def get_cars(self):
self.car_dict = {}
with open("./data/Cars.csv", "r") as Cars_file:
csv_reader = csv.reader(Cars_file)
next(csv_reader)
for line in csv_reader:
plate_num, brand, size, location = line
new_car = Car(plate_num, brand, size, location)
key = new_car.get_plate_number() # key er platenumber
self.car_dict[key] = new_car
return self.car_dict
def add_car(self):
brand = input("Car Brand: ")
model = input("Car Model: ")
category = input("Car Category: ")
taxti = input("Car rate: ")
new_car = Car(brand, model, category, taxti)
self.__car_service.add_car(new_car)
def add_new_car(self):
''' búa til user interface þar sem notandinn getur skráð inn nýjan bíl '''
''' ef bílnúmer er skráð inn vitlaust þarf að láta notandann vita '''
model = input("\n\ttegund bíls: ").strip().capitalize()
year = input("\tÁrgerð(YYYY): ").strip()
plate = input("\tBílnúmer: ").strip().upper()
miles = input("\tKeyrsla bíls (í km): ").strip()
color = input("\tLitur bíls: ").strip().capitalize()
fuel_type = input("\tEldsneytis tegund(Bensín eða Dísel): ").strip()
print("\n\t1. Smábíll\n\t2. Fólksbíll\n\t3. Jeppi\n\t4. Húsbíll")
category = input("\tflokkur: ").strip()
status = True
new_car = Car(model, year, plate, miles, color, fuel_type, category,
status)
decision = self.__cars.add_car(new_car)
if decision == 2:
print("\n\tBíl hefur verið bætt á skrá")
self.print_car_menu()
elif decision == 1:
print("\n\tVitlaust skráð inn bílnúmer")
self.print_car_menu()
#def print_doc(self, filename):
"""fall sem prentar út í prentara textaskrá sem sett er inn"""
"""ATH virkar en vantar module win32 í tölvuna svo við commentuðum þetta út"""
def addDetections(self, detections):
self.objects = []
for obj in detections:
if obj['type'] == "car":
self.objects.append(Car(obj))
elif obj['type'] == "person":
self.objects.append(Person(obj))
def car_info(self):
print("New Car")
car_id = input("\tCar ID: ")
make = input("\tMake: ")
model = input("\tModel: ")
manuf_year = input("\tManufacturing Year: ")
car_class = input("\tCar Class: ")
seats = input("\tSeats: ")
doors = input("\tDoors: ")
color = input("\tColor: ")
transmission = input("\tTransmission: ")
fuel_type = input("\tFuel Type: ")
price = input("\tPrice: ")
tank_size = input("\tTank Size: ")
availability = "Yes"
if "" in [
car_id, make, model, manuf_year, car_class, seats, doors,
color, transmission, fuel_type, price, tank_size
]:
_ = input(
"Every criteria must be filled in.\nPress Enter to continue..."
)
clear()
else:
new_car = Car(car_id, make, model, manuf_year, car_class, seats,
doors, color, transmission, fuel_type, price,
tank_size, availability)
self.__car_repo.add_car(new_car)
def add_car_ui(self):
plate = input("Input plate number: ")
if len(plate) != 6:
print("Plate number is incorrect!")
plate = input("Input plate number: ")
make = input("Input make of car: ")
new_car = Car(plate, make)
CarRepository.add_car(self, new_car)
def get_cars(self):
if self.__cars == []:
with open("./Data/availablecars.csv", "r", encoding="utf-8", newline="") as cars_file:
for line in cars_file.readlines():
plate, make = line.split(",")
new_car = Car(plate, make)
self.__cars.append(new_car)
return self.__cars
def get_car_list(self):
car_list = []
car_class_list = []
with open("./data/cars.csv") as cars:
csv_reader = csv.reader(cars)
for car in csv_reader:
car_list.append(car)
for car in car_list:
new_car = Car(car[0], car[1], car[2], car[3], car[4], car[5], car[6], car[7], car[8], car[9], car[10], car[11], car[12], car[13], car[14], car[15], car[16], car[17])
car_class_list.append(new_car)
return car_class_list
def get_car(self):
if self.__cars == []:
with open("./data/cars.csv", "r") as car_file:
for line in car_file.readlines():
(license_plate, make, model, manuf_year, car_class, seats, doors, color, weight,
engine_size, horse_power, transmission, fuel_type, price, drive, total_km,
tank_size, availability) = line.split(",")
new_car = Car(license_plate, make, model, manuf_year, car_class, seats, doors,
color, weight, engine_size, horse_power, transmission, fuel_type, price, drive,
total_km, tank_size, availability)
self.__cars.append(new_car)
return self.__cars
def get_cars(self):
if self.__cars == []:
with open("./Data/cars.csv", "r", encoding="utf-8") as car_file:
car_reader = csv.reader(car_file)
for line in car_reader:
license_plate = line[0]
make = line[1]
model = line[2]
manuf_year = line[3]
car_class = line[4]
seats = line[5]
doors = line[6]
color = line[7]
weight = line[8]
engine_size = line[9]
horse_power = line[10]
transmission = line[11]
fuel_type = line[12]
price = line[13]
drive = line[14]
total_km = line[15]
tank_size = line[16]
availability = "True"
new_car = Car(license_plate, make, model, manuf_year,
car_class, seats, doors, color, weight,
engine_size, horse_power, transmission,
fuel_type, price, drive, total_km, tank_size,
eval(availability))
self.__cars.append(new_car)
return self.__cars
def get_car_list(self):
car_list = []
car_class_list = []
with open("./data/cars.csv") as cars:
csv_reader = csv.reader(cars)
for car in csv_reader:
car_list.append(car)
for car in car_list:
new_car = Car(car[0], car[1], car[2], car[3], car[4],
car[5], car[6], car[7], car[8], car[9],
car[10], car[11], car[12], car[13], car[14],
car[15], car[16], car[17])
car_class_list.append(new_car)
return car_class_list
