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Computer Engineering
Part 1: You have been hired by a retro game shop to develop a digital inventory system for their stock. This program will bring their business into the 21st century! Your first task is simple develop a class that models an individual game in inventory. You will use this class to create objects in the next two parts of this test. 1 Create a Game class. It should have the following attributes (with appropriate data types): gameName release Date cost

Part 1: You have been hired by a retro game shop to develop a digital inventory system for their stock. This program will bring their business into the 21st century! Your first task is simple develop a class that models an individual game in inventory. You will use this class to create objects in the next two parts of this test. 1 Create a Game class. It should have the following attributes (with appropriate data types): gameName release Date cost

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Part 1: You have been hired by a retro game shop to develop a digital inventory system for their stock. This program will bring their business into the 21st century! Your first task is simple - develop a class that models an individual game in inventory. You will use this class to create objects in the next two parts of this test. Create a Game class. It should have the following attributes (with appropriate data types): gameName release Date cost isMultiplayer The attributes should be designed with proper encapsulation in mind. It should also have the following public methods: Default constructor that initializes cost to 0.0, isMultiplayer to false, and gameName and release Date to null or empty. An overloaded constructor that takes in four values as parameters and assigns them to the correct data attribute in the Game object. If the cost parameter is less than 0.0, assign cost to 0.0. Getter and setter methods for gameName, release Date, and is Multiplayer data attributes. Setter method for cost. A calculateCost() method that takes in a "taxPercentage" and "discountPercentage" parameter. It should return the cost of the item plus the tax, minus any discount if that parameter is greater than 0.0. The object's cost variable should not be changed by this operation - it should only be used as part of the equation to return the final price. There is no need to create a driver class for Part 1; you will do this in Part 2 and Part 3. T
Transcribed Image Text:Part 1: You have been hired by a retro game shop to develop a digital inventory system for their stock. This program will bring their business into the 21st century! Your first task is simple - develop a class that models an individual game in inventory. You will use this class to create objects in the next two parts of this test. Create a Game class. It should have the following attributes (with appropriate data types): gameName release Date cost isMultiplayer The attributes should be designed with proper encapsulation in mind. It should also have the following public methods: Default constructor that initializes cost to 0.0, isMultiplayer to false, and gameName and release Date to null or empty. An overloaded constructor that takes in four values as parameters and assigns them to the correct data attribute in the Game object. If the cost parameter is less than 0.0, assign cost to 0.0. Getter and setter methods for gameName, release Date, and is Multiplayer data attributes. Setter method for cost. A calculateCost() method that takes in a "taxPercentage" and "discountPercentage" parameter. It should return the cost of the item plus the tax, minus any discount if that parameter is greater than 0.0. The object's cost variable should not be changed by this operation - it should only be used as part of the equation to return the final price. There is no need to create a driver class for Part 1; you will do this in Part 2 and Part 3. T
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