public abstract class ABilgi { private int row, private int column; public int00 table; public ABilgi(int r, int e) { row =r, column - c; table = new int[row][column]; public void hio { System.out printin( hi"); public abstract void fillTable); public abstract int] sumOfColumnTable0;/ *for example, if table has: 123 456 78 9 Your method should return: 12, 15, 18 * public abstract void printTable(); // print table elements } / end of the ABilgi class * Write a class that uses the ABilgi abstract class defined above. * The class should fill the table with random mumbers between "0" and "upper bound" value. * So, the class should have a property to hold the "upper bound" value * Implement your class constructor considering (it means your constructor must get the upper bound value) all cases and test all methods given in the "ABilgi" class. * For invalid input, you should throw exceptions.

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
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Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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public abstract class ABilgi {
private int row,
private int column;
public int()) table;
public ABilgi(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 int) sumOfColumnTable(0;//
*for example, if table has:
123
456
78 9
Your method should return: 12, 15, 18 *
public abstract void printTable(); // print table elements
}/ end of the ABilgi class
* Write a class that uses the ABilgi abstract class defined above.
* The class should fill the table with random mumbers between "0" and "upper bound" value.
* So, the class should have a property to hold the "upper bound" value.
* Implement your class constructor considering (it means your constructor must get the upper bound value) all cases and test all methods given in the "ABilgi" class.
* For invalid input, you should throw exceptions.
Transcribed Image Text:public abstract class ABilgi { private int row, private int column; public int()) table; public ABilgi(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 int) sumOfColumnTable(0;// *for example, if table has: 123 456 78 9 Your method should return: 12, 15, 18 * public abstract void printTable(); // print table elements }/ end of the ABilgi class * Write a class that uses the ABilgi abstract class defined above. * The class should fill the table with random mumbers between "0" and "upper bound" value. * So, the class should have a property to hold the "upper bound" value. * Implement your class constructor considering (it means your constructor must get the upper bound value) all cases and test all methods given in the "ABilgi" class. * For invalid input, you should throw exceptions.
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