def __init__(self):
self.__car_repo = CarRepo()
def __init__(self):
self.__rental_repo = RentalRepo()
self.__car_repo = CarRepo()
class CarService:
def __init__(self):
self.__car_repo = CarRepo()
def print_car_database(self):
print(self.__car_repo)
def search_by_car_id(self):
return self.__car_repo.search_by_car_id()
def search_by_class(self):
list_of_class_cars = self.__car_repo.search_by_class()
if list_of_class_cars != []:
string = "{:<10}{:<15}{:<15}{:<15}{:<15}{:<10}{:<10}{:<10}{:<15}{:<15}".format(
"License:", "Make:", "Model:", "Manuf. Year:", "Car Class:",
"Seats:", "Doors:", "Color:", "Transmission:", "Price:")
print(string)
for car in list_of_class_cars:
print(car)
else:
_ = input(
"No Car Found for that Class.\nPress Enter to continue...")
clear()
def search_by_model(self):
list_of_model_cars = self.__car_repo.search_by_model()
string = "{:<10}{:<15}{:<15}{:<15}{:<15}{:<10}{:<10}{:<10}{:<15}{:<15}".format(
"License:", "Make:", "Model:", "Manuf. Year:", "Car Class:",
"Seats:", "Doors:", "Color:", "Transmission:", "Price:")
if list_of_model_cars != "Empty":
print(string)
for car in list_of_model_cars:
print(car)
def print_time_period(self, start, end):
start_date = "{}/{}/{}".format(start.day, start.month, start.year)
end_date = "{}/{}/{}".format(end.day, end.month, end.year)
print("({}) ---> ({})".format(start_date, end_date))
def pick_search_criteria(self, start, end):
while True:
self.print_time_period(start, end)
print("\t1. Car ID.")
print("\t2. Search for car.")
print("\t3. Return to menu.")
choice = input("Input choice here: ")
if choice in ["1", "2", "3"]:
clear()
return choice
else:
_ = input("Invalid input.\nPress Enter to continue...")
clear()
def car_by_class(self, start, end):
while True:
self.print_time_period(start, end)
print("Search for car:")
print("\t1. Small car.")
print("\t2. Family car.")
print("\t3. Van.")
print("\t4. SUV.")
print("\t5. Every type.")
print("\t6. Go back.")
choice = input("Input choice here: ")
if choice in ["1", "2", "3", "4", "5", "6"]:
choice = int(choice)
break
else:
_ = input("Invalid input.\nPress Enter to continue...")
clear()
if choice == 6:
return None
available_cars = self.__car_repo.get_available_cars()
if choice == 5:
clear()
return available_cars
available_cars_in_class = []
for car in available_cars:
if car.get_car_class() == choice:
available_cars_in_class.append(car)
return available_cars_in_class
def select_car(self, available_cars):
while True:
clear()
print("Available cars")
print(
"{:5}{:<5}{:<10}{:<15}{:<15}{:<15}{:<10}{:<10}{:<10}{:<15}{:<10}{:<10}"
.format(" ", "Nr.", "License", "Make", "Model", "Manuf. Year",
"Seats", "Doors", "Color", "Transmission", "Fuel",
"Price per day"))
for index, car in enumerate(available_cars):
print(
"{:5}{:<5}{:<10}{:<15}{:<15}{:<15}{:<10}{:<10}{:<10}{:<15}{:<10}{:<10}"
.format(" ", (index + 1), car.get_car_id(), car.get_make(),
car.get_model(), car.get_manuf_year(),
car.get_seats(), car.get_doors(), car.get_color(),
car.get_transmission(), car.get_fuel_type(),
car.get_price()))
try:
car_choice = int(input("Select a car: "))
if (car_choice > 0) and (car_choice <= len(available_cars)):
return available_cars[car_choice - 1]
else:
_ = input("Invalid input!\nPress Enter to continue...")
# clear()
except:
_ = input("Invalid input!\nPress Enter to continue...")
