def build_charge(statute, disposition_ruling):
last_week = datetime.today() - timedelta(days=7)
charge = ChargeFactory.build()
charge["statute"] = statute
charge["disposition"] = Disposition(ruling=disposition_ruling,
date=last_week)
return ChargeFactory.save(charge)
class TestTrafficTickets(unittest.TestCase):
def setUp(self):
self.charge = ChargeFactory.build()
def test_it_knows_parking_tickets(self):
self.charge['statute'] = '01'
charge = ChargeFactory.save(self.charge)
assert charge.__class__.__name__ == 'ParkingTicket'
def test_00_is_not_a_parking_ticket(self):
self.charge['statute'] = '00'
charge = ChargeFactory.save(self.charge)
assert charge.__class__.__name__ != 'ParkingTicket'
def test_100_is_not_a_parking_ticket(self):
self.charge['statute'] = '100'
charge = ChargeFactory.save(self.charge)
assert charge.__class__.__name__ != 'ParkingTicket'
def test_99_is_a_parking_ticket(self):
self.charge['statute'] = '99'
charge = ChargeFactory.save(self.charge)
assert charge.__class__.__name__ == 'ParkingTicket'
def test_55_is_a_parking_ticket(self):
self.charge['statute'] = '55'
charge = ChargeFactory.save(self.charge)
assert charge.__class__.__name__ == 'ParkingTicket'
def test_park_over_crosswalk_statute(self):
self.charge['statute'] = '16.20.130-Q'
charge = ChargeFactory.save(self.charge)
assert charge.__class__.__name__ == 'ParkingTicket'
def test_parking_ticket_created_by_case_type(self):
case = CaseFactory.create(type_status=['Municipal Parking', 'Closed'])
self.charge['statute'] = '109'
self.charge['case'] = case
charge = ChargeFactory.save(self.charge)
assert charge.__class__.__name__ == 'ParkingTicket'
class TestTrafficTickets(unittest.TestCase):
def setUp(self):
self.charge = ChargeFactory.build()
def test_it_knows_parking_tickets(self):
self.charge["statute"] = "01"
charge = ChargeFactory.save(self.charge)
assert charge.__class__.__name__ == "ParkingTicket"
def test_00_is_not_a_parking_ticket(self):
self.charge["statute"] = "00"
charge = ChargeFactory.save(self.charge)
assert charge.__class__.__name__ != "ParkingTicket"
def test_100_is_not_a_parking_ticket(self):
self.charge["statute"] = "100"
charge = ChargeFactory.save(self.charge)
assert charge.__class__.__name__ != "ParkingTicket"
def test_99_is_a_parking_ticket(self):
self.charge["statute"] = "99"
charge = ChargeFactory.save(self.charge)
assert charge.__class__.__name__ == "ParkingTicket"
def test_55_is_a_parking_ticket(self):
self.charge["statute"] = "55"
charge = ChargeFactory.save(self.charge)
assert charge.__class__.__name__ == "ParkingTicket"
def test_park_over_crosswalk_statute(self):
self.charge["statute"] = "16.20.130-Q"
charge = ChargeFactory.save(self.charge)
assert charge.__class__.__name__ == "ParkingTicket"
def test_parking_ticket_created_by_case_type(self):
case = CaseFactory.create(type_status=["Municipal Parking", "Closed"])
self.charge["statute"] = "109"
self.charge["case"] = case
charge = ChargeFactory.save(self.charge)
assert charge.__class__.__name__ == "ParkingTicket"
def test_park_over_crosswalk_statute(self):
self.charge['statute'] = '16.20.130-Q'
charge = ChargeFactory.save(self.charge)
assert charge.__class__.__name__ == 'ParkingTicket'
def create_charge(self):
charge = ChargeFactory.save(self.charge)
charge.disposition = Disposition(**self.convicted_disposition)
return charge
def create_recent_charge(self):
charge = ChargeFactory.save(self.single_charge)
last_week = datetime.today() - timedelta(days=7)
charge.disposition = Disposition(ruling="Convicted", date=last_week)
return charge
def test_it_normalizes_statute(self):
self.charge["statute"] = "-123.123(5)()B"
charge = ChargeFactory.save(self.charge)
assert charge.statute == "1231235B"
def test_it_converts_statute_to_uppercase(self):
self.charge["statute"] = "-123.123(5)()b"
charge = ChargeFactory.save(self.charge)
assert charge.statute == "1231235B"
def test_it_converts_statute_to_uppercase(self):
self.charge['statute'] = '-123.123(5)()b'
charge = ChargeFactory.save(self.charge)
assert charge.statute == '1231235B'
def test_it_initializes_simple_statute(self):
self.charge["statute"] = "1231235B"
charge = ChargeFactory.save(self.charge)
assert charge.statute == "1231235B"
def create_recent_charge(self):
charge = ChargeFactory.save(self.single_charge)
return charge
def test_it_knows_parking_tickets(self):
self.charge["statute"] = "01"
charge = ChargeFactory.save(self.charge)
assert charge.__class__.__name__ == "ParkingTicket"
def test_55_is_a_parking_ticket(self):
self.charge['statute'] = '55'
charge = ChargeFactory.save(self.charge)
assert charge.__class__.__name__ == 'ParkingTicket'
def create_recent_charge(self):
charge = ChargeFactory.save(self.single_charge)
charge.disposition = Disposition(**self.acquitted_disposition)
return charge
def test_100_is_not_a_parking_ticket(self):
self.charge['statute'] = '100'
charge = ChargeFactory.save(self.charge)
assert charge.__class__.__name__ != 'ParkingTicket'
def test_it_knows_parking_tickets(self):
self.charge['statute'] = '01'
charge = ChargeFactory.save(self.charge)
assert charge.__class__.__name__ == 'ParkingTicket'
def test_100_is_not_a_parking_ticket(self):
self.charge["statute"] = "100"
charge = ChargeFactory.save(self.charge)
assert charge.__class__.__name__ != "ParkingTicket"
def test_park_over_crosswalk_statute(self):
self.charge["statute"] = "16.20.130-Q"
charge = ChargeFactory.save(self.charge)
assert charge.__class__.__name__ == "ParkingTicket"
def test_55_is_a_parking_ticket(self):
self.charge["statute"] = "55"
charge = ChargeFactory.save(self.charge)
assert charge.__class__.__name__ == "ParkingTicket"
def create_recent_charge(self):
return ChargeFactory.save(self.charge_dict)
def test_it_initializes_simple_statute(self):
self.charge['statute'] = '1231235B'
charge = ChargeFactory.save(self.charge)
assert charge.statute == '1231235B'
def create_charge(self):
charge = ChargeFactory.save(self.charge)
return charge
def test_it_normalizes_statute(self):
self.charge['statute'] = '-123.123(5)()B'
charge = ChargeFactory.save(self.charge)
assert charge.statute == '1231235B'
