def _calc():
stats = {}
if day_from is not None and day_to is not None:
# fill in gaps
for day in util.daterange(day_from,day_to):
stats[day] = dict(total=0,done=0,help=0)
# TODO: do the work in the database.
q = session.query(cast(Article.pubdate,Date), Article)
if day_from is not None:
q = q.filter(cast(Article.pubdate, Date) >= day_from)
if day_to is not None:
q = q.filter(cast(Article.pubdate, Date) <= day_to)
for day,art in q:
if day not in stats:
stats[day] = dict(total=0,done=0,help=0)
stats[day]['total'] += 1
if not art.needs_sourcing:
stats[day]['done'] += 1
stats = sorted([(day,row) for day,row in stats.iteritems()], key=lambda x: x[0], reverse=True )
return [DailyStats(x[0], x[1]['total'], x[1]['done']) for x in stats]
def users_daily(self):
if self._dailyUniques or not self._logs:
return self._dailyUniques
for dt in util.daterange(self._logs[0][self.IDX_DATE],
self._logs[-1][self.IDX_DATE]):
self._dailyUniques.update({dt.strftime(self.D_FORMAT): 0})
for l in self._logs:
dailyCount = self._dailyUniques[l[self.IDX_DATE].strftime(self.D_FORMAT)]
self._dailyUniques.update({l[self.IDX_DATE].strftime(self.D_FORMAT): dailyCount + 1})
return self._dailyUniques
def generateUntil(self, endDay, minStartTime=None):
""" Generate rides for all days from max(minStartDay, lastGeneratedDay) until endDay. """
assert not (self.lastGeneratedDay is None
and minStartTime is None), "Need some starting point."
if self.lastGeneratedDay is None:
startDay = minStartTime.date()
else:
startDay = max(minStartTime.date(),
self.lastGeneratedDay + timedelta(1))
for day in daterange(startDay, endDay):
self.generateDay(day, minStartTime)
self.lastGeneratedDay = day
def plottingDataSeries(request, project_id):
traffic = []
subscriptions = []
date_range = util.get_reporting_dates(request)
start = date_range['start']
end = date_range['end']
for single_date in util.daterange(start, end):
traffic.append([util.unix_time_millis(single_date),random.randint(50, 150)])
subscriptions.append([util.unix_time_millis(single_date),random.randint(0, 2)])
data = [{"name": "data1", "data": get_google_stats(project_id, start, end)},
{"name": "data2", "data": get_conversions(project_id, start, end)},
{"name": "data3", "data": get_campaigns(project_id, start, end)},
# {"name": "data4", "data": get_subscriptions(project_id)}]
{"name": "data4", "data": subscriptions}]
return HttpResponse(json.dumps(data), content_type='application/json')
def __init__(self):
'''generate_Y data as the following format
feature[uid][T] is a list of features for user uid at time T
the feature shoule be additive
we remove register-only student from the dataset
'''
self.feature = {}
self.feature_num = 0
with open(COURSE_INFO_DIR) as f:
courses = json.load(f)
self.getUser()
self.start = util.parseDate(courses[self.course]['start'])
self.end = util.parseDate(courses[self.course]['end'])
for uid in self.feature:
for single_date in util.daterange(self.start, self.end):
self.feature[uid][single_date] = []
logger.info('course: %s user: %d start: %s end: %s', self.course,
len(self.feature), self.start.isoformat(),
self.end.isoformat())
def __init__(self, course, configFile):
'''generate_Y data as the following format
feature[uid][T] is a list of features for user uid at time T
the feature shoule be additive
we remove register-only student from the dataset
'''
self.course = course
self.config = Config(course, configFile)
self.feature = {}
self.feature_num = 0
self.path = self.config.getJsonDir()
self.getUser()
self.start = self.config.getStart()
self.end = self.config.getEnd()
for uid in self.feature:
for single_date in util.daterange(self.start, self.end):
self.feature[uid][single_date] = []
logger.info('course: %s user: %d start: %s end: %s', self.course,
len(self.feature), self.start.isoformat(),
self.end.isoformat())
for which to look for satisfying taxicab trips.')
args = parser.parse_args()
start_date = args.start_date
end_date = args.end_date
coord_type = args.coord_type
distance = args.distance
if coord_type == 'pickups':
coord_types = ['pickups']
elif coord_type == 'dropoffs':
coord_types = ['dropoffs']
elif coord_type == 'both':
coord_types = ['pickups', 'dropoffs']
start_date, end_date = date(*start_date), date(*end_date)
fname = '_'.join([coord_type, str(distance), str(start_date), str(end_date)]) + '.csv'
with open(os.path.join(output_path, fname), 'w') as to_write:
writer = csv.writer(to_write)
for day_idx, date in enumerate(daterange(start_date, end_date)):
print('\n*** Date:', date, '***\n')
current_fname = '_'.join(['_'.join(coord_types), str(distance), str(date)]) + '.csv'
with open(os.path.join(output_path, current_fname), 'r') as to_read:
reader = csv.reader(to_read)
for row in reader:
if len(row) != 0:
writer.writerow([date] + row)