwargs)
self.get_current_time = ComponentProxy("event-manager").get_current_time
self.COMP_QUEUE_MANAGER = "cluster-queue-manager"
self.COMP_SYSTEM = "cluster-system"
self.queues = Cobalt.Components.bgsched.QueueDict(self.COMP_QUEUE_MANAGER)
self.jobs = Cobalt.Components.bgsched.JobDict(self.COMP_QUEUE_MANAGER)
self.running_job_walltime_prediction = False
def __init__(self, *args, **kwargs):
BGSched.__init__(self, *args, **kwargs)
self.get_current_time = ComponentProxy("event-manager").get_current_time
self.COMP_QUEUE_MANAGER = "cluster-queue-manager"
self.COMP_SYSTEM = "cluster-system"
self.queues = Cobalt.Components.bgsched.QueueDict(self.COMP_QUEUE_MANAGER)
self.jobs = Cobalt.Components.bgsched.JobDict(self.COMP_QUEUE_MANAGER)
self.running_job_walltime_prediction = False
def __init__(self, *args, **kwargs):
BGSched.__init__(self, *args, **kwargs)
self.get_current_time = ComponentProxy("event-manager").get_current_time
predict_scheme = kwargs.get("predict", False)
if predict_scheme:
self.running_job_walltime_prediction = bool(int(predict_scheme[2]))
else:
self.running_job_walltime_prediction = False
def __init__(self, *args, **kwargs):
BGSched.__init__(self, *args, **kwargs)
self.get_current_time = ComponentProxy("event-manager").get_current_time
predict_scheme = kwargs.get("predict", False)
if predict_scheme:
self.running_job_walltime_prediction = bool(int(predict_scheme[2]))
else:
self.running_job_walltime_prediction = False
def test_setstate_(self):
sched = BGSched()
assert sched.active
res = Reservation({'name':"mine", 'start':0, 'duration':0})
sched.__setstate__({'reservations':res, 'active':False})
assert not sched.active
sched.__setstate__({'reservations':res})
assert sched.active
def test_start_job(self):
sched = BGSched()
part = Partition({'name':"mine"})
j = bgsched.Job({'jobid':1234})
try:
sched._start_job(j, part)
except ComponentLookupError:
pass
cqm = QueueManager()
sched._start_job(j, part)
assert sched.assigned_partitions[part.name] < time.time()
assert sched.started_jobs[j.jobid] < time.time()
def test_prioritycmp(self):
sched = BGSched()
q1 = Queue({'priority':2})
#prioriy is the same for both queues
sched.queues['queue1'] = q1
sched.queues['queue2'] = q1
j1 = bgsched.Job({'queue':"queue1"})
j2 = bgsched.Job({'queue':"queue2"})
assert sched.prioritycmp(j1, j2) == 0
q1 = Queue({'priority':2})
q2 = Queue({'priority':3})
sched.queues['queue1'] = q1
sched.queues['queue2'] = q2
assert sched.prioritycmp(j1, j2) > 0
def test_sync_data(self): #|finish|
sched = BGSched()
sched.sync_data()
def test_check_reservations(self): #|finish|
sched = BGSched()
#if 'cycle' is not None
r1 = Reservation({'name':"mine", 'start':100, 'duration':10, 'cycle':"50", 'partitions':"ANL-R00-1024"})
sched.reservations['res1'] = r1
r2 = Reservation({'name':"mine", 'start':100, 'duration':20, 'cycle':"50", 'partitions':"ANL-R01-1024"})
sched.reservations['res2'] = r2
p1 = Partition({'children':"blah", 'parents':"some", 'name':"mine"})
sched.partitions['ANL-R00-1024'] = p1
p2 = Partition({'children':"ANL-R01-1024", 'parents':"other", 'name':"mine"})
sched.partitions['ANL-R01-1024'] = p2
sched.check_reservations()
#if 'cycle' is None
r1 = Reservation({'name':"mine", 'start':100, 'duration':10, 'cycle':None, 'partitions':"ANL-R00-1024"})
sched.reservations['res1'] = r1
r2 = Reservation({'name':"mine", 'start':100, 'duration':10, 'cycle':None, 'partitions':"ANL-R01-1024"})
sched.reservations['res2'] = r2
sched.check_reservations()
def test_fifocmp(self):
sched = BGSched()
#job1.queue == job2.queue:
#test job1.nodes > job2 .nodes
q1 = Queue({'policy':"largest-first"})
sched.queues['queue1'] = q1
j1 = bgsched.Job({'queue':"queue1", 'jobid':1234, 'index':2, 'nodes':8, 'walltime':8})
j2 = bgsched.Job({'queue':"queue1", 'jobid':1234, 'index':2, 'nodes':4, 'walltime':4})
assert sched.fifocmp(j1, j2) < 0
#test job1.nodes < job2.nodes
q1 = Queue({'policy':"smallest-first"})
sched.queues['queue1'] = q1
j1 = bgsched.Job({'queue':"queue1", 'jobid':1234, 'index':2, 'nodes':1, 'walltime':8})
assert sched.fifocmp(j1, j2) < 0
#test job1.walltime > job2.walltime
q1 = Queue({'policy':"longest-first"})
sched.queues['queue1'] = q1
assert sched.fifocmp(j1, j2) < 0
#test job1.walltime < job2.walltime
q1 = Queue({'policy':"shortest-first"})
sched.queues['queue1'] = q1
j1 = bgsched.Job({'queue':"queue1", 'jobid':1234, 'index':2, 'nodes':1, 'walltime':1})
assert sched.fifocmp(j1, j2) < 0
#test nested else
j1 = bgsched.Job({'queue':"queue1", 'jobid':1234, 'index':2, 'nodes':4, 'walltime':4})
assert sched.fifocmp(j1, j2) == 0 #return index comparison test
#job1.queue != job2.queue
j1 = bgsched.Job({'queue':"queue1", 'jobid':1234, 'index':2, 'nodes':8, 'walltime':8})
j2 = bgsched.Job({'queue':"diff", 'jobid':1234, 'index':2, 'nodes':4, 'walltime':4})
assert sched.fifocmp(j1, j2) == 0 #return index comparison test
def test_get_sched_info(self):
sched = BGSched()
assert sched.get_sched_info() == {}
sched.sched_info = {'im':"a", 'broken':"bgsched"}
assert sched.get_sched_info() == {'im':"a", 'broken':"bgsched"}
def test_get_state(self):
sched = BGSched()
assert sched.__getstate__()['reservations'] == sched.reservations
assert sched.__getstate__()['version'] == 1
assert sched.__getstate__()['active'] == sched.active