def test_trip_price():
"""
Location:
* 0-30 min: gratuit
* 30-60 min: 0.5
* 60-90 min: 1.5
* 90+ min: 1.5 + 2*(min-90)/30
"""
from_date, to_date = "2015-07-12T10:10:10", "2015-07-12T10:20:10"
t = db.Trip(
user_id=42, bike_id=42, departure_station_id=42,
departure_date=from_date, arrival_date=to_date)
assert t.duration().total_seconds() == 600
assert t.price() == 0
t.arrival_date = parse_date("2015-07-12T10:50:10")
assert t.duration().total_seconds() == 2400
assert t.price() == 0.5
t.arrival_date = parse_date("2015-07-12T11:20:10")
assert t.duration().total_seconds() == 4200
assert t.price() == 1.5
t.arrival_date = parse_date("2015-07-12T11:50:10")
assert t.duration().total_seconds() == 6000
assert t.price() == 3.5
def add_absence(p):
if p['student'] not in data['students']:
jsonabort(400, 'Could not find student in database')
try:
m.parse_date(p['startdate'])
m.parse_date(p['enddate'])
except:
jsonabort(400, '{} or {} is not in the form YYYY-mm-dd'.format(
p['startdate'], p['enddate']))
if p['enddate'] < p['startdate']:
jsonabort(400, 'Enddate should be greater than startdate')
if p['enddate'] == p['startdate']:
data['students'][p['student']].add_absence(p['startdate'])
data['students'][p['student']].add_absence(p['startdate'], p['enddate'])
return data['students'][p['student']].json
def test_trip_is_insertion():
u = db.User.create(password="******")
b = db.Bike.create(model="mytest")
s = db.Station.create(
latitude=50.3245, longitude=4.0326,
name="Station 1", capacity=42, payment=True)
date = "2015-07-12T10:10:10"
t = db.Trip.create(
departure_station_id=s.id, arrival_station_id=s.id,
departure_date=date, arrival_date=date,
user_id=u.id, bike_id=b.id
)
assert t.is_insertion()
u.expire_date = parse_date("2015-09-11T10:00:00")
u.update()
assert not t.is_insertion()
def create_interaction(p):
try:
m.parse_date(p['date'])
except:
jsonabort(400, "{} is not a date string in the form YYYY-mm-dd".format(
p['date']))
if p['student'] not in data['students']:
jsonabort(400, 'Student {} does not exist'.format(p['student']))
try:
m.parse_date(p['time_in'])
except:
jsonabort(400, "{} is not a time string in the form HH:mm:ss".format(
p['date']))
try:
m.parse_date(p['time_out'])
except:
jsonabort(400, "{} is not a date string in the form HH:mm:ss".format(
p['date']))
data['interactions'].append(m.Interaction(**p))
