def test_overdue_cars():
car = Car("Sportback", "BMW", "X1", "5", "Diesel, 7", "AWD")
rent = Rent("01.01.2021", "02.01.2021", "Thomas")
car.rent = rent
cars = [car]
overdue = overdue_cars(cars)
assert overdue == [car]
def test_not_reserved_cars():
car = Car("Sportback", "BMW", "X1", "5", "Diesel, 7", "AWD")
reservation = Reservation("02.01.2021", "27.02.2021", "Thomas")
car.add_reservation(reservation)
car2 = Van("Van", "Volvo", "Splinter", "2", "Diesel, 14", "FWD", "1500L")
cars = [car, car2]
not_reserved = not_reserved_cars(cars)
assert not_reserved == [car2]
def edit_add_to_database(self, item, info):
"""
function that depending on input edits the item or adds new item into database
converting input into class objects
"""
name = self.ui.nameDatabase.text()
type = self.ui.typeDatabase.text()
brand = self.ui.brandDatabase.text()
seats = self.ui.seatsDatabase.text().replace(" ", "")
fuel_consumption = self.ui.fuelDatabase.text()
drive_type = self.ui.driveDatabase.text()
reservation = item.car.reservation
rent = item.car.rent
if type == "Van":
volume = self.ui.volumeDatabase.text()
car = Van(type, brand, name, seats, fuel_consumption, drive_type, volume, reservation, rent)
elif type == "Truck":
volume = self.ui.volumeDatabase.text()
trailer = self.ui.trailerDatabase.text()
if trailer == "True":
trailer = True
elif trailer == "False":
trailer = False
load = self.ui.loadDatabase.text()
car = Truck(type, brand, name, seats, fuel_consumption, drive_type, volume, load, trailer, reservation, rent)
else:
car = Car(type, brand, name, seats, fuel_consumption, drive_type, reservation, rent)
if info == "add":
self.cars = add_to_database(car, self.cars)
if info == "edit":
item.car = car
self.cars[item.car_index] = car
self._setup_car_list(self.cars, "modify")
def test_cars_as_dict():
car = Car("Sportback", "BMW", "X1", "5", "Diesel, 7", "AWD")
car2 = Van("Van", "Volvo", "Splinter", "2", "Diesel, 14", "FWD", "1500L")
result = cars_as_dict([car, car2])
dict = [
{
"Type": "Sportback",
"Brand": "BMW",
"Name": "X1",
"Number of seats": "5",
"Type of fuel and fuel Consumption per 100km": "Diesel, 7",
"Drive Type": "AWD",
"Additional": None,
"Reservation": None,
"Last reserved": None,
"Rent": None
},
{
"Type": "Van",
"Brand": "Volvo",
"Name": "Splinter",
"Number of seats": "2",
"Type of fuel and fuel Consumption per 100km": "Diesel, 14",
"Drive Type": "FWD",
"Additional": {
"Max cargo volume": "1500L"
},
"Reservation": None,
"Last reserved": None,
"Rent": None
}
]
assert result == dict
def test_search_availability():
car = Car("Sportback", "BMW", "X1", "5", "Diesel, 7", "AWD")
today = datetime.today()
tommorow = today + timedelta(days=2)
today = f'{datetime.now():%d.%m.%Y}'
tommorow = f'{tommorow:%d.%m.%Y}'
rent = Rent("9.01.2021", today, "Thomas")
crit = {
"Rent":
{
"Return date": tommorow
}
}
car.rent = rent
search = search_database(crit, [car])
assert car in search
def test_search_database():
car = Car("Sportback", "BMW", "X1", "5", "Diesel, 7", "AWD")
cars = [car]
crit = {
"Type": "Sportback",
"Brand": "BMW"
}
search = search_database(crit, cars)
assert car in search
def test_car():
car = Car("Sportback", "BMW", "X1", "5", "Diesel, 7", "AWD")
assert car.type == 'Sportback'
assert car.brand == "BMW"
assert car.name == 'X1'
assert car.seats == "5"
assert car.fuel_consumption == "Diesel, 7"
assert car.drive_type == "AWD"
assert car.reservation is None
assert car.rent is None