clear()
def get_available_cars_database(self, available_cars):
print("Available cars")
print(
"{:5}{:<5}{:<10}{:<15}{:<15}{:<15}{:<10}{:<10}{:<10}{:<15}{:<10}{:<10}\n{:>}"
.format(" ", "Nr.", "License", "Make", "Model", "Manuf. Year",
"Seats", "Doors", "Color", "Transmission", "Fuel",
"Price per day", "-" * 135))
for index, car in enumerate(available_cars):
print(
"{:5}{:<5}{:<10}{:<15}{:<15}{:<15}{:<10}{:<10}{:<10}{:<15}{:<10}{:<10}"
.format(" ", (index + 1), car.get_car_id(), car.get_make(),
car.get_model(), car.get_manuf_year(), car.get_seats(),
car.get_doors(), car.get_color(),
car.get_transmission(), car.get_fuel_type(),
car.get_price()))
print()
def get_available_cars(self):
return self.__car_repo.get_available_cars()
def print_car_database_menu(self):
print("\t1. View Car Database")
print("\t2. Search Cars")
print("\t3. Add Car")
print("\t4. Edit Car")
print("\t5. Delete Car")
print("\t6. Return to Main Menu")
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 update_car_info(self, car_id):
return self.__car_repo.update_car_info(car_id)
def delete_car(self, car_id):
return self.__car_repo.delete_car(car_id)
def print_price_options(self):
print("\t1. Print Car Prices")
print("\t2. Print Insurance Prices")
print("\t3. Return to Main Menu")
def print_car_price_list(self):
print("{:<33s}{:<33s}{:<21}".format("Car Class", "Price Per Day",
"Car make e.g"))
print("-" * 100)
print("{:<33s}{:<33s}{:<21}".format("Small Car", "10.000kr",
"VW Golf"))
print("{:<33s}{:<33s}{:<21}\n".format("", "", "Hyundai i10"))
print("{:<33s}{:<33s}{:<21}".format("Family Car", "14.000kr",
"Toyota Corolla"))
print("{:<33s}{:<33s}{:<21}\n".format("", "", "Skoda Octavia"))
print("{:<33s}{:<33s}{:<21}".format("Van", "25.000kr", "Ford Galaxy"))
print("{:<33s}{:<33s}{:<21}".format("", "", "Renault Traffic3"))
print("{:<33s}{:<33s}{:<21}\n".format("", "", "VW Caravelle 4wd"))
print("{:<33s}{:<33s}{:<21}".format("Suv", "20.000kr", "Audi Q5"))
print("{:<33s}{:<33s}{:<21}".format("", "", "Toyota Landcruiser"))
print("{:<33s}{:<33s}{:<21}\n".format("", "", "Toyota Rav4"))
def print_insurance_price_list(self):
print("{:<45}{:^25}{:^25}{:^25}".format("Insurance Name:",
"Included Insurance",
"Insurance Package 1",
"Insurance Package 2"))
print("-" * 140)
print("{:<45}{:^25}{:^25}{:^25}".format(
"Collision Damage Waiver (CDW)", "YES", "YES", "YES"))
print("{:<45}{:^25}{:^25}{:^25}".format(
"Driver + Passenger Injury Insurance (PAI)", "YES", "YES", "YES"))
print("{:<45}{:^25}{:^25}{:^25}".format("Third Party Insurance (TP)",
"YES", "YES", "YES"))
print("{:<45}{:^26}{:^24}{:^25}".format(
"Super Collision Damage Waiver (SCDW)", "NO", "YES", "YES"))
print("{:<45}{:^26}{:^24}{:^25}".format("Windshield Insurance (GP)",
"NO", "YES", "YES"))
print("{:<45}{:^26}{:^25}{:^24}".format("Sand And Dust Waiver (SADW)",
"NO", "NO", "YES"))
print("{:<45}{:^26}{:^25}{:^24}".format(
"No Deductable Insurance (ZERO)", "NO", "NO", "YES"))
print()
print()
print("{:<45}{:^25}{:^25}{:^25}{:^25}".format(
"Insurance price per day:", "Small Car", "Family Car", "Van",
"SUV"))
print("-" * 140)
print("{:<45}{:^25}{:^25}{:^25}{:^25}".format("Insurance Package 1",
"2.000kr", "2.000kr",
"3.750kr", "3.300kr"))
print("{:<45}{:^25}{:^25}{:^25}{:^25}".format("Insurance package 2",
"3.750kr", "3.750kr",
"6.000kr", "5.500kr"))
print()
print()
print("{:<45}{:^25}{:^25}{:^25}{:^25}".format(
"Max Deductable Insurance:", "Small Car", "Family Car", "Van",
"SUV"))
print("-" * 140)
print("{:<45}{:^25}{:^25}{:^25}{:^25}".format("Included Insurance",
"195.000kr", "195.000kr",
"395.000kr",
"375.000kr"))
print("{:<45}{:^25}{:^25}{:^25}{:^25}".format("Insurance Package 1",
"49.500kr", "49.500kr",
"105.000kr", "95.000kr"))
print("{:<45}{:^25}{:^25}{:^25}{:^25}".format("Insurance package 2",
"0kr", "0kr", "0kr",
"0kr"))
def print_search_options(self):
print("\t1. Search by Car ID")
print("\t2. Search by Car Class")
print("\t3. Search by Model")
print("\t4. Return to Main Menu")
def get_car_for_rental(self, rental):
return self.__car_repo.get_car_for_rental(rental)
class RentalService:
def __init__(self):
self.__rental_repo = RentalRepo()
self.__car_repo = CarRepo()
def print_rental_database(self):
print(self.__rental_repo)
def pick_date(self):
today = datetime.today()
now = datetime(today.year, today.month, today.day)
while True:
try:
date = input("Choose a starting date(DD/MM/YYYY): ")
date_list = [int(word) for word in date.split("/")]
start_date = datetime(date_list[2], date_list[1], date_list[0])
date = input("Choose a return date(DD/MM/YYYY): ")
date_list = [int(word) for word in date.split("/")]
return_date = datetime(date_list[2], date_list[1],
date_list[0])
correct = True
except:
_ = input("Invalid input.\nPress Enter to continue...")
