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Client.js
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Client.js
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"use strict";
const CategoryChannel = require("./structures/CategoryChannel");
const Collection = require("./util/Collection");
const Constants = require("./Constants");
const Endpoints = require("./rest/Endpoints");
const ExtendedUser = require("./structures/ExtendedUser");
const GroupChannel = require("./structures/GroupChannel");
const Guild = require("./structures/Guild");
const GuildAuditLogEntry = require("./structures/GuildAuditLogEntry");
const GuildIntegration = require("./structures/GuildIntegration");
const Invite = require("./structures/Invite");
const Member = require("./structures/Member");
const Message = require("./structures/Message");
const PrivateChannel = require("./structures/PrivateChannel");
const Relationship = require("./structures/Relationship");
const RequestHandler = require("./rest/RequestHandler");
const Role = require("./structures/Role");
const ShardManager = require("./gateway/ShardManager");
const TextChannel = require("./structures/TextChannel");
const NewsChannel = require("./structures/NewsChannel");
const UnavailableGuild = require("./structures/UnavailableGuild");
const User = require("./structures/User");
const VoiceChannel = require("./structures/VoiceChannel");
const VoiceConnectionManager = require("./voice/VoiceConnectionManager");
let EventEmitter;
try {
EventEmitter = require("eventemitter3");
} catch(err) {
EventEmitter = require("events");
}
let Erlpack;
try {
Erlpack = require("erlpack");
} catch(err) { // eslint-disable no-empty
}
let ZlibSync;
try {
ZlibSync = require("zlib-sync");
} catch(err) {
try {
ZlibSync = require("pako");
} catch(err) { // eslint-disable no-empty
}
}
const sleep = (ms) => new Promise((res) => setTimeout(res, ms));
/**
* Represents the main Eris client
* @extends EventEmitter
* @prop {String} token The bot user token
* @prop {Boolean?} bot Whether the bot user belongs to an OAuth2 application
* @prop {Object} options Eris options
* @prop {Object} channelGuildMap Object mapping channel IDs to guild IDs
* @prop {Collection<Shard>} shards Collection of shards Eris is using
* @prop {Collection<Guild>} guilds Collection of guilds the bot is in
* @prop {Object} privateChannelMap Object mapping user IDs to private channel IDs
* @prop {Collection<PrivateChannel>} privateChannels Collection of private channels the bot is in
* @prop {Collection<GroupChannel>} groupChannels Collection of group channels the bot is in (user accounts only)
* @prop {Collection<VoiceConnection>} voiceConnections Extended collection of active VoiceConnections the bot has
* @prop {Object} guildShardMap Object mapping guild IDs to shard IDs
* @prop {Number} startTime Timestamp of bot ready event
* @prop {Collection<UnavailableGuild>} unavailableGuilds Collection of unavailable guilds the bot is in
* @prop {Number} uptime How long in milliseconds the bot has been up for
* @prop {ExtendedUser} user The bot user
* @prop {Collection<User>} users Collection of users the bot sees
* @prop {Collection<Relationship>} relationships Collection of relationships the bot user has (user accounts only)
* @prop {Object} userGuildSettings Object mapping guild IDs to individual guild settings for the bot user (user accounts only)
* @prop {Object} userSettings Object containing the user account settings (user accounts only)
* @prop {Object} notes Object mapping user IDs to user notes (user accounts only)
*/
class Client extends EventEmitter {
/**
* Create a Client
* @arg {String} token bot token
* @arg {Object} [options] Eris options (all options are optional)
* @arg {Boolean} [options.autoreconnect=true] Have Eris autoreconnect when connection is lost
* @arg {Boolean} [options.compress=false] Whether to request WebSocket data to be compressed or not
* @arg {Number} [options.connectionTimeout=30000] How long in milliseconds to wait for the connection to handshake with the server
* @arg {Object} [options.disableEvents] If disableEvents[eventName] is true, the WS event will not be processed. This can cause significant performance increase on large bots. [A full list of the WS event names can be found on the docs reference page](/Eris/docs/reference#ws-event-names)
* @arg {Boolean} [options.disableEveryone=true] When true, filter out @everyone/@here by default in createMessage/editMessage
* @arg {Number} [options.firstShardID=0] The ID of the first shard to run for this client
* @arg {Boolean} [options.getAllUsers=false] Get all the users in every guild. Ready time will be severely delayed
* @arg {Number} [options.guildCreateTimeout=2000] How long in milliseconds to wait for a GUILD_CREATE before "ready" is fired. Increase this value if you notice missing guilds
* @arg {Boolean} [options.guildSubscriptions=true] If false, disables some guild subscription events, including typing and presence events. This will reduce processing load, but will also result in inconsistent member caching
* @arg {Number} [options.largeThreshold=250] The maximum number of offline users per guild during initial guild data transmission
* @arg {Number} [options.latencyThreshold=30000] The average request latency at which Eris will start emitting latency errors
* @arg {Number} [options.lastShardID=options.maxShards - 1] The ID of the last shard to run for this client
* @arg {Number | String} [options.maxShards=1] The total number of shards you want to run. If "auto" Eris will use Discord's recommended shard count.