def test_search_van():
car = Car("Sportback", "BMW", "X1", "5", "Diesel, 7", "AWD")
car2 = Van("Van", "Volvo", "Splinter", "2", "Diesel, 14", "FWD", "1500L")
crit = {
'Additional': {
"Max cargo volume": "1500L"
}
}
search = search_database(crit, [car, car2])
assert search == [car2]
def test_search_multiple():
car = Car("Sportback", "BMW", "X1", "5", "Diesel, 7", "AWD")
car2 = Van("Van", "Volvo", "Splinter", "2", "Diesel, 14", "FWD", "1500L")
today = datetime.today()
tommorow = today + timedelta(days=2)
today = f'{datetime.now():%d.%m.%Y}'
tommorow = f'{tommorow:%d.%m.%Y}'
reservation = Reservation("9.01.2021", today, "Thomas")
rent = Rent("9.01.2021", today, "Thomas")
crit = {
"Rent":
{
"Return date": tommorow
}
}
car.rent = rent
car2.add_reservation(reservation)
search = search_database(crit, [car, car2])
assert search == [car, car2]
def read_from_json(file_handle):
"""
function used to read from database
returns a list
"""
cars = []
data = json.load(file_handle)
for item in data:
seats = item['Number of seats']
name = item['Name']
fuel_consumption = item['Type of fuel and fuel Consumption per 100km']
type = item['Type']
brand = item['Brand']
drive_type = item['Drive Type']
additional = item['Additional']
reservation = item['Reservation']
last_reserved = item['Last reserved']
rent = item['Rent']
if reservation is not None:
reservation_date = item['Reservation']['Reservation date']
due_reservation_date = item['Reservation']['Due Reservation Date']
who_reserved = item['Reservation']['Who reserved']
reservation = Reservation(reservation_date, due_reservation_date,
who_reserved)
else:
reservation = None
if rent is not None:
rent_date = item['Rent']['Rent date']
return_date = item['Rent']['Return date']
who_rented = item['Rent']['Who rented']
overdue = item['Rent']['Is overdue']
rent = Rent(rent_date, return_date, who_rented, overdue)
else:
rent = None
if type == "Truck":
load = additional['Load']
trailer = additional['Has trailer']
volume = additional['Max cargo volume']
car = Truck(type, brand, name, seats, fuel_consumption, drive_type,
volume, load, trailer, reservation, rent,
last_reserved)
elif type == "Van":
volume = additional['Max cargo volume']
car = Van(type, brand, name, seats, fuel_consumption, drive_type,
volume, reservation, rent, last_reserved)
else:
car = Car(type, brand, name, seats, fuel_consumption, drive_type,
reservation, rent, last_reserved)
cars.append(car)
return cars
def test_car_add_reservation_twice():
car = Car("Sportback", "BMW", "X1", "5", "Diesel, 7", "AWD")
reservation = Reservation("02.01.2021", "09.01.2021", "Thomas")
car.add_reservation(reservation)
assert car.reservation == reservation
assert car.last_reserved() == f'{datetime.now():%d.%m.%Y}'
assert car.add_reservation(reservation) == "Cannot reserve today"
def test_car_add_reservation_expired():
car = Car("Sportback", "BMW", "X1", "5", "Diesel, 7", "AWD")
reservation = Reservation("02.01.2021", "06.01.2021", "Thomas")
car.add_reservation(reservation)
assert car.reservation.check_expiration() == "EXPIRED"
def test_write_to_database():
file = StringIO()
car = Car("Sportback", "BMW", "X1", "5", "Diesel, 7", "AWD")
car2 = Van("Van", "Volvo", "Splinter", "2", "Diesel, 14", "FWD", "1500L")
cars = [car, car2]
write_to_json(cars, file)
def test_search_empty_crit():
car = Car("Sportback", "BMW", "X1", "5", "Diesel, 7", "AWD")
cars = [car]
crit = {}
search = search_database(crit, cars)
assert search == []