def test_event_not_triggered_twice(self, fakedevice, fakeproduct):
""" Make sure that a device field trigger only fires once """
with patch_sender() as fake_client:
trigger_scheduled_events()
assert fake_client.as_device.call_count == 1
trigger_scheduled_events()
assert fake_client.as_device.call_count == 1
def test_event_triggered_from_device_field(self, fakedevice, fakeproduct):
""" Make sure that a condition which depends on a device field, in this
case `online`, triggers event defs. """
with patch_sender() as fake_client:
trigger_scheduled_events()
assert fake_client.as_device.called == True
def test_periodic(self, time, expect_call):
""" test some combinations of periodic tiggers"""
with patch_sender() as fake_client:
with freeze_time(time):
trigger_scheduled_events()
assert fake_client.as_device.called == expect_call
def test_periodic_conditions(self, temp, expect_call, fakedevice,
fakeproduct):
""" test some periodic conditions with additional context requirements """
context = {"temp": temp, "ts": datetime(2020, 1, 1, 2, 0, 0)}
add_periodic_datums(context, fakedevice, fakeproduct)
with patch_sender() as fake_client:
with freeze_time("2020-01-01T02:00:00Z"):
trigger_scheduled_events()
assert fake_client.as_device.called == expect_call
def test_redis_functionality(self):
with patch_sender() as fake_client:
with freeze_time("2020-01-01T02:00:00Z"):
trigger_scheduled_events()
assert fake_client.as_device.called == True
# Now try again, redis should have saved the evaluation time, so it
# shouldn't run it again.
with patch_sender() as fake_client:
with freeze_time("2020-01-01T02:05:00Z"):
trigger_scheduled_events()
# The condition has been evaluated since the time was greater than the
# condition time, don't reevaluate.
assert fake_client.as_device.called == False
def test_redis_time_day_functionality(self, fakedevice, fakeproduct):
""" Make sure that time and day triggers are working correctly."""
# First test an event definition: time==3600&&day==1
# If this is evaluated on day one before 3600 it should be false
# If this is then evaluated on day one after 3600 it should be true
# (even though the day is the same as the last evaluation)
with patch_sender() as fake_client:
with freeze_time("2019-12-31T00:30:00Z"):
trigger_scheduled_events()
assert fake_client.as_device.called == False
with patch_sender() as fake_client:
with freeze_time("2019-12-31T01:30:00Z"):
trigger_scheduled_events()
# Should be true since this was last evaluated before the time matched.
assert fake_client.as_device.called == True
def test_redis_day_functionality(self, fakedevice, fakeproduct):
""" Need to confirm exactly what this should do."""
with patch_sender() as fake_client:
with freeze_time("2019-12-30T23:30:00Z"):
trigger_scheduled_events()
# day == 0. So this should be false.
assert fake_client.as_device.called == False
# day == 1. So this should be True
with patch_sender() as fake_client:
with freeze_time("2019-12-31T00:30:00Z"):
trigger_scheduled_events()
assert fake_client.as_device.called == True
with patch_sender() as fake_client:
with freeze_time("2019-12-31T01:30:00Z"):
trigger_scheduled_events()
# Last time the condition was evaluated it was true so don't fire again
assert fake_client.as_device.called == False