correct = False
clear()
if correct:
if (return_date > start_date) and (start_date >= now):
clear()
break
else:
_ = input(
"Invalid time period.\nPress Enter to continue...")
clear()
return start_date, return_date
def print_time_period(self, start, end):
start_date = "{}/{}/{}".format(start.day, start.month, start.year)
end_date = "{}/{}/{}".format(end.day, end.month, end.year)
print("({}) ---> ({})".format(start_date, end_date))
def pick_search_criteria_rent(self, start, end):
while True:
self.print_time_period(start, end)
print("\t1. Car ID.")
print("\t2. Search for car.")
print("\t3. Return to menu.")
choice = input("Input choice here: ")
if choice in ["1", "2", "3"]:
clear()
return choice
else:
_ = input("Invalid input.\nPress Enter to continue...")
clear()
def pick_search_criteria_return(self):
while True:
print("1. Car ID.")
print("2. Customer SSN.")
print("3. Return to menu.")
choice = input("Input choice here: ")
if choice in ["1", "2", "3"]:
clear()
return choice
else:
_ = input("Invalid input.\nPress Enter to continue...")
clear()
def search_car(self, start, end):
while True:
self.print_time_period(start, end)
print("Search for car:")
print("\t1. Small car.")
print("\t2. Family car.")
print("\t3. Van.")
print("\t4. SUV.")
print("\t5. Every type.")
print("\t6. Go back.")
choice = input("Input choice here: ")
if choice in ["1", "2", "3", "4", "5", "6"]:
return int(choice)
else:
_ = input("Invalid input.\nPress Enter to continue...")
clear()
def print_list(self, my_list):
print("Available cars")
print(
"{:5}{:<5}{:<10}{:<15}{:<15}{:<15}{:<10}{:<10}{:<10}{:<15}{:<10}{:<10}"
.format(" ", "Nr.", "License", "Make", "Model", "Manuf. Year",
"Seats", "Doors", "Color", "Transmission", "Fuel",
"Price per day"))
for index, car in enumerate(my_list):
print(
"{:5}{:<5}{:<10}{:<15}{:<15}{:<15}{:<10}{:<10}{:<10}{:<15}{:<10}{:<10}"
.format(" ", (index + 1), car.get_car_id(), car.get_make(),
car.get_model(), car.get_manuf_year(), car.get_seats(),
car.get_doors(), car.get_color(),
car.get_transmission(), car.get_fuel_type(),
car.get_price()))
def insurance(self):
while True:
print("Insurance options:")
print("\t1. Included Insurance")
print("\t2. Insurance Package 1")
print("\t3. Insurance Package 2")
print("\t4. See Insurance Info again")
os.system("start python insurance.py ")
try:
choice = int(input("What insurance package do you want? "))
if choice in [1, 2, 3]:
clear()
return choice
except:
_ = input("Invalid input.\nPress Enter to continu...")
clear()
def payment(self):
print("Payment methods:")
print("\t1. Cash.")
print("\t2. Credit Card")
print("\t3. Debit Card.")
print("\t4. Return to Insurance Info.")
