def get_data_by_time(session, start_time, end_time):
#return utils.list_db_objects(session, Temperature, created_at={'ge': str(start_time), 'le': str(end_time)})
return utils.list_db_objects_by_group(session, Temperature,
select=[func.avg(Temperature.temperature).label("avg_temp"),
func.hour(Temperature.created_at).label("hour")],
group_by=func.hour(Temperature.created_at),
created_at={'ge': str(start_time), 'le': str(end_time)})
def get_data_by_time(session, start_time, end_time):
#return utils.list_db_objects(session, Illuminance, created_at={'ge': str(start_time), 'le': str(end_time)})
return utils.list_db_objects_by_group(session, Illuminance,
select=[func.avg(Illuminance.illuminance).label("avg_illuminance"),
func.hour(Illuminance.created_at).label("hour")],
group_by=func.hour(Illuminance.created_at),
created_at={'ge': str(start_time), 'le': str(end_time)})
def get_hourly_single_exchange_volume_in_period_from_db_trades(
tc_db, exchange_name, start_time, end_time):
"""
Get the exchange volume for this exchange in this period from our saved version
of the trade history.
"""
# Watch this query for performance.
results = tc_db.query(
func.hour(EHTrade.timestamp),
func.sum(EHTrade._volume),
)\
.filter(EHTrade.timestamp >= start_time)\
.filter(EHTrade.timestamp < end_time)\
.filter(EHTrade.exchange == exchange_name)\
.group_by(func.hour(EHTrade.timestamp))\
.all()
formatted_results = []
for row in results:
hour = row[0]
timestamp = Delorean(start_time, 'UTC').next_hour(hour).datetime
volume = Money(row[1], 'BTC')
formatted_results.append([
timestamp,
volume,
])
formatted_results = sorted(formatted_results, key=lambda r: r[0])
return formatted_results
def get_data_by_time(session, start_time, end_time):
# return utils.list_db_objects(session, Gas, status=True, created_at={'ge': str(start_time), 'le': str(end_time)})
return utils.list_db_objects_by_group(session, Gas,
select=[func.count(Gas.status).label("cnt"),
func.hour(Gas.created_at).label("hour")],
group_by=func.hour(Gas.created_at),
status=True,
created_at={'ge': str(start_time), 'le': str(end_time)})
def get_data_by_time(session, start_time, end_time, resource_list):
#return utils.list_db_objects(session, Illuminance, created_at={'ge': str(start_time), 'le': str(end_time)})
return utils.list_db_objects_by_group(session, Illuminance,
select=[func.avg(Illuminance.illuminance).label("avg_illuminance"),
func.hour(Illuminance.created_at).label("hour")],
group_by=func.hour(Illuminance.created_at),
created_at={'ge': str(start_time), 'le': str(end_time)},
resource_id={'in': resource_list})
def get_data_by_time(session, start_time, end_time, resource_list):
# return utils.list_db_objects(session, Buzzer, created_at={'ge': str(start_time), 'le': str(end_time)})
return utils.list_db_objects_by_group(session, Buzzer,
select=[func.count(Buzzer.status),
func.hour(Buzzer.created_at)],
group_by=func.hour(Buzzer.created_at),
status=True,
created_at={'ge': str(start_time), 'le': str(end_time)},
resource_id={'in': resource_list})
def hourly_chart(station_id):
"""Return the hourly average bikes available of the station"""
results = db.session \
.query(func.avg(DublinBike.available_bike)) \
.filter(DublinBike.number == station_id) \
.group_by(func.hour(DublinBike.localtime)) \
.order_by(func.hour(DublinBike.localtime)) \
.all()
return jsonify([{
'hour': hour,
'available_bike': float(results[hour][0])
} for hour in range(24)])
def get_data_by_time(session, start_time, end_time):
# return utils.list_db_objects(session, Buzzer, created_at={'ge': str(start_time), 'le': str(end_time)})
return utils.list_db_objects_by_group(
session,
Buzzer,
select=[func.count(Buzzer.status),
func.hour(Buzzer.created_at)],
group_by=func.hour(Buzzer.created_at),
status=True,
created_at={
'ge': str(start_time),
'le': str(end_time)
})
def punchcard(start_date = None, end_date = None):
"""
This gets the information needed to display a punch card style graph
of drink usage.
