Objective:

Create a VinylCollection class that manages a vinyl record collection using a bag data

structure. This class will support adding multiple records, removing records in different ways,

and analyzing the collection to find the artist with the most records.

Your VinylCollection will hold VinylRecord objects. Use the provided VinylRecord.java

class, which includes attributes such as album title, artist, and genre.

Requirements:

$1.$ Vinyl Collection Operations: Your VinylCollection should support the following

operations:

o Add a new record to the collection.

o Add multiple copies of a given record $($e$.$g$.,$ add $3$ copies of "Abbey Road"$).$

o Remove a record randomly from the collection $($as if pulling one off the shelf at

random$).$

o Remove a specific record by searching for it in the collection $($as if selecting a

specific album to play$).$

o Display the entire collection, listing each record$$s album title, artist, and genre.

At the end, display the total number of records in the collection.

o Determine which artist has the most records in the collection.

$2.$ Driver Program: Write a driver program to test your VinylCollection

implementation. Your driver should:

o Create several VinylRecord instances.

o Add records to the collection.

o Add multiple copies of some records to the collection.

o Remove records both randomly and specifically.

o Display the collection and confirm that the total number of records is correctly

displayed.

o Test the method that determines which artist has the most records and confirm it

works as expected.

$3.$ Coding Principles: Follow sound coding practices to ensure that your implementation is

generalized, reusable, and well$-$documented:

o Your VinylCollection class should be able to use any bag implementation, and

all methods should work regardless of which bag implementation is used.

o Avoid re$-$implementing existing bag operations. Use them within your vinyl

collection class.

o Document your code with header comments for each method and in$-$line

comments as needed to explain the logic and functionality.

vinylrecord.java provided:

public class VinylRecord $\{$

private String albumTitle;

private String artist;

private String genre;

$//$ Constructor

public VinylRecord$($String albumTitle, String artist, String genre$)\{$

this.albumTitle $=$ albumTitle;

this.artist $=$ artist;

this.genre $=$ genre;

$\}$

$//$ Getters

public String getAlbumTitle$()\{$

return albumTitle;

$\}$

public String getArtist$()\{$

return artist;

$\}$

public String getGenre$()\{$

return genre;

$\}$

$//$ Setters

public void setAlbumTitle$($String albumTitle$)\{$

this.albumTitle $=$ albumTitle;

$\}$

public void setArtist$($String artist$)\{$

this.artist $=$ artist;

$\}$

public void setGenre$($String genre$)\{$

this.genre $=$ genre;

$\}$

$//$ Override equals$()$ to compare VinylRecord objects based on album title, artist, and genre

@Override

public boolean equals$($Object obj$)\{$

if $($this $==$ obj$)\{$

return true;

$\}$

if $($obj $==$ null $||$ getClass$()!=$ obj.getClass$())\{$

return false;

$\}$

VinylRecord that $=($VinylRecord$)$ obj;

return albumTitle.equals$($that$.$albumTitle$)$ &&

artist.equals$($that$.$artist$)$ &&

genre.equals$($that$.$genre$)$;

$\}$

$//$ Override toString$()$ for easy display of a VinylRecord's information

@Override

public String toString$()\{$

return "Album: $"+$ albumTitle $+",$ Artist: $"+$ artist $+",$ Genre: $"+$ genre;

$\}$

$\}$