def test_hours_listing():
hours_listing = read_hours_listing()
today = date.today()
# Make sure that calling functions doesn't cause exceptions, now or in the
# future
for i in range(100):
hours_listing.hours_on_date(today + timedelta(days=i))
hours_listing.hours_on_date(today - timedelta(days=i + 1))
# Try every 10 minute interval on each day
for j in range(timedelta(days=1) // timedelta(minutes=10)):
fake_now = datetime.combine(
today + timedelta(days=i),
time(),
) + j * timedelta(minutes=10)
hours_listing.is_open(when=fake_now)
hours_listing.time_to_open(when=fake_now)
hours_listing.time_to_close(when=fake_now)
def get_hours_listing() -> HoursListing:
return read_hours_listing()
def test_is_open(now, expected_open, mock_hours_yaml, mock_now):
assert read_hours_listing().is_open(now) == expected_open
def test_hours_on_date(now, expected_hours, mock_hours_yaml, mock_now):
assert read_hours_listing().hours_on_date(now) == expected_hours
def test_idempotence(mock_hours_yaml):
hours_listing = read_hours_listing()
assert hours_listing == HoursListing(**vars(hours_listing))
def test_time_to_close_now(mock_hours_yaml, mock_now):
hours_listing = read_hours_listing()
assert hours_listing.time_to_open() == timedelta()
assert hours_listing.time_to_close() == datetime(2015, 8, 22,
18) - FAKE_NOW
def test_time_to_close(now, expected_next_close, mock_hours_yaml):
hours_listing = read_hours_listing()
assert hours_listing.time_to_close(now) == expected_next_close - now
assert hours_listing.time_to_open(now) == timedelta()
def get_hours_listing():
return read_hours_listing()