def test_manual_ps_ranges(self):
first_manual_ps = ps_data.get_manual_ps_events(
start=utc_datetime(2006, 9, 25)).next()
self.assertStartsAt(first_manual_ps, utc_datetime(2006, 9, 25, 17, 0))
second_manual_ps = ps_data.get_manual_ps_events(
start=utc_datetime(2006, 9, 26)).next()
self.assertStartsAt(second_manual_ps, utc_datetime(2007, 2, 1, 18, 0))
def test_events_construct(self):
manual_events = list(ps_data.get_manual_ps_events())
next_year = datetime.utcnow().replace(tzinfo=pytz.UTC) + timedelta(weeks=52)
end = max(next_year, manual_events[-1].end_dt)
all_events = list(ps_data.events(end=end))
# As there's no __eq__ for PSEvent yet
manual_start_dts = [e.start_dt for e in manual_events]
all_start_dts = [e.start_dt for e in all_events]
assert set(all_start_dts) > set(manual_start_dts)
def test_events_construct(self):
manual_events = list(ps_data.get_manual_ps_events())
next_year = datetime.utcnow().replace(tzinfo=pytz.UTC) + timedelta(
weeks=52)
# Add a minute to the last manual_event because events uses <
end = max(next_year, manual_events[-1].end_dt + timedelta(minutes=1))
all_events = list(ps_data.events(end=end))
# As there's no __eq__ for PSEvent yet
manual_start_dts = [e.start_dt for e in manual_events]
all_start_dts = [e.start_dt for e in all_events]
assert set(all_start_dts) > set(manual_start_dts)
def test_manual_ps_ranges(self):
first_manual_ps = ps_data.get_manual_ps_events(start=utc_datetime(2006, 9, 25)).next()
self.assertStartsAt(first_manual_ps, utc_datetime(2006, 9, 25, 17, 0))
second_manual_ps = ps_data.get_manual_ps_events(start=utc_datetime(2006, 9, 26)).next()
self.assertStartsAt(second_manual_ps, utc_datetime(2007, 2, 1, 18, 0))
