def test_parse_datetime(self):
from tornado_utils import parse_datetime
from tornado_utils import DatetimeParseError
r = parse_datetime('1285041600000')
self.assertEqual(r.year, 2010)
r = parse_datetime('1283140800')
self.assertEqual(r.year, 2010)
r = parse_datetime('1286744467.0')
self.assertEqual(r.year, 2010)
self.assertRaises(DatetimeParseError, parse_datetime, 'junk')
def get(self):
what = self.get_argument('what')
timestamp = self.get_argument('timestamp')
items = []
_days = lambda x: datetime.timedelta(days=x)
if what == 'Questions':
when = parse_datetime(timestamp)
search = {'state': 'PUBLISHED',
'publish_date': {'$gte': when - _days(7),
'$lt': when - _days(0)}}
questions = (self.db.Question.collection
.find(search))
for question in questions:
url = get_question_slug_url(question)
items.append({'url': url,
'text': question['text']})
elif what == 'Contributors':
when = parse_datetime(timestamp)
search = {'state': 'PUBLISHED',
'publish_date': {'$gte': when - _days(7),
'$lt': when - _days(0)}}
questions = (self.db.Question.collection
.find(search))
users = defaultdict(int)
for question in questions:
users[question['author'].id] += 1
as_list = [(c, i) for i, c in users.items()]
as_list.sort()
as_list.reverse()
for count, _id in as_list:
user = self.db.User.one({'_id': _id})
text = "%s (%s)" % (user.username, count)
items.append({'text': text})
else:
raise HTTPError(404, "Invalid argument %r" % what)
self.write_json(dict(items=items))
