Riffy

A lavalink client for Node.JS, designed to be simple and easy to use. Compatible with all Discord libraries (discord.js, Eris, etc.).

Installation

npm install riffy

Features

• Supports versions 3 and 4 of the Lavalink protocols.
• Autoplay support for YouTube, SoundCloud, and Spotify.
• Compatible with all Discord libraries (discord.js, Eris, etc.).
• Works with all Lavalink filters.

Example Project

• Riffy Music Bot

Documentation

• Documentation
• Discord Server

Quick Start

First things first, you need to have a Lavalink node running. You can download the latest version of Lavalink from here, or you can use this nodes for free.

Note

This project uses MessageContent intent, so make sure to enable it in your application settings.

Creating a Project

We are using discord.js for this example, but you can use any Discord library you prefer.

Import the Riffy class from the riffy package.

// For CommonJS
const { Riffy } = require("riffy");
// For ES6
import { Riffy } from "riffy";

Below is an example of a basic Discord music bot using Discord.js and Riffy. (Lavalink V4)

// index.js

const { Client, GatewayDispatchEvents } = require("discord.js");
const { Riffy } = require("riffy");

const client = new Client({
    intents: [
        "Guilds",
        "GuildMessages",
        "GuildVoiceStates",
        "GuildMessageReactions",
        "MessageContent",
        "DirectMessages",
    ],
});

const nodes = [
    {
        host: "localhost",
        password: "youshallnotpass",
        port: 2333,
        secure: false,
    },
];

client.riffy = new Riffy(client, nodes, {
    send: (payload) => {
        const guild = client.guilds.cache.get(payload.d.guild_id);
        if (guild) guild.shard.send(payload);
    },
    defaultSearchPlatform: "ytmsearch",
    restVersion: "v4", // Or "v3" based on your Lavalink version.
});

client.on("ready", () => {
    client.riffy.init(client.user.id);
    console.log(`Logged in as ${client.user.tag}`);
});

client.on("messageCreate", async (message) => {
    if (!message.content.startsWith("!") || message.author.bot) return;

    const args = message.content.slice(1).trim().split(" ");
    const command = args.shift().toLowerCase();

    if (command === "play") {
        const query = args.join(" ");

        // Create a player.
        const player = client.riffy.createConnection({
            guildId: message.guild.id,
            voiceChannel: message.member.voice.channel.id,
            textChannel: message.channel.id,
            deaf: true,
        });

        const resolve = await client.riffy.resolve({
            query: query,
            requester: message.author,
        });
        const { loadType, tracks, playlistInfo } = resolve;

        /**
         * Important: If you are using Lavalink V3, here are the changes you need to make:
         *
         * 1. Replace "playlist" with "PLAYLIST_LOADED"
         * 2. Replace "search" with "SEARCH_RESULT"
         * 3. Replace "track" with "TRACK_LOADED"
         */

        if (loadType === "playlist") {
            for (const track of resolve.tracks) {
                track.info.requester = message.author;
                player.queue.add(track);
            }

            message.channel.send(
                `Added: \`${tracks.length} tracks\` from \`${playlistInfo.name}\``
            );
            if (!player.playing && !player.paused) return player.play();
        } else if (loadType === "search" || loadType === "track") {
            const track = tracks.shift();
            track.info.requester = message.author;

            player.queue.add(track);
            message.channel.send(`Added: \`${track.info.title}\``);
            if (!player.playing && !player.paused) return player.play();
        } else {
            return message.channel.send("There are no results found.");
        }
    }
});

// This will send log when the lavalink node is connected.
client.riffy.on("nodeConnect", (node) => {
    console.log(`Node "${node.name}" connected.`);
});

// This will send log when the lavalink node faced an error.
client.riffy.on("nodeError", (node, error) => {
    console.log(`Node "${node.name}" encountered an error: ${error.message}.`);
});

// This is the event handler for track start.
client.riffy.on("trackStart", async (player, track) => {
    const channel = client.channels.cache.get(player.textChannel);

    channel.send(`Now playing: \`${track.info.title}\` by \`${track.info.author}\`.`);
});

// This is the event handler for queue end.
client.riffy.on("queueEnd", async (player) => {
    const channel = client.channels.cache.get(player.textChannel);

    // Set this to true if you want to enable autoplay.
    const autoplay = false;

    if (autoplay) {
        player.autoplay(player);
    } else {
        player.destroy();
        channel.send("Queue has ended.");
    }
});

// This will update the voice state of the player.
client.on("raw", (d) => {
    if (
        ![
            GatewayDispatchEvents.VoiceStateUpdate,
            GatewayDispatchEvents.VoiceServerUpdate,
        ].includes(d.t)
    )
        return;
    client.riffy.updateVoiceState(d);
});

client.login("Discord-Bot-Token-Here");

Running the Bot

Now that we have created our project, we can run our bot by typing the following command in the terminal.

# node.js
node index.js
# bun
bun run index.js

After running the bot, you can invite it to your server and use the !play command to play music.

Conclusion

That's it! You have successfully created a discord music bot using riffy. If you have any questions, feel free to join our discord server.

We have set this example by keeping in mind that you know the basics of discord.js or any other discord library you are using.

Our Team

🟪 Elitex

• Github: @Elitex
• Discord: @elitex

🟥 FlameFace

• Github: @FlameFace
• Discord: @flameface

🟦 UnschooledGamer

• Github: @UnschooledGamer
• Discord: @unschooledgamer

License

This project is licensed under the MIT License