Design a Java class named Guitar that contains: 

• A private int data field named numStrings that defines the number of strings on the guitar. The default value should be 6. 
• A private double data field named guitarLength that defines the length of the guitar in inches. The default value should be 28.2 
• A private String data field named guitarManufacturer that defines the manufacturer of the guitar. The default value should be "Gibson". 
• A private Color data field named guitarColor that defines the color of the guitar. The default value should be Color.Red. 
• A no argument constructor that creates a Guitar using the default number of strings, length, manufacturer and color. 
• A constructor that creates a Guitar using a specified number of strings, length, manufacturer and color. 
• Getter methods for all data fields. 
• A playGuitar() method that returns a string representation of 16 randomly selected musical notes of random duration. For example, the first part of the string returned might look like this: [A(2), G(3), B(0.5), C(1), C(1), D(0.25), ...]. You can assume one octave in the key of C where valid notes include A, B, C, D, E, F and G and duration values are .25, .5, 1, 2, and 4 representing sixteenth notes, eighth notes, quarter notes, half notes and whole notes, respectively. 
• A toString() method that displays the number of strings, length, manufacturer and color in String format 

Be sure your code compiles. 

Design a Java test program, named TestGuitar, to create 3 different Guitars representing each representing a unique test case and call each all of the getter methods along with the toString and playGuitar() methods and document the output. For example for a Guitar with 7 strings, length of 30.2, manufactured by Fender with a color of Black, the output may look similar to this: