def test_schedule_daily_uses_current_time_by_default():
timeline = Timeline()
timeline.schedule_checks([DummyCheck([
TimelineRule(1, 'day', None)
])])
next_run = timeline.scheduler.jobs[0].next_run
assert next_run.hour == 12
assert next_run.minute == 34
def test_schedule_daily_with_time():
timeline = Timeline()
timeline.schedule_checks([DummyCheck([
TimelineRule(1, 'day', '12:34')
])])
next_run = timeline.scheduler.jobs[0].next_run
assert next_run.hour == 12
assert next_run.minute == 34
def test_invalid_unit():
with pytest.raises(ConfigurationError):
Timeline.parse_check({
'name': 'x',
'schedule': {
'every': 2,
'unit': 'olympics'
},
})
def test_sample_schedule():
rule = Timeline.parse_check(
{'schedule': {
'every': 1,
'unit': 'week',
'at': '07:40',
}})
assert rule == [TimelineRule(interval=1, unit='week', at='07:40')]
def test_invalid_time():
with pytest.raises(ConfigurationError):
print(Timeline.parse_check({
'name': 'x',
'schedule': {
'every': 'day',
'at': 'noon',
},
}))
def test_invalid_every():
with pytest.raises(ConfigurationError):
print(Timeline.parse_check({
'name': 'x',
'schedule': {
'every': 'single', # every must be integer
'unit': 'minute',
},
}))
def test_invalid_schedule():
with pytest.raises(ConfigurationError):
Timeline.parse_check({
'name': 'x',
'schedule': 'daily',
})
def test_empty_period():
rule = Timeline.parse_check({'name': 'x'})
assert rule == [TimelineRule(interval=300, unit='seconds', at=None)]
def test_period_parse():
rule = Timeline.parse_check({'period': '1 hour'})
assert rule == [TimelineRule(interval=3600, unit='seconds', at=None)]