Arguments:
start_date: the start date to filter results by
end_date: the end date to filter resutls by
Returns:
A list of lists that contains a point for every hour or every weekday.
Index 0: weekday
Index 1: hour of the weekday
Index 2: the amount of drops
Index 3: the percentage of drops used to display the circle
"""
new_results = []
if start_date and end_date:
results = DBSession.query(
func.weekday(DropLog.time),
func.hour(DropLog.time), func.count('*')
).filter(
DropLog.time >= start_date,
DropLog.time <= end_date,
DropLog.username != 'openhouse'
).group_by(
func.weekday(DropLog.time),
func.hour(DropLog.time)
).all()
else:
results = DBSession.query(
func.weekday(DropLog.time),
func.hour(DropLog.time), func.count('*')
).filter(
DropLog.username != 'openhouse'
).group_by(
func.weekday(DropLog.time),
func.hour(DropLog.time)
).all()
biggest = 0
for result in results:
if result[2] > biggest:
biggest = result[2]
divisor = (1.0 * biggest) / 22
for result in results:
new_results.append([result[0], result[1], result[2], result[2] / divisor,
format_date(result[0], result[1])])
return new_results
def get_data_by_time(session, start_time, end_time):
# return utils.list_db_objects(session, Gas, status=True, created_at={'ge': str(start_time), 'le': str(end_time)})
return utils.list_db_objects_by_group(
session,
Gas,
select=[
func.count(Gas.status).label("cnt"),
func.hour(Gas.created_at).label("hour")
],
group_by=func.hour(Gas.created_at),
status=True,
created_at={
'ge': str(start_time),
'le': str(end_time)
})
def get_time_stats(day=True, hour=False):
if not day and not hour:
# This is not a useful query, transform it
day = True
columns = []
if day:
columns.append(func.dayname(Highscore.datetime).label("day"))
if hour:
columns.append(func.hour(Highscore.datetime).label("hour"))
columns.append(func.count().label("num_scores"))
query = db.session.query(*columns) \
.filter(Highscore.datetime) \
if day:
query = query.group_by("day").order_by("day")
if hour:
query = query.group_by("hour").order_by("hour")
output = {}
for row in query.all():
if day and hour:
d = output.get(row.day, {})
d[row.hour] = row.num_scores
output[row.day] = d
elif day:
output[row.day] = row.num_scores
elif hour:
output[row.hour] = row.num_scores
return output
def get_daily_core_fv_series_in_period(db, start_time, end_time):
"""
Get the daily close-close price series in this period from our core fv datums.
NOTE that we use close prices for this series, not open prices like for hourly.
Getting this series for the period [Nov 1st, Nov 4th) will give you three
datapoints.
"""
fundamental_value_series = []
# Getting the absolute last core_fv datum in a series of periods efficiently is
# difficult, so this query gets the first datum in the last five minutes of
# every day.
fv_series = db.query(
Datum.time_created,
Datum.numeric_value,
)\
.filter(Datum.time_created >= start_time)\
.filter(Datum.time_created < end_time)\
.filter(func.hour(Datum.time_created) == 23)\
.filter(func.minute(Datum.time_created) > 55)\
.filter(Datum.datum_type.like('%_CORE_FUNDAMENTAL_VALUE'))\
.group_by(func.date(Datum.time_created))\
.all()
# Do a teeny bit of sanity checking on the data
delta = end_time - start_time
assert (len(fv_series) == delta.days)
fundamental_value_series = convert_datum_series_to_time_series(fv_series)
return fundamental_value_series
def get_hourly_core_fv_series_in_period(db, start_time, end_time):
"""
Get the hourly open-open price series in this period from our core fv datums.
Like most of our periods, this one is inclusive on the left but not the right. So
getting this series for a full day [Nov 1st, Nov 2nd) will give you 24 datapoints,
but getting this series for a day and one minute will likely give you 25.