choice = input("Preferred payment method: ")
clear()
if choice == "1":
return "Cash"
elif choice == "2":
return "Credit Card"
elif choice == "3":
return "Debit Card"
else:
return None
def get_order_number(self):
rental_list = []
date = datetime.today()
year = str(date.year)
with open("Data/rentals.csv", "r", encoding="utf-8") as rentals:
csv_reader = csv.reader(rentals)
for rental in csv_reader:
rental_list.append(rental)
if ((os.stat("Data/Rentals.csv").st_size)
== 0) or (rental_list[-1][0][2:4] != (year[2:])):
order_number = "ON{}-00001".format(year[2:])
else:
order_number = "ON{}-{:0>5}".format(
year[2:], str((int(rental_list[-1][0][6:]) + 1)))
return order_number
def get_insurance_info(self, car_class, insurance_num):
insurance_list = []
with open("./Data/insurance.csv", "r", encoding="utf-8") as f:
csv_reader = csv.reader(f)
for line in csv_reader:
insurance_list.append(line)
insurance_cost = insurance_list[int(insurance_num) - 1][car_class]
insurance_name = insurance_list[int(insurance_num) - 1][0]
insurance_info = [
info for info in insurance_list[int(insurance_num) - 1][5:]
]
return [int(insurance_cost), insurance_name, insurance_info]
def print_order_confirmation(self, customer, car, insurance, payment,
start, end, additional_driver):
delta = end - start
days = int(delta.days)
start_date = "{}/{}/{}".format(str(start.day), str(start.month),
str(start.year))
end_date = "{}/{}/{}".format(str(end.day), str(end.month),
str(end.year))
order_number = self.get_order_number()
name = customer.get_name()
ssn = customer.get_ssn()
home_address = customer.get_home_address()
email = customer.get_email()
phone = customer.get_phone_num()
if additional_driver != "Empty":
additional_driver_name = "{} {}".format(additional_driver[0],
additional_driver[1])
additional_driver_ssn = additional_driver[2]
additional_driver_driv_license = additional_driver[3]
car_make = car.get_make()
car_model = car.get_model()
car_plate = car.get_car_id()
car_price_per_day = car.get_price()
car_price = car_price_per_day * days
car_price_w_vat = car_price * 1.24
car_string = "{} {} ({})".format(car_make, car_model, car_plate)
car_class = car.get_car_class()
insurance_list = self.get_insurance_info(car_class, insurance)
insurance_cost_per_day = insurance_list[0]
insurance_cost = insurance_cost_per_day * days
insurance_cost_w_vat = insurance_cost * 1.24
insurance_name = insurance_list[1]
insurance_info = insurance_list[2]
total_price = car_price + insurance_cost
vat = total_price * 0.24
total_price_w_vat = total_price * 1.24
print("{:<165}".format(order_number))
print("{:<165}{:<20}".format(name, "HSST Rental Company"))
print("{:<165}{:<20}".format(ssn, "SSN: 040499-2059"))
print("{:<165}{:<20}".format(home_address, "Hvergiland 88"))
print("{:<165}{:<20}".format(email, "*****@*****.**"))
print("{:<165}{:<20}".format(phone, "Phone: 642-1000"))
print("\n\n")
print("{:<20}{:<55}{:<20}{:<20}{:<20}{:<30}{:<20}".format(
"Item", "Description", "Start Date", "Return Date",
"Price per day", "Total Price no VAT", "Total Price with VAT"))
print("{:<20}{:<55}{:<20}{:<20}{:<20}{:<30}{:<20}".format(
"Car Rental", car_string, start_date, end_date,
str(car_price_per_day) + " kr",
str(car_price) + " kr",
str(int(car_price_w_vat)) + " kr"))
print("{:<20}{:<55}{:<20}{:<20}{:<20}{:<30}{:<20}".format(
"Insurance", insurance_name, "", "",
str(insurance_cost_per_day) + " kr",
str(insurance_cost) + " kr",
str(int(insurance_cost_w_vat)) + " kr"))
for info in insurance_info:
print("{:<20}-{:<45}".format("", info))
print("\n")
#Additional driver here
if additional_driver != "Empty":
print("{:<20}{:<45}".format("Additional Driver",
additional_driver_name))
print("{:<20}SSN: {:<45}".format("", additional_driver_ssn))
print("{:<20}Drivers License: {:<45}".format(
"", additional_driver_driv_license))
print("\n\n")
print("{:.<100}{:.>85}".format("Total Price no VAT ",
str(int(total_price)) + " kr"))
print("{:.<100}{:.>85}".format("VAT ", str(int(vat)) + " kr"))
print("{:.<100}{:.>85}".format("Total Price with VAT ",
str(int(total_price_w_vat)) + " kr"))
print("\n\n")
print("Payment: {}".format(payment))
confirm = input("Confirm order(Y/N):").upper()
if confirm == "Y":
if additional_driver == "Empty":
rental = Rental(order_number, name, ssn, car_plate,
insurance, start, end,
str(int(total_price_w_vat)), "Open", payment)
self.__rental_repo.add_rental(rental)
else:
rental = Rental(
order_number, name, ssn, car_plate, insurance, start, end,
str(int(total_price_w_vat)), "Open", payment, [
additional_driver_name, additional_driver_ssn,
additional_driver_driv_license
])
self.__rental_repo.add_rental(rental)
self.__car_repo.change_car_status(car.get_car_id())
clear()
def search_by_car_id_rentals(self, car_id):
car_id_list = self.__rental_repo.search_by_car_id(car_id)
if car_id_list != "Empty":
string = "{:<15}{:<30}{:<12}{:<10}{:<12}{:<20}{:<20}{:<15}{:<10}\n{}\n".format(
"Order Number:", "Name:", "SSN:", "Car ID:", "Insurance:",
"Start Date:", "End Date:", "Total Price:", " ", "-" * 130)
print(string)
for car in car_id_list:
print(car)
_ = input("Please Press Enter to continue...")
