Exception: In C++, the exception is an object used to signal the unexpected error occurred during a program execution. An exception has been thrown when an error has been occurred in a program. Exception Handler: The “throw point” is a statement which uses the keyword “throw” to throw an exception which occurred while executing the program. After the execution of “throw” statement, the program control will move to another part in the same program to handle the exception is called as “exception handler”. In order to handle an exception, construct a “try/catch” block in a program. The “try” block: The “try” block is starts with the keyword “try” and it contains the code which will have the possibility to generate an exception. The “try” block must be followed by one or more “catch” blocks which are denoted as exception handlers.

Question

Want to see the full answer?

Answer 1

Question

Chapter 16, Problem 12RQE

The “catch” block contains code to respond an exception.

Program Plan Intro

Exception:

In C++, the exception is an object used to signal the unexpected error occurred during a program execution.

An exception has been thrown when an error has been occurred in a program.

Exception Handler:

The “throw point” is a statement which uses the keyword “throw” to throw an exception which occurred while executing the program.

After the execution of “throw” statement, the program control will move to another part in the same program to handle the exception is called as “exception handler”.

In order to handle an exception, construct a “try/catch” block in a program.

The “try” block:

The “try” block is starts with the keyword “try” and it contains the code which will have the possibility to generate an exception.

The “try” block must be followed by one or more “catch” blocks which are denoted as exception handlers.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Students have asked these similar questions

Change the following code so that when player wins the game, the game continues by creating new GameGUI with the same player. However the player's starting position is same, everything else should be reseted. public static void main(String[] args) { Labyrinth labyrinth = new Labyrinth(10); Player player = new Player(9, 0); Random rand = new Random(); Dragon dragon = new Dragon(rand.nextInt(10), 9); JFrame frame = new JFrame("Labyrinth Game"); GameGUI gui = new GameGUI(labyrinth, player, dragon); frame.setLayout(new BorderLayout()); frame.setSize(600, 600); frame.setDefaultCloseOperation(JFrame.EXIT_ON_CLOSE); frame.add(gui, BorderLayout.CENTER); frame.pack(); frame.setResizable(false); frame.setVisible(true); } public class GameGUI extends JPanel { private final Labyrinth labyrinth; private final Player player; private final Dragon dragon; private Timer timer; private long…

Create a menu item which restarts the game. Also add a timer, which counts the elapsed time since the start of the game level. When the restart is pressed, the restarted game should ask the player' name (in the GameGUI constructor) and set the score of player to 0 (player.setScore(0)), and the timer should restart again. And create a logic so that if the player loses his life (checkGame if the condition is false), then save this number together with his name into two variables. And display two buttons where one quits the game altogether (System.exit(0)) and the other restarts the game. public class GameGUI extends JPanel { private final Labyrinth labyrinth; private final Player player; private final Dragon dragon; private final ImageIcon playerIcon = new ImageIcon("data/images/player.png"); private final ImageIcon dragonIcon = new ImageIcon("data/images/dragon.png"); private final ImageIcon wallIcon = new ImageIcon("data/images/wall.png"); private final ImageIcon…

Please original work Analyze the complexity issues of processing big data What are five complexities and talk about the reasons they make the implementation complex. Please cite in text references and add weblinks