"""
fundamental_value_series = []
fv_series = db.query(
Datum.time_created,
Datum.numeric_value,
)\
.filter(Datum.time_created >= start_time)\
.filter(Datum.time_created < end_time)\
.filter(Datum.datum_type.like('%_CORE_FUNDAMENTAL_VALUE'))\
.group_by(func.date(Datum.time_created), func.hour(Datum.time_created))\
.all()
# Do a teeny bit of sanity checking. The fanciness here is because timedelta
# doesn't have a .hours method.
delta = end_time - start_time
hours = 24 * delta.days + math.ceil(delta.seconds / 3600.0)
assert (len(fv_series) == hours)
fundamental_value_series = convert_datum_series_to_time_series(fv_series)
return fundamental_value_series
def get_ten_minute_core_fv_series_in_period(db, start_time, end_time):
"""
Get the ten-minute open-price series in this period from our core fv datums.
Like most of our periods, this one is inclusive on the left but not the right. So
getting this series for a full day [Nov 1st, Nov 2nd) will give you 24*6 == 144
datapoints, but getting this series for a day and one minute will likely give you
25.
"""
fundamental_value_series = []
fv_series = db.query(
Datum.time_created,
Datum.numeric_value,
)\
.filter(Datum.time_created >= start_time)\
.filter(Datum.time_created < end_time)\
.filter(Datum.datum_type.like('%_CORE_FUNDAMENTAL_VALUE'))\
.group_by(
func.date(Datum.time_created),
func.hour(Datum.time_created),
func.floor((func.minute(Datum.time_created) / 10))*10
)\
.all()
# Do a teeny bit of sanity checking.
delta = end_time - start_time
ten_minutes = math.floor((delta.days * 86400 + delta.seconds) / 600)
assert (len(fv_series) == ten_minutes)
fundamental_value_series = convert_datum_series_to_time_series(fv_series)
return fundamental_value_series
def get_bikes_for_weekday(cls, dbsession, weekday, station_id):
"""returns a list of bikes for a provided weekday and station.
averaged per hour so 24 results."""
station = [("Time", "Available Bikes", "Available Stands")]
station_data = dbsession.query(func.hour(cls.last_update),
func.avg(cls.available_bikes),
func.avg(cls.available_bike_stands)) \
.filter(cls.station_id == station_id,
func.weekday(cls.last_update) == weekday) \
.group_by(func.hour(cls.last_update)) \
.all()
# this section parses the query return into a readable list.
# from docs:extend() appends the contents of seq to list.
if station_data:
station.extend([(a, float(b), float(c))
for a, b, c in station_data])
else:
station.extend([(0, 0, 0)])
return station
def get_bikes_for_wetday(cls, dbsession, wetdate, station_id):
"""very similar to get_bikes_for_weekday but not the same: date specified is wetdate not weekday.
returns a list of bikes for a provided datetime object (wetdate) and station."""
# averaged per hour so 24 results.
station = [("Time", "Available Bikes", "Available Stands")]
station_data = dbsession.query(
func.hour(cls.last_update),
func.avg(cls.available_bikes),
func.avg(cls.available_bike_stands))\
.filter(cls.station_id == station_id,
func.date(cls.last_update) == wetdate.date())\
.group_by(func.hour(cls.last_update)).all()
