• Setup the workspace for the P4 assignment.
• Learn how to write Java switch statements

   		// Create maze
		String fileName = args[0];
		Maze maze = new Maze(fileName);
		System.out.println("Maze name: " + fileName);

		// Get dimensions
		int mazeWidth = maze.getWidth();
		int mazeHeight = maze.getHeight();
		System.out.println("Maze width: " + mazeWidth);
		System.out.println("Maze height: " + mazeHeight);

1. Modify the run configuration to pass Maze1.txt to the program.
2. Test your program by calling maze.moveRight() to make the student move right one square.
3. The maze object has similar methods to move down, left, and up, try calling each of them.
4. The boolean returned from the move methods reports if the move was successful or not.
5. Add code to print "Success" or "Failure" based on the return value from each move.
6. The maze object also has a method called maze.isDone() that returns a boolean.
7. The boolean is true when the student has found the Java icon, otherwise it is false.
8. Add enough calls to maze.moveRight() to make the student find the Java icon.
9. Add a call maze.isDone() before and after the last move, and print the result.

1. Create a project and class named R5 in Eclipse, and put the following into main:
2. Declare and initialize an integer and scanner to read from the console.
3. Print the prompt "Enter an integer: ", and read the integer from the user.
4. Write a switch statement that handles all values from 1 to 10 of the integer.
5. For each case in which the integer is prime, print a message such as the following:

   7 is a prime number.

6. For each case in which the integer is not prime, print a message such as the following:

   6 is not a prime number.

7. For all other values of the integer, print a message such as the following:

   11 may or may not be prime.

1. Declare and initialize a String variable and scanner to read from the console.
2. Print the prompt "Enter an character: ", and read the String from the user.
3. Declare a character variable and make it equal to the first character of the string.
4. Write a switch statement that handles the characters '+', '-', '*', '/', '%', '&', and '|'.
5. For each case, print the character and its meaning in Java, for example:

   * is the multiplication operator.

6. For all other values of the character, print a message such as the following:

   Not sure if ? is an operator.
   

1. Declare and initialize a String variable and scanner to read from the console.
2. Print the prompt "Enter a string: ", and read the String from the user.
3. Write a switch statement that handles the string "open", "save", "exit", "find", and "help".
4. For each case where the string is not equal to "exit", print a message such as the following:

   Processing the open command.

5. For the case where the string equals "exit", call System.exit(0).
6. For all other values of the string, print a message such as the following:

   Unknown command: whatever

7. Now put the prompting and switch statement into a while (true) loop.
8. This code is now a command processing loop, accepting commands until the user types "exit".