In Java Write a class definition for a Rectangle class that contains: • Two int fields, length and width. • Mutator and accessor methods for the length and width fields. • A Boolean method named isSquare that returns true if the rectangle’s length and width are the same and false otherwise. b) Write a class definition for a RectangleDriver class that contains a main method that acts as a driver for the Rectangle class of the previous problem. The main method should do this: • Construct a Rectangle object named rect. • Use the mutator methods to assign arbitrary values to rect’s length and width fields. • Use the Boolean method to determine if rect is a square. -- If rect is a square, print “Square: ” and then the square’s dimensions. For example: Square: 4x4. -- If rect is not a square, print “Rectangle: ” and then the rectangle’s dimensions. For example: Rectangle: 6x13. • In printing the above messages, use the accessor methods to retrieve the rectangle’s dimensions
In Java
Write a class definition for a Rectangle class that contains:
• Two int fields, length and width.
• Mutator and accessor methods for the length and width fields.
• A Boolean method named isSquare that returns true if the rectangle’s length
and width are the same and false otherwise.
b) Write a class definition for a RectangleDriver class that contains a main method
that acts as a driver for the Rectangle class of the previous problem. The main method
should do this:
• Construct a Rectangle object named rect.
• Use the mutator methods to assign arbitrary values to rect’s length and width
fields.
• Use the Boolean method to determine if rect is a square.
-- If rect is a square, print “Square: ” and then the square’s dimensions.
For example: Square: 4x4.
-- If rect is not a square, print “Rectangle: ” and then the rectangle’s
dimensions. For example: Rectangle: 6x13.
• In printing the above messages, use the accessor methods to retrieve the
rectangle’s dimensions
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