# this section parses the query return into a readable list.
# from docs:extend() appends the contents of seq to list.
if station_data:
station.extend([(a, float(b), float(c))
for a, b, c in station_data])
else:
station.extend([(0, 0, 0)])
return station
def apply_get_stats(time_based='hour'):
"""
提现申请统计
:return:
"""
# 按小时统计
if time_based == 'hour':
start_time, end_time = get_current_day_time_ends()
hours = get_hours(False)
hours_zerofill = get_hours()
result = dict(zip(hours, [0] * len(hours)))
rows = db.session \
.query(func.hour(ApplyGet.create_time).label('hour'), func.sum(ApplyGet.money_apply)) \
.filter(ApplyGet.create_time >= time_local_to_utc(start_time),
ApplyGet.create_time <= time_local_to_utc(end_time)) \
.group_by('hour') \
.limit(len(hours)) \
.all()
result.update(dict(rows))
return [(hours_zerofill[i], result[hour])
for i, hour in enumerate(hours)]
# 按日期统计
if time_based == 'date':
start_time, end_time = get_current_month_time_ends()
today = datetime.today()
days = get_days(year=today.year, month=today.month, zerofill=False)
days_zerofill = get_days(year=today.year, month=today.month)
result = dict(zip(days, [0] * len(days)))
rows = db.session \
.query(func.day(ApplyGet.create_time).label('date'), func.sum(ApplyGet.money_apply)) \
.filter(ApplyGet.create_time >= time_local_to_utc(start_time),
ApplyGet.create_time <= time_local_to_utc(end_time)) \
.group_by('date') \
.limit(len(days)) \
.all()
result.update(dict(rows))
return [(days_zerofill[i], result[day]) for i, day in enumerate(days)]
# 按月份统计
if time_based == 'month':
start_time, end_time = get_current_year_time_ends()
months = get_months(False)
months_zerofill = get_months()
result = dict(zip(months, [0] * len(months)))
rows = db.session \
.query(func.month(ApplyGet.create_time).label('month'), func.sum(ApplyGet.money_apply)) \
.filter(ApplyGet.create_time >= time_local_to_utc(start_time),
ApplyGet.create_time <= time_local_to_utc(end_time)) \
.group_by('month') \
.limit(len(months)) \
.all()
result.update(dict(rows))
return [(months_zerofill[i], result[month])
for i, month in enumerate(months)]
def apply_timeseries(self, query, column=Revision.rev_timestamp):
"""
Take a query and slice it up into equal time intervals
Parameters
query : a sql alchemy query
column : defaults to Revision.rev_timestamp, specifies the timestamp
column to use for the timeseries
Returns
The query parameter passed in, with a grouping by the desired time slice
"""
choice = self.timeseries.data
if choice == TimeseriesChoices.NONE:
return query
query = query.add_column(func.year(column))
query = query.group_by(func.year(column))
if choice == TimeseriesChoices.YEAR:
return query
query = query.add_column(func.month(column))
query = query.group_by(func.month(column))
if choice == TimeseriesChoices.MONTH:
return query
query = query.add_column(func.day(column))
query = query.group_by(func.day(column))
if choice == TimeseriesChoices.DAY:
return query
query = query.add_column(func.hour(column))
query = query.group_by(func.hour(column))
if choice == TimeseriesChoices.HOUR:
return query
def apply_timeseries(self, query, rev=Revision):
"""
Take a query and slice it up into equal time intervals
Parameters
query : a sql alchemy query
rev : defaults to Revision, specifies the object that
contains the appropriate rev_timestamp
Returns
The query parameter passed in, with a grouping by the desired time slice
"""
choice = self.timeseries.data
if choice == TimeseriesChoices.NONE:
return query
query = query.add_column(func.year(rev.rev_timestamp))
query = query.group_by(func.year(rev.rev_timestamp))
if choice == TimeseriesChoices.YEAR:
return query
query = query.add_column(func.month(rev.rev_timestamp))
query = query.group_by(func.month(rev.rev_timestamp))
if choice == TimeseriesChoices.MONTH:
return query