else:
input("Rental not found!\nPress Enter to continue...")
def search_rentals_by_ssn(self, ssn):
customer_ssn_list = self.__rental_repo.search_by_cust_ssn(ssn)
if customer_ssn_list != "Empty":
string = "{:<15}{:<30}{:<12}{:<10}{:<12}{:<20}{:<20}{:<15}{:<10}\n{}\n".format(
"Order Number:", "Name:", "SSN:", "Car ID:", "Insurance:",
"Start Date:", "End Date:", "Total Price:", " ", "-" * 130)
print(string)
for car in customer_ssn_list:
print(car)
_ = input("Please Press Enter to continue...")
else:
input("Rental not found!\nPress Enter to continue...")
def open_rentals(self, rental_list):
open_rentals = []
for rental in rental_list:
if rental.get_status() == "Open":
open_rentals.append(rental)
return open_rentals
def print_open_rentals(self, open_rentals, search_criteria):
while True:
# print("{:<5}{:<15}{:<30}{:<12}{:<15}{:<20}{:<12}{:<12}{:<20}{:<5}".format("Nr." ,"Order Number", "Name", "SSN", "License Plate", "Insurance" , "Start Date", "End Date", "Total Price", "Status"))
print(
"{:<5}{:<15}{:<30}{:<12}{:<10}{:<12}{:<20}{:<20}{:<15}{:<10}\n{}"
.format("Nr:", "Order Number:", "Name:", "SSN:", "Car ID:",
"Insurance:", "Start Date:", "End Date:",
"Total Price:", "Status", "-" * 150))
for index, rental in enumerate(open_rentals):
print("{:<5}".format(index + 1), end="")
print(rental)
if search_criteria == "1":
return open_rentals[0]
elif search_criteria == "2":
try:
chosen_rental = int(input("Select an order: "))
clear()
if (chosen_rental > 0) and (
(chosen_rental - 1) < len(open_rentals)):
for index, rental in enumerate(open_rentals):
if index == (chosen_rental - 1):
return rental
else:
_ = input(
"Please enter a valid order\nPress Enter to continue..."
)
clear()
except:
_ = input(
"Please enter a valid order\nPress Enter to continue..."
)
clear()
def fuel_status(self, car):
tank_size = car.get_tank_size()
while True:
fuel_level = input("Fuel Status (G1 - G8): ").upper()
if (fuel_level[0] == "G") and (fuel_level[1:] in [
"1", "2", "3", "4", "5", "6", "7", "8"
]):
break
else:
_ = input("Invalid input.\nPress Enter to continue...")
num = int(fuel_level[-1])
fuel_price = (((8 - num) / 8) * tank_size) * 250
clear()
return int(fuel_price), fuel_level
def damage_check(self):
while True:
damage = input("Car damaged(Y/N): ").upper()
if damage == "Y":
print("Customer needs to fill out form AZ-190-TTS.")
_ = input("Press Enter to continue...")
return True
elif damage == "N":
_ = input("Car in perfect shape.\nPress Enter to continue...")
return False
else:
_ = input("Invalid input.\nPress Enter to continue...")
def change_payment(self, payment):
print("Payment methods:")
print("\t1. Cash.")
print("\t2. Credit Card")
print("\t3. Debit Card.")
