def add_calendar(self, attrs):
service_id = attrs['FootnoteId']
first = attrs['Firstdate']
first_date = get_date(first)
vector = attrs['Vector']
if not len(vector):
null = ["0",] * 7
empty_date = first.replace("-", "")
self._store_data("all", "calendar", [service_id,] + null +
[empty_date, empty_date])
return
end_date = first_date + timedelta(days=len(vector))
days = to_ints(list(vector))
overlaps = true_for_all(days)
sub = true_for_some(days)
week_overlaps = true_for_weeks(overlaps, first_date)[:7]
fd = str(first_date).replace("-", "")
ed = str(end_date).replace("-", "")
self._store_data("all", "calendar", [service_id,] + map(str, week_overlaps) +
[fd, ed])
# add irregular dates
for d in get_dates(sub, first_date):
self._store_data("all", "calendar_dates", [service_id, str(d).replace("-", ""), '1'])
def add_calendar(self, attrs):
service_id = attrs['FootnoteId']
first = attrs['Firstdate']
first_date = get_date(first)
vector = attrs['Vector']
if not len(vector):
null = [
"0",
] * 7
empty_date = first.replace("-", "")
self._store_data("all", "calendar", [
service_id,
] + null + [empty_date, empty_date])
return
end_date = first_date + timedelta(days=len(vector))
days = to_ints(list(vector))
overlaps = true_for_all(days)
sub = true_for_some(days)
week_overlaps = true_for_weeks(overlaps, first_date)[:7]
fd = str(first_date).replace("-", "")
ed = str(end_date).replace("-", "")
self._store_data("all", "calendar", [
service_id,
] + map(str, week_overlaps) + [fd, ed])
# add irregular dates
for d in get_dates(sub, first_date):
self._store_data(
"all", "calendar_dates",
[service_id, str(d).replace("-", ""), '1'])
def test_to_ints(self):
self.assertEqual(to_ints(list('101')), [1, 0, 1])
def test_to_ints(self):
self.assertEqual(to_ints(list('101')), [1, 0, 1])