query = query.add_column(func.day(rev.rev_timestamp))
query = query.group_by(func.day(rev.rev_timestamp))
if choice == TimeseriesChoices.DAY:
return query
query = query.add_column(func.hour(rev.rev_timestamp))
query = query.group_by(func.hour(rev.rev_timestamp))
if choice == TimeseriesChoices.HOUR:
return query
def group_query_by_interval(self, table):
""" Return original query plus grouping for interval. """
if 'year' in self.args['interval']:
self.base_query = self.base_query.\
group_by(func.year(table.date))
self.base_query = self.base_query.order_by(func.year(table.date))
elif 'month' in self.args['interval']:
self.base_query = self.base_query.\
group_by(func.year(table.date),
func.month(table.date))
self.base_query = self.base_query.order_by(func.year(table.date),
func.month(table.date))
elif 'day' in self.args['interval']:
self.base_query = self.base_query.\
group_by(func.year(table.date),
func.month(table.date),
func.day(table.date))
self.base_query = self.base_query.order_by(func.year(table.date),
func.month(table.date),
func.day(table.date))
elif 'hour' in self.args['interval']:
self.base_query = self.base_query.\
group_by(func.year(table.date),
func.month(table.date),
func.day(table.date),
func.hour(table.date))
self.base_query = self.base_query.order_by(func.year(table.date),
func.month(table.date),
func.day(table.date),
func.hour(table.date))
return self.base_query
def api_watt_month_view(request):
start = datetime.datetime.now() - datetime.timedelta(30)
query = DBSession.query(
func.sum(WattLog.value).label("value"),
func.count(WattLog.value).label("count"),
)
query = query.filter(WattLog.created_at > start)
query = query.group_by(
func.year(WattLog.created_at),
func.month(WattLog.created_at),
func.day(WattLog.created_at),
func.hour(WattLog.created_at),
)
ret = 0
for d in query.all():
avg = d.value / d.count
ret += avg
return {
"watt": ret,
}
def get_custom_channel_stats(db: Connection, channel_id: int, period_start: datetime, period_end: datetime,
average_interval: int = 60) -> List:
"""
Get channel's stats for specified period.
"""
query = select([ENTRIES.c.timestamp, func.avg(ENTRIES.c.value)]) \
.select_from(ENTRIES) \
.where(and_(ENTRIES.c.channel_id == channel_id,
between(ENTRIES.c.timestamp, period_start, period_end))) \
.group_by(func.date(ENTRIES.c.timestamp),
func.hour(ENTRIES.c.timestamp),
func.floor(func.minute(ENTRIES.c.timestamp) / average_interval)) \
.order_by(ENTRIES.c.timestamp.asc())
result = db.execute(query)
datetimes = datetimes_between(period_start, period_end, average_interval * 60)
average_by_datetime = OrderedDict.fromkeys(datetimes)
for time, value in result:
dt = time.replace(minute=0, second=0)
average_by_datetime[dt] = value
return average_by_datetime.items()
def top_hours(username = None, machine_id = None, start_date = None, end_date = None):
"""
Gets the number of drops for each hour of the day
Arguments:
username: The username to filter by for the results
machine_id: The ID of the machine to get the drop count for
start_date: the start date to filter results by
end_date: the end date to filter results by
"""
if machine_id: # top hours for a given machine
if start_date and end_date and start_date <= end_date: # within a time frame
pop_hours = DBSession.query(
func.hour(DropLog.time), func.count("*")
).filter(DropLog.machine_id == machine_id,
DropLog.time >= start_date, DropLog.time <= end_date
).group_by(func.hour(DropLog.time)
).order_by(func.hour(DropLog.time)).all()
else:
pop_hours = DBSession.query(
func.hour(DropLog.time), func.count("*")
).filter(DropLog.machine_id == machine_id
).group_by(func.hour(DropLog.time)
).order_by(func.hour(DropLog.time)).all()
elif not username: # top hours overall
if start_date and end_date and start_date <= end_date: # within a time frame
pop_hours = DBSession.query(