def get_cars(self):
if self.__cars == []:
with open("./Data/cars.csv", "r", encoding="utf-8") as car_file:
car_reader = csv.reader(car_file)
for line in car_reader:
car_id = line[0]
make = line[1]
model = line[2]
manuf_year = line[3]
car_class = line[4]
seats = line[5]
doors = line[6]
color = line[7]
transmission = line[8]
fuel_type = line[9]
price = line[10]
tank_size = line[11]
availability = line[12]
new_car = Car(car_id, make, model, manuf_year, car_class,
seats, doors, color, transmission, fuel_type,
price, tank_size, availability)
self.__cars.append(new_car)
return self.__cars
def add_car_repo(self, plate_num, brand, size, location):
"""Adds car to car repo"""
self.new_car = Car(plate_num, brand, size, location)
self.cars_info.add_car(plate_num, brand, size, location)
class Salesman_service:
def __init__(self):
#Repos
self.cars_info = Cars_repo()
self.salesman_info = Salesman_repo()
self.customer_info = Customer_repo()
self.log_repo = Log_repo()
self.get_orders_dict = Orders_repo()
def get_all_cars(self):
self.cars_dict = self.cars_info.get_cars()
return self.cars_dict.values()
def get_available_cars(self):
self.available_car_list = []
car_dict = self.cars_info.get_cars()
today = datetime.date.today()
for value in car_dict.values():
old_orders = value.get_orders()
if old_orders != []:
for order in old_orders:
old_pick_up, old_drop_off = order
if (old_pick_up <= today <= old_drop_off):
valid = False
else:
valid = True
if valid == True:
self.available_car_list.append(value)
else:
self.available_car_list.append(value)
return self.available_car_list
def get_unavailable_cars(self):
self.unavailable_car_list = []
car_dict = self.cars_info.get_cars()
today = datetime.date.today()
for value in car_dict.values():
old_orders = value.get_orders()
if old_orders != []:
for order in old_orders:
old_pick_up, old_drop_off = order
if (old_pick_up <= today <= old_drop_off):
valid = True
else:
valid = False
if valid == True:
self.unavailable_car_list.append(value)
return self.unavailable_car_list
def add_car_repo(self, plate_num, brand, size, location):
"""Adds car to car repo"""
self.new_car = Car(plate_num, brand, size, location)
self.cars_info.add_car(plate_num, brand, size, location)
def get_customer(self, email):
#nær í customer keys úr dict
self.customer_dict = self.customer_info.get_customers()
#ef keyið passar input frá notanda, returna value úr þeim key
for key, value in self.customer_dict.items():
if key == email:
self.customer = value
return self.customer
def order_string(self):
"""Returns a string of customer orders"""
order_string = ""
orders = self.customer.get_orders()
for order in orders:
order_string += "\n" + str(order) + "\n"
return order_string
def salesman_ID_pw(self, ID, pw):
"""Takes in pw and id from input and checks if it matches the salesman repository"""
valid = False
salesman_dict = self.salesman_info.get_salesmen()
for key, value in salesman_dict.items():
if key == ID and pw == value.get_password():
self.salesman_id = key
self.logged_salesman = value
valid = True
return valid
return valid
def change_pw(self, new_pw):
"""Id is the key in the salesman dictionary, we use the logged in salesman id to find him in the dictionary and update
his password by using the change_pw function in the salesman model"""
salesman_dict = self.salesman_info.get_salesmen()
for key, value in salesman_dict.items():
if key == self.salesman_id:
salesman_object = value
value.change_pw(new_pw)
break
self.salesman_info.update_data(salesman_dict)
update_repo = self.log_repo
update_repo.Update_repo("{} changed his password. ID: {}".format(
salesman_object.get_name(), salesman_object.get_ID()))
def get_order_info(self, booking_num):
order_list = []
order_dict = self.get_orders_dict.get_orders()
for values in order_dict.values():
for order in values:
if booking_num == order.get_order_num():
order_list.append(order)
return order_list
def get_log(self):
return self.log_repo.Read_repo()
def delete_customer(self, customer):
"""Deletes customer if the email input matches the customer database. Then we update the customer repository."""
cust_dict = self.customer_info.get_customers()
cust_dict.pop(customer.get_email())
self.customer_info.add_customers(cust_dict)
order_dict = self.get_orders_dict.get_orders()
for plate_num, orders in order_dict.items():
for order in orders:
if customer.get_email() == order.get_cust_email():
orders.remove(order)
self.get_orders_dict.update_order_file(order_dict)
def add_to_log(self, ID, brand, plate_num):
"""Updates log when salesman adds a car to the system"""
update_repo = self.log_repo
update_repo.Update_repo(
"{}, ID: {}, Added {} with plate number {} in {}".format(
self.logged_salesman.get_name(), ID, brand, plate_num,
self.new_car.get_location_string()))
def delete_customer_to_log(self, ID):
"""Updates log when salesman deletes order"""
update_repo = self.log_repo
update_repo.Update_repo("{}, ID: {}, deleted customer {} {}".format(
self.logged_salesman.get_name(), ID,
self.customer.get_first_name(), self.customer.get_last_name()))
def get(self):
return Car()
def get_one(weight: int, color: Colors, motor_pwr: int, accel: int, st_wheel_pos: SteeringWheelPositions):
car = Car(weight, color)
car.motor_power = motor_pwr
car.acceleration = accel
car.st_wheel_pos = st_wheel_pos
return car