Please write the 2 classes in the ULM in Java. Implement the methods for each class. The signatures and descriptions of what each method is to accomplish is below. Will rate answer.

For our third lab, we will write a pair of classes that do not have this limitation: Song and Playlist. Playlist objects store a list of Song objects that can be modified in various ways. Most importantly, the state of a Playlist can be saved and loaded from a text file, so we can keep track of our music collection even after our program stops! Class Diagram:1 0..1 0..* Song -title: String -artist: String -minutes: int -seconds: int -numPlays: int -IDX TITLE = 0: int -IDX ARTIST = 1: int -IDX LENGTH = 2: int -IDX NUM PLAYS = 3: int +Song(info: String) +Song(other: Song) +getTitle(): String +getArtist(): String +getMinutes(): int +getSeconds(): int +getLength(): String +getNumPlays (): int +incrementPlays (): void +toString(): String Playlist -songs: ArrayList +Playlist() +Playlist(filename: String) - load(filename: String): void +save(filename: String): void +addSong( song: Song): void +addSong(index: int, song: Song): void +addSongs (filename: String): void +getSong(index: int): Song +numSongs(): int +playSong(index: int): void +remove Song(index: int): Song +toString(): String +favoriteArtist(): String +totalPlaytime(): String Song Class: Each Song has a title, artist, length, and play count. The length is stored in two fields: minutes and seconds. Songs can be constructed from either an info String or another Song object. Info Strings have the following format: "