func.hour(DropLog.time), func.count("*")
).filter(DropLog.time >= start_date, DropLog.time <= end_date
).group_by(func.hour(DropLog.time)).order_by(
func.hour(DropLog.time)).all()
else: # top hours all time for everyone
pop_hours = DBSession.query(
func.hour(DropLog.time), func.count("*")
).group_by(func.hour(DropLog.time)).order_by(
func.hour(DropLog.time)).all()
else: # top hours for a user
if start_date and end_date and start_date <= end_date: # within a time frame
pop_hours = DBSession.query(
func.hour(DropLog.time), func.count("*")
).filter(DropLog.username == username,
DropLog.time >= start_date, DropLog.time <= end_date
).group_by(func.hour(DropLog.time)
).order_by(func.hour(DropLog.time)).all()
else:
pop_hours = DBSession.query(
func.hour(DropLog.time), func.count("*")
).filter(DropLog.username == username
).group_by(func.hour(DropLog.time)
).order_by(func.hour(DropLog.time)).all()
data = []
current_hour = 0
for hour in pop_hours:
while hour[0] != current_hour:
data.append(0)
current_hour += 1
data.append(hour[1])
current_hour += 1
data += [0] * (24 - len(data))
return data
def print_body_for_user(self, authenticated_user):
stats = []
for stats_for_hour in DB_Session_Factory.get_db_session().query(func.dayofweek(Interview.end_time), func.hour(Interview.end_time), func.avg(Interview.technical_score), func.avg(Interview.cultural_score), Interviewer, func.count(1)).group_by(func.dayofweek(Interview.end_time), func.hour(Interview.end_time), Interview.interviewer_email).join(Interviewer, Interview.interviewer_email == Interviewer.email).filter(Interview.start_time > self.earliest_ts, Interview.end_time < self.latest_ts, or_(Interview.technical_score != None, Interview.cultural_score != None), or_(Interview.technical_score != -1, Interview.cultural_score != -1)):
stats.append({
'Day' : self.days[stats_for_hour[0]],
'Hour' : stats_for_hour[1],
'Avg_Technical_Score' : stats_for_hour[2],
'Avg_Cultural_Score' : stats_for_hour[3],
'Interviewer' : stats_for_hour[4].dict_representation(),
'Sample_Size' : stats_for_hour[5],
})
print json.dumps(stats)
def run(self):
q = self.session.query()
# Add day of week
q = q.add_column(func.dayofweek(KillMail.timestamp).label('dow'))
# Add an hour for each column.
for h in range(0, 24):
q = q.add_column(func.sum(case([(func.hour(KillMail.timestamp) == h, 1)], else_=0)).label("%02i" % (h)))
# Build a subquery to get killmail ids for attackers or victims in corporations and alliances
sqk = None
sql = None
if (self.kills):
sqk = self.session.query()
sqk = sqk.add_column(Attacker.killmail_id)
sqk = sqk.join(EveType, EveType.id == Attacker.ship_id)
if (self.alliance_ids and self.corporation_ids):
sqk = sqk.filter(
_or(Attacker.corporation_id.in_(self.corporation_ids), Attacker.alliance_id.in_(self.alliance_ids)))
elif (self.alliance_ids):
sqk = sqk.filter(Attacker.alliance_id.in_(self.alliance_ids))
elif (self.corporation_ids):
sqk = sqk.filter(Attacker.corporation_id.in_(self.corporation_ids))
if (self.groupids != None and not self.groupidsinvert):
sqk = sqk.join(EveGroup, and_(EveGroup.id == EveType.group_id, EveType.id == Attacker.ship_id),
isouter=True). \
filter(EveGroup.id.in_(self.groupids))
elif (self.groupids != None and self.groupidsinvert):
sqk = sqk.join(EveGroup, and_(EveGroup.id == EveType.group_id, EveType.id == Attacker.ship_id),
isouter=True). \
filter(not_(EveGroup.id.in_(self.groupids)))
if (self.losses):
sql = self.session.query()
km2 = aliased(KillMail)
sql = sql.add_column(km2.id)
sql = sql.join(EveType, EveType.id == km2.ship_id)
if (self.alliance_ids and self.corporation_ids):
sql = sql.filter(
_or(km2.corporation_id.in_(self.corporation_ids), km2.alliance_id.in_(self.alliance_ids)))
elif (self.alliance_ids):
sql = sql.filter(km2.alliance_id.in_(self.alliance_ids))
elif (self.corporation_ids):
