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BN108 Programming For Networking, Melbourne Institute Of Technology, Australia

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Task 1: Main menu: design and functionality

Task 2: Buy : design and functionality

Task 3: Sell: design and functionality

Task 4: Search: design and functionality

Task 5: list_all_cars: design and functionality

Task 6: Add car: design and functionality

Task 7: Remove car: design and functionality

Task 8: All cars: design and functionality

Task 9: Search car: design and functionality

Task 10: Car class: design and functionality

Answer: Program Overview: This is a pyton based project to implement the functionality of a Car Yard, where cars are bought and stored in the car yard and also sell the cars. In this project, we use the object oriented programming methodology, in which we create a class to represent the car object. The car class have regno, model, color, purchase price and sell price of the car. The sell price is calculated by increasing the purchase price by 30%.

The project uses list to store the car objects. We use for loops, if -elif structure to create the logic of the project. We create 3 different classes, namely Car, Cars, and Caryard. Car class represent the each car, Cars class have the list to store the Car records, and provide the functionality to add new car, remove car, search car and print all cars from the car stock list. Caryard class implements the functionality to buy new car, sell car, search car in stock and print all cars in stock. The Caryard class is in turn is implemented in application.py file which have the main() function to execute the project.

Output Screen Of Project: Python 3.6.1 |Anaconda 4.4.0 (64-bit)| (default, May 11 2017, 13:25:24) [MSC v.1900 64 bit (AMD64)]

Type "copyright", "credits" or "license" for more information.

IPython 5.3.0 -- An enhanced Interactive Python.

? -> Introduction and overview of IPython's features.

%quickref -> Quick reference.

help -> Python's own help system.

object? -> Details about 'object', use 'object??' for extra details.

Populating the interactive namespace from numpy and matplotlib

Car Yard

1. Buy

2. Sell

3. Search

4. Show all

5. Quit

Your option [1-5] : 1

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BUY CAR 

Enter Registration number : CA4573

Enter Model : MERCEDES

Enter Color : BLACK

Enter purchase price : 150000

Car added : MERCEDES

Car Yard

1. Buy

2. Sell

3. Search

4. Show all

5. Quit

Your option [1-5] : 1

BUY CAR

Enter Registration number : CA4573

Duplicate Registration number !!

Enter Registration number : NY2567

Enter Model : BMW

Enter Color : RED

Enter purchase price : 180000

Car added : BMW

Car Yard

1. Buy

2. Sell

3. Search

4. Show all

5. Quit

Your option [1-5] : 1

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BUY CAR

Enter Registration number : TX7754

Enter Model : HYUNDAI

Enter Color : GREY

Enter purchase price : 80000

Car added : HYUNDAI

Car Yard

1. Buy

2. Sell

3. Search

4. Show all

5. Quit

Your option [1-5] : 4

CARS IN YARD

Cars in Yard (Total 3)

No# Regno Model Color Price Sell Price

1 CA4573 MERCEDES BLACK $150000.00 $195000.00

2 NY2567 BMW RED $180000.00 $234000.00

3 TX7754 HYUNDAI GREY $80000.00 $104000.00

Car Yard

1. Buy

2. Sell

3. Search

4. Show all

5. Quit

Your option [1-5] : 2

SELL CAR

Enter Registration number : NY789

Incorrect Registration number : NY789

Enter Registration number : NY2567

Car Model : BMW

Car Color : RED

Car Purchase Price : $180000.00

Car Sell Price : $234000.00

Car Yard

1. Buy

2. Sell

3. Search

4. Show all

5. Quit

Your option [1-5] : 4

CARS IN YARD

Cars in Yard (Total 2)

No# Regno Model Color Price Sell Price

1 CA4573 MERCEDES BLACK $150000.00 $195000.00

2 TX7754 HYUNDAI GREY $80000.00 $104000.00

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Car Yard

1. Buy

2. Sell

3. Search

4. Show all

5. Quit

Your option [1-5] : 3

SEARCH CAR

Enter Registration number : TX7754

Car Model : HYUNDAI

Car Color : GREY

Car Price : $80000.00

Car Yard

1. Buy

2. Sell

3. Search

4. Show all

5. Quit

Your option [1-5] : 5

UML MODEL OF A CAR CLASS

UML MODEL OF A CAR CLASS.jpg

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