int dataOne) = { 1, 2, 3, 4, 5, 6 }; int dataTwo[] = { 1, 5, 8, 9, 10, 30, 20 ); public abstract class Final implements IFinal { public int arrOne0; public int arTwo[]; public Final() { arrOne = dataone; arrTwo - dataTwo; public Final(int a], int[] b) { arrOne =a; arrTwo - b; public abstract int] commonNumbers0/ returns an array that holds common mumbers in given aray: / for example: 1, 5 are common data in two arrays public abstract int maxCommonNumber(); / this method returns the biggest mumber in the common numbers. For example: "5" is the biggest mumber } / end of the "Final" class Write a class that uses the Final abstract class defined above. Your class should have two constructors. 1. Default constructor, doesn't take any data. 2. Overloaded constructor. It takes two integer arrays (define array with random numbers) Create two objects with using two different constructors and test all methods given in the "Final" class. For invalid inputs, you should throw exceptions (consider possible invalid inputs)

int dataOne) = { 1, 2, 3, 4, 5, 6 }; int dataTwo[] = { 1, 5, 8, 9, 10, 30, 20 ); public abstract class Final implements IFinal { public int arrOne0; public int arTwo[]; public Final() { arrOne = dataone; arrTwo - dataTwo; public Final(int a], int[] b) { arrOne =a; arrTwo - b; public abstract int] commonNumbers0/ returns an array that holds common mumbers in given aray: / for example: 1, 5 are common data in two arrays public abstract int maxCommonNumber(); / this method returns the biggest mumber in the common numbers. For example: "5" is the biggest mumber } / end of the "Final" class Write a class that uses the Final abstract class defined above. Your class should have two constructors. 1. Default constructor, doesn't take any data. 2. Overloaded constructor. It takes two integer arrays (define array with random numbers) Create two objects with using two different constructors and test all methods given in the "Final" class. For invalid inputs, you should throw exceptions (consider possible invalid inputs)

EBK JAVA PROGRAMMING

9th Edition

ISBN:9781337671385

Author:FARRELL

Publisher:FARRELL

Chapter11: Advanced Inheritance Concepts

Section: Chapter Questions

Problem 2GZ

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JAVA public abstract class Final { private int row; private int column; public int[ ][ ] table; public Final(int r, int c) { row = r; column = c; table = new int[row][column]; } public void hi() { System.out.println("hi"); } public abstract void fillTable( ); public abstract double[] averageOfColumnTable( );// /*for example, if table has: 123456789 Your method should return: 4.0, 5.0, 6.0 */ public abstract void printTable( ); // print table elements } // end of the Final class 1. Write a class that uses the Final abstract class defined above.2. The class should fill the table with random numbers between “0” and ”upper bound” value.3. Be sure, the class should have a property to hold the “upper bound” value. 4. Implement your class constructor considering (it means your constructor must get the upper bound value,also consider exceptions for invalid parameters) 5. Write a Test class and test all methods that have been Implemented.
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