def test_scheduler_unschedule():
event = Event()
scheduler = Scheduler()
scheduler.schedule(event, 6)
scheduler.schedule(Event(), 5)
scheduler.schedule(Event(), 7)
scheduler.unschedule(event)
for priority, scheduled_event in scheduler.priority_queue._queue:
assert scheduled_event is not event
class TestScheduler(unittest.TestCase):
def setUp(self):
self.s = Scheduler()
def test_schedule(self):
schedules = self.s.schedule([{
"department": "ART",
"course_number": 210
}, {
"department": "GEOL",
"course_number": 102
}])
def test_scheduler_tick_multiple_events():
executed_events = set()
scheduler = Scheduler()
scheduler.schedule(TrackedEvent("event one", executed_events), 1)
scheduler.schedule(TrackedEvent("event two", executed_events), 2)
scheduler.schedule(TrackedEvent("event three", executed_events), 2)
scheduler.schedule(TrackedEvent("event four", executed_events), 3)
scheduler.tick()
assert len(scheduler.priority_queue._queue) == 3
assert executed_events == {"event one"}
scheduler.tick()
assert len(scheduler.priority_queue._queue) == 2
assert executed_events == {"event one", "event two"}
scheduler.tick()
assert len(scheduler.priority_queue._queue) == 1
assert executed_events == {"event one", "event two", "event three"}
scheduler.tick()
assert len(scheduler.priority_queue._queue) == 0
assert executed_events == {
"event one", "event two", "event three", "event four"
}
def test_scheduler_tick():
scheduler = Scheduler()
scheduler.schedule(TrackedEvent("event one", set()), 1)
latest_event = scheduler.tick()
assert latest_event.id == "event one"
def test_scheduler_schedule():
scheduler = Scheduler()
scheduler.schedule(Event(), 5)
assert len(scheduler.priority_queue._queue) == 1