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Define a Generic class named Shape that has three instance variables: shapelnfo, representing an object of any type T, area, a double value representing area of the shape and volume, a double value representing the volume of the shape. The partial class diagram of Shape class is given below.

Define a Generic class named Shape that has three instance variables: shapelnfo, representing an object of any type T, area, a double value representing area of the shape and volume, a double value representing the volume of the shape. The partial class diagram of Shape class is given below.

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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Define a Generic class named Shape that has three instance variables: shapelnfo, representing an object of any type T, area, a double value representing area of the shape and volume, a double value representing the volume of the shape. The partial class diagram of Shape class is given below. Shape <T> - shapelnfo: T - area: double | - volume: double Complete this class definition by including appropriate constructors, setters, getters | and toString methods. You may safely assume that the class T has implemented toString() method in its definition. Objects of the Shape class as defined in question 3, must have non-negative area and volume. If negative values are given for any fields, a user-defined exception NegativeValueException must be thrown and the program must stop executing. Again the value of area and volume should be in the range of double. It will throw another user defined exception OverflowException if the value is greater than the range of double type that is 264. Define two user-defined exception class NegativeValueException and OverflowException respectively. Then, modify the Shape class such that if the area and vloume is negative, the class must throw a NegativeValueException. Also modify the the area and volume is greater than the double range then this will throw a OverflowException. Write only the part of the class that you have modified. No need to write the full definition again. Write a main method within the Main class that creates a Shape type object, surrounded with appropriate try-catch block.
Transcribed Image Text:Define a Generic class named Shape that has three instance variables: shapelnfo, representing an object of any type T, area, a double value representing area of the shape and volume, a double value representing the volume of the shape. The partial class diagram of Shape class is given below. Shape <T> - shapelnfo: T - area: double | - volume: double Complete this class definition by including appropriate constructors, setters, getters | and toString methods. You may safely assume that the class T has implemented toString() method in its definition. Objects of the Shape class as defined in question 3, must have non-negative area and volume. If negative values are given for any fields, a user-defined exception NegativeValueException must be thrown and the program must stop executing. Again the value of area and volume should be in the range of double. It will throw another user defined exception OverflowException if the value is greater than the range of double type that is 264. Define two user-defined exception class NegativeValueException and OverflowException respectively. Then, modify the Shape class such that if the area and vloume is negative, the class must throw a NegativeValueException. Also modify the the area and volume is greater than the double range then this will throw a OverflowException. Write only the part of the class that you have modified. No need to write the full definition again. Write a main method within the Main class that creates a Shape type object, surrounded with appropriate try-catch block.
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