choice = input("Preferred payment method: ")
clear()
if choice == "1":
payment = "Cash"
elif choice == "2":
payment = "Credit Card"
elif choice == "3":
payment = "Debit Card"
return payment
def confirm_order(self, rental, payment, start, end, additional_driver,
total_price):
order_num = rental.get_order_num()
name = rental.get_name()
ssn = rental.get_ssn()
car = rental.get_car_id()
insurance = rental.get_insurance()
additional_driver_name = additional_driver[0]
additional_driver_ssn = additional_driver[1]
additional_driver_drivers_license = additional_driver[2]
new_rental = Rental(order_num, name, ssn, car, insurance, start, end,
total_price, "Closed", payment, [
additional_driver_name, additional_driver_ssn,
additional_driver_drivers_license
])
rental_list = self.__rental_repo.get_rental_list()
for index, old_rental in enumerate(rental_list):
if old_rental.get_order_num() == new_rental.get_order_num():
rental_list.pop(index)
rental_list.insert(index, new_rental)
self.__rental_repo.change_rental_list(rental_list)
def finish_order(self, rental, car, customer, fuel, damage):
car_string = "{} {} ({})".format(car.get_make(), car.get_model(),
car.get_car_id())
today = datetime.today()
now = datetime(today.year, today.month, today.day)
start = rental.get_start_date()
start_date = "{}/{}/{}".format(str(rental.get_start_date().day),
str(rental.get_start_date().month),
str(rental.get_start_date().year))
end_date = "{}/{}/{}".format(str(now.day), str(now.month),
str(now.year))
delta = now - rental.get_start_date()
days = int(delta.days)
car_price = car.get_price() * days
car_price_with_vat = int(car_price * 1.24)
insurance_list = self.get_insurance_info(car.get_car_class(),
rental.get_insurance())
insurance_cost_per_day = insurance_list[0]
insurance_cost = insurance_cost_per_day * days
insurance_cost_w_vat = int(insurance_cost * 1.24)
insurance_name = insurance_list[1]
insurance_info = insurance_list[2]
fuel_price = fuel[0]
fuel_price_with_vat = int(fuel_price * 1.24)
total_price = car_price + insurance_cost + fuel_price
total_price_with_vat = car_price_with_vat + insurance_cost_w_vat + fuel_price_with_vat
vat = total_price_with_vat - total_price
payment = rental.get_payment()
additional_driver = rental.get_additional_driver()
while True:
print("{:<165}".format(rental.get_order_num()))
print("{:<165}{:<20}".format(customer.get_name(),
"HSST Rental Company"))
print("{:<165}{:<20}".format(customer.get_ssn(),
"SSN: 040499-2059"))
print("{:<165}{:<20}".format(customer.get_home_address(),
"Hvergiland 88"))
print("{:<165}{:<20}".format(customer.get_email(), "*****@*****.**"))
print("{:<165}{:<20}".format(customer.get_phone_num(),
"Phone: 642-1000"))
print("\n\n")
print("{:<20}{:<55}{:<20}{:<20}{:<20}{:<30}{:<20}".format(
"Item", "Description", "Start Date", "Return Date",
"Price per day", "Total Price no VAT", "Total Price with VAT"))
print("{:<20}{:<55}{:<20}{:<20}{:<20}{:<30}{:<20}".format(
"Car Rental", car_string, start_date, end_date,
str(car.get_price()) + " kr",
str(car_price) + " kr",
str(car_price_with_vat) + " kr"))
print("{:<20}{:<55}{:<20}{:<20}{:<20}{:<30}{:<20}".format(
"Insurance", insurance_name, "", "",
str(insurance_cost_per_day) + " kr",
str(insurance_cost) + " kr",
str(insurance_cost_w_vat) + " kr"))
for info in insurance_info:
print("{:<20}-{:<45}".format("", info))
print("\n")
print("{:<20}{:<55}{:<20}{:<20}{:<20}{:<30}{:<20}".format(
"Fuel Cost", "Fuel Level: " + fuel[1], "", "", "",
str(fuel_price) + " kr",
str(fuel_price_with_vat) + " kr"))
if damage == True:
print("{:<20}{:<55}".format(
"Damage",
"AZ-190-TTS Report sent to insurance department"))
print("\n\n")
print("{:.<100}{:.>85}".format("Total Price no VAT ",
str(total_price) + " kr"))
print("{:.<100}{:.>85}".format("VAT ", str(vat) + " kr"))
print("{:.<100}{:.>85}".format("Total Price with VAT ",
str(total_price_with_vat) + " kr"))
print("\n\n")
print("Payment: {}\n\n".format(payment))
print("1. Confirm order")
print("2. Change payment method")
print("3. Back to main menu")
choice = input("Input choice here: ")
if choice == "1":
self.confirm_order(rental, payment, start, now,
additional_driver, total_price_with_vat)
self.__car_repo.change_car_status(car.get_car_id())
clear()
break
elif choice == "2":
clear()
payment = self.change_payment(payment)
clear()
elif choice == "3":
clear()
break
else:
_ = input("Invalid input.\nPress Enter to continue...")