sql = sql.filter(km2.corporation_id.in_(self.corporation_ids))
if (self.groupids != None and not self.groupidsinvert):
sql = sql.join(EveGroup, and_(EveGroup.id == EveType.group_id, EveType.id == km2.ship_id),
isouter=True). \
filter(EveGroup.id.in_(self.groupids))
elif (self.groupids != None and self.groupidsinvert):
sql = sql.join(EveGroup, and_(EveGroup.id == EveType.group_id, EveType.id == km2.ship_id),
isouter=True). \
filter(not_(EveGroup.id.in_(self.groupids)))
if (self.kills and self.losses):
q = q.filter(or_(KillMail.id.in_(sql.subquery()), KillMail.id.in_(sqk.subquery())))
elif (self.kills):
q = q.filter(KillMail.id.in_(sqk.subquery()))
elif (self.losses):
q = q.filter(KillMail.id.in_(sql.subquery()))
else:
raise Exception("Please select kills, losses, or both")
# Search for a specific target type
if (self.againstgroup_ids and self.kills and not self.losses):
et2 = aliased(EveType)
eg2 = aliased(EveGroup)
q = q.join(et2, et2.id == KillMail.ship_id). \
join(eg2, eg2.id == et2.group_id). \
filter(eg2.id.in_(self.againstgroup_ids))
if (self.after):
q = q.filter(KillMail.timestamp >= self.after)
if (self.before):
q = q.filter(KillMail.timestamp <= self.before)
q = q.group_by('dow'). \
order_by(desc('dow'))
self.columns = q.column_descriptions
self.results = q.all()
return
def run(self):
q = self.session.query(Attacker)
# Build a subquery to get killmail ids for attackers or victims in corporations and alliances
sqk = None
sqk = self.session.query()
sqk = sqk.add_column(Attacker.id)
if (self.alliance_ids and self.corporation_ids):
sqk = sqk.filter(
_or(Attacker.corporation_id.in_(self.corporation_ids), Attacker.alliance_id.in_(self.alliance_ids)))
elif (self.alliance_ids):
sqk = sqk.filter(Attacker.alliance_id.in_(self.alliance_ids))
elif (self.corporation_ids):
sqk = sqk.filter(Attacker.corporation_id.in_(self.corporation_ids))
if (self.groupids != None and not self.groupidsinvert):
sqk = sqk.join(EveGroup, and_(EveType.id == Attacker.ship_id, EveGroup.id == EveType.group_id),
isouter=True). \
filter(EveGroup.id.in_(self.groupids))
elif (self.groupids != None and self.groupidsinvert):
sqk = sqk.join(EveGroup, and_(EveType.id == Attacker.ship_id, EveGroup.id == EveType.group_id),
isouter=True). \
filter(EveGroup.id.in_(self.groupids))
# Filter by attackers and left outer join killmails
q = q.filter(Attacker.id.in_(sqk.subquery())). \
join(KillMail, KillMail.id == Attacker.killmail_id, isouter=True)
# Add day of week
q = q.add_column(func.dayofweek(KillMail.timestamp).label('dow')).group_by('dow')
# Add an hour for each column.
for h in range(0, 24):
q = q.add_column((func.sum(case([(func.hour(KillMail.timestamp) == h, 1)], else_=0))).label("%02i" % (h)))
if (self.after):
q = q.filter(KillMail.timestamp >= self.after)
if (self.before):
q = q.filter(KillMail.timestamp <= self.before)
q = q.order_by(desc('dow'))
self.columns = q.column_descriptions
self.results = q.all()
attackers_per_hour = self._arr_result()
# We need to get the number of kills per hour accross 7 days
ar = ActivityReport(self.session)
ar.alliance_ids = self.alliance_ids
ar.corporation_ids = self.corporation_ids
ar.groupids = self.groupids
ar.groupidsinvert = self.groupidsinvert
ar.after = self.after
ar.before = self.before
ar.kills = True
ar.losses = False
ar.run()
kills_per_hour = ar.arr_result()
final_result = []
# Create the final array and cross divide between the two arrays
r = 0
while (r < len(attackers_per_hour)):
final_result.append([])
c = 0
while (c < len(attackers_per_hour[r])):
# We can't divide on the header
if (r == 0 or c == 0):
final_result[r].append(attackers_per_hour[r][c])
else:
try:
final_result[r].append(attackers_per_hour[r][c] / kills_per_hour[r][c])
except (ZeroDivisionError, InvalidOperation) as e:
final_result[r].append(0)
c += 1
r += 1
self.final_result = final_result