def get_open_rental_for_car(self, car):
return self.__rental_repo.get_open_rental_for_car(car)
def print_rental_database_menu(self):
print("\t1. View Rental Database")
print("\t2. Search Rental")
print("\t3. Return to Main Menu")
def print_view_rental_database_menu(self):
print("\t1. View Rental Database History")
print("\t2. View Open Rentals")
print("\t3. Return to Main Menu")
def print_search_rental_database_menu(self):
print("\t1. Search Rental by Customer SSN")
print("\t2. Search Rental by Car ID")
print("\t3. Return to Main Menu")
def get_open_rental_for_customer(self, customer, search_criteria):
rental_list = self.__rental_repo.get_rental_list()
open_rentals = []
for rental in rental_list:
if (rental.get_ssn()
== customer.get_ssn()) and (rental.get_status() == "Open"):
open_rentals.append(rental)
if open_rentals != []:
rental = self.print_open_rentals(open_rentals, search_criteria)
return rental
else:
_ = input(
"No rentals found for {}.\nPress Enter to continue...".format(
customer.get_name()))
clear()
return None
def get_open_car_rentals_for_database(self):
all_open_car_rentals = self.__rental_repo.get_open_rental_for_car(
"Empty")
string = "{:<15}{:<30}{:<12}{:<10}{:<12}{:<20}{:<20}{:<15}{:<10}\n{}\n".format(
"Order Number:", "Name:", "SSN:", "Car ID:", "Insurance:",
"Start Date:", "End Date:", "Total Price:", " ", "-" * 130)
print(string)
for car in all_open_car_rentals:
print(car)
class RentalService:
def __init__(self):
self.__rental_repo = RentalRepo()
self.__car_repo = CarRepo()
def pick_date(self):
while True:
try:
date = input("Choose a starting date(DD/MM/YYYY): ")
date_list = [int(word) for word in date.split("/")]
start_date = datetime(date_list[2], date_list[1], date_list[0])
date = input("Choose a return date(DD/MM/YYYY): ")
date_list = [int(word) for word in date.split("/")]
return_date = datetime(date_list[2], date_list[1],
date_list[0])
correct = True
except:
_ = input("Invalid input.\nPress Enter to continue...")
correct = False
clear()
if correct:
if (return_date > start_date) and (start_date >
datetime.today()):
clear()
break
else:
_ = input(
"Invalid time period.\nPress Enter to continue...")
clear()
return start_date, return_date
def print_time_period(self, start, end):
start_date = "{}/{}/{}".format(start.day, start.month, start.year)
end_date = "{}/{}/{}".format(end.day, end.month, end.year)
print("({}) ---> ({})".format(start_date, end_date))
def pick_search_criteria(self, start, end):
while True:
self.print_time_period(start, end)
print("\t1. Car ID.")
print("\t2. Search for car.")
print("\t3. Return to menu.")
choice = input("Input choice here: ")
if choice in ["1", "2", "3"]:
clear()
return choice
else:
_ = input("Invalid input.\nPress Enter to continue...")
clear()
def search_car(self, start, end):
while True:
self.print_time_period(start, end)
print("Search for car:")
print("\t1. Small car.")
print("\t2. Family car.")
print("\t3. Van.")
print("\t4. SUV.")
print("\t5. Every type.")
print("\t6. Go back.")
choice = input("Input choice here: ")
if choice in ["1", "2", "3", "4", "5", "6"]:
return int(choice)
else:
_ = input("Invalid input.\nPress Enter to continue...")
clear()
def print_list(self, my_list):
print("Available cars")
print(
"{:5}{:<5}{:<10}{:<15}{:<15}{:<15}{:<10}{:<10}{:<10}{:<15}{:<10}{:<10}"
.format(" ", "Nr.", "License", "Make", "Model", "Manuf. Year",
"Seats", "Doors", "Color", "Transmission", "Fuel",
"Price per day"))
for index, car in enumerate(my_list):
print(
"{:5}{:<5}{:<10}{:<15}{:<15}{:<15}{:<10}{:<10}{:<10}{:<15}{:<10}{:<10}"
.format(" ", (index + 1), car.get_license_plate(),
car.get_make(), car.get_model(), car.get_manuf_year(),
car.get_seats(), car.get_doors(), car.get_color(),
car.get_transmission(), car.get_fuel_type(),
car.get_price()))
def select_car(self, car_class):
car_list = self.__car_repo.get_car_list()
# available_cars = [car for car in car_list if ((car[4] == car_class) and (car[-1] == "True"))]
available_cars = [
car for car in car_list if (car.get_availability() == "True") and (
car.get_car_class() == car_class)
]
clear()
while True:
self.print_list(available_cars)
try:
car_choice = int(input("Select a car: "))
if (car_choice > 0) and (car_choice <= len(available_cars)):
return available_cars[car_choice]
else:
_ = input("Invalid input!\nPress Enter to continue...")
clear()
except:
_ = input("Invalid input!\nPress Enter to continue...")
clear()
def insurance(self):
print("Insurance options:")
print("\t1. Included Insurance")
print("\t2. Insurance Package 1")
print("\t3. Insurance Package 2")
print("\t4. Return to Customer Info"
) # Spurning hvort við eigum að gerae þetta...
os.system("start python insurance.py ")
choice = int(input("What insurance package do you want? "))
clear()
return choice
def payment(self):
print("Payment methods:")
print("\t1. Cash.")
print("\t2. Credit Card")
print("\t3. Debit Card.")
print("\t4. Return to Insurance Info.")
choice = input("Preferred payment method: ")
clear()
if choice == "1":
return "Cash"
if choice == "2":
return "Credit Card"
if choice == "3":
return "Debit Card"
def get_order_number(self):
rental_list = []
date = datetime.today()
year = str(date.year)
year[2:]
with open("Data/rentals.csv", "r", encoding="utf-8") as rentals:
csv_reader = csv.reader(rentals)
for rental in csv_reader:
rental_list.append(rental)
order_number = "ON{}-{}".format(year[2:],
str((int(rental_list[-1][0][6:]) + 1)))
return order_number
def get_insurance_info(self, car_class, insurance_num):
insurance_list = []
with open("./Data/insurance.csv", "r", encoding="utf-8") as f:
csv_reader = csv.reader(f)
for line in csv_reader:
insurance_list.append(line)
insurance_cost = insurance_list[insurance_num - 1][car_class]
print(insurance_cost)
insurance_name = insurance_list[insurance_num - 1][0]
# insurance_info = [insurance_list[insurance_num - 1][5:]]
insurance_info = [
info for info in insurance_list[insurance_num - 1][5:]
]
return [int(insurance_cost), insurance_name, insurance_info]
def print_order_confirmation(self,
customer,
car,
insurance,
payment,
start,
end,
additional_driver="Empty"):
delta = end - start
days = int(delta.days)
order_number = self.get_order_number()
name = customer.get_name()
ssn = customer.get_soc_sec_num()
home_address = customer.get_home_address()
email = customer.get_email()
phone = customer.get_phone_num()
if additional_driver != "Empty":
additional_driver_name = "{} {}".format(additional_driver[0],
additional_driver[1])
additional_driver_ssn = additional_driver[2]
additional_driver_driv_license = additional_driver[3]
car_make = car.get_make()
car_model = car.get_model()
car_plate = car.get_license_plate()
car_price_per_day = car.get_price()
car_price = car_price_per_day * days
car_price_w_vat = float(car_price * 1.24)
car_string = "{} {} ({})".format(car_make, car_model, car_plate)
car_class = car.get_car_class()
insurance_list = self.get_insurance_info(car_class, insurance)
insurance_cost_per_day = int(insurance_list[0])
insurance_cost = insurance_cost_per_day * days
insurance_cost_w_vat = float(insurance_cost * 1.24)
insurance_name = insurance_list[1]
insurance_info = insurance_list[2]
total_price = car_price + insurance_cost
vat = float(total_price * 0.24)
total_price_w_vat = float(total_price * 1.24)
print("{:<150}".format(order_number))
print("{:<150}{:<20}".format(name, "HSST Rental Company"))
print("{:<150}{:<20}".format(ssn, "SSN: 040499-2059"))
print("{:<150}{:<20}".format(home_address, "Hvergiland 88"))
print("{:<150}{:<20}".format(email, "*****@*****.**"))
print("{:<150}{:<20}".format(phone, "Phone: 642-1000"))
print("\n\n")
print("{:<20}{:<45}{:<20}{:<20}{:<20}{:<30}{:<20}".format(
"Item", "Description", "Start Date", "Return Date",
"Price per day", "Total Price no VAT", "Total Price with VAT"))
print("{:<20}{:<45}{:<20}{:<20}{:<20} kr{:<30} kr{:<20} kr".format(
"Car Rental", car_string, start, end, car_price_per_day, car_price,
car_price_w_vat))
print("{:<20}{:<45}{:<20}{:<20}{:<20} kr{:<30} kr{:<20} kr".format(
"Insurance", insurance_name, "", "", insurance_cost_per_day,
insurance_cost, insurance_cost_w_vat))
for info in insurance_info:
print("{:<15}-{:<45}".format("", info))
#Additional driver here
if additional_driver != "Empty":
print("{:<15}{:<45}".format("Additional Driver",
additional_driver_name))
print("{:<15}SSN: {:<45}".format("", additional_driver_ssn))
print("{:<15}Drivers License: {:<45}".format(
"", additional_driver_driv_license))
print("\n\n")
print("{:.<100}{:.>70} kr".format("Total Price no VAT ", total_price))
print("{:.<100}{:.>70} kr".format("VAT ", vat))
print("{:.<100}{:.>70} kr".format("Total Price with VAT ",
total_price_w_vat))
print("\n\n")
print("Payment: {}".format(payment))
_ = input()