* @arg {Number} [options.messageLimit=100] The maximum size of a channel message cache
* @arg {Boolean} [options.opusOnly=false] Whether to suppress the node-opus not found error or not
* @arg {Number} [options.ratelimiterOffset=0] A number of milliseconds to offset the ratelimit timing calculations by
* @arg {Number} [options.requestTimeout=15000] A number of milliseconds before requests are considered timed out
* @arg {Boolean} [options.restMode=false] Whether to enable getting objects over REST. This should only be enabled if you are not connecting to the gateway. Bot tokens must be prefixed manually in REST mode
* @arg {Boolean} [options.seedVoiceConnections=false] Whether to populate bot.voiceConnections with existing connections the bot account has during startup. Note that this will disconnect connections from other bot sessions
* @arg {String} [options.defaultImageFormat="jpg"] The default format to provide user avatars, guild icons, and group icons in. Can be "jpg", "png", "gif", or "webp"
* @arg {Number} [options.defaultImageSize=128] The default size to return user avatars, guild icons, banners, splashes, and group icons. Can be any power of two between 16 and 2048. If the height and width are different, the width will be the value specified, and the height relative to that
* @arg {Object} [options.ws] An object of WebSocket options to pass to the shard WebSocket constructors
* @arg {Object} [options.agent] A HTTP Agent used to proxy requests
* @arg {Number} [options.maxReconnectAttempts=Infinity] The maximum amount of times that the client is allowed to try to reconnect to Discord.
* @arg {Function} [options.reconnectDelay] A function which returns how long the bot should wait until reconnecting to Discord.
*/
constructor(token, options) {
super();
this.options = Object.assign({
autoreconnect: true,
compress: false,
connectionTimeout: 30000,
defaultImageFormat: "jpg",
defaultImageSize: 128,
disableEvents: {},
disableEveryone: true,
firstShardID: 0,
getAllUsers: false,
guildCreateTimeout: 2000,
guildSubscriptions: true,
largeThreshold: 250,
latencyThreshold: 30000,
maxShards: 1,
messageLimit: 100,
opusOnly: false,
ratelimiterOffset: 0,
requestTimeout: 15000,
restMode: false,
seedVoiceConnections: false,
ws: {},
agent: null,
maxReconnectAttempts: Infinity,
reconnectDelay: (lastDelay, attempts) => Math.pow(attempts + 1, 0.7) * 20000
}, options);
if(this.options.lastShardID === undefined && this.options.maxShards !== "auto") {
this.options.lastShardID = this.options.maxShards - 1;
}
if(typeof window !== "undefined" || !ZlibSync) {
this.options.compress = false; // zlib does not like Blobs, Pako is not here
}
if(!Constants.ImageFormats.includes(this.options.defaultImageFormat.toLowerCase())) {
throw new TypeError(`Invalid default image format: ${this.options.defaultImageFormat}`);
}
const defaultImageSize = this.options.defaultImageSize;
if(
defaultImageSize < Constants.ImageSizeBoundaries.MINIMUM ||
defaultImageSize > Constants.ImageSizeBoundaries.MAXIMUM ||
(defaultImageSize & (defaultImageSize - 1))
) {
throw new TypeError(`Invalid default image size: ${defaultImageSize}`);
}
// Set HTTP Agent on Websockets if not already set
if(this.options.agent && !(this.options.ws && this.options.ws.agent)) {
this.options.ws = this.options.ws || {};
this.options.ws.agent = this.options.agent;
}
this.token = token;
this.requestHandler = new RequestHandler(this);
this.ready = false;
this.bot = this.options.restMode && token ? token.startsWith("Bot ") : true;
this.startTime = 0;
this.lastConnect = 0;
this.channelGuildMap = {};
this.shards = new ShardManager(this);
this.groupChannels = new Collection(GroupChannel);
this.guilds = new Collection(Guild);
this.privateChannelMap = {};
this.privateChannels = new Collection(PrivateChannel);
this.guildShardMap = {};
this.unavailableGuilds = new Collection(UnavailableGuild);
this.relationships = new Collection(Relationship);
this.users = new Collection(User);
this.presence = {
game: null,
status: "offline"
};
this.userGuildSettings = [];
this.userSettings = {};
this.notes = {};
this.voiceConnections = new VoiceConnectionManager();
this.connect = this.connect.bind(this);
this.lastReconnectDelay = 0;
this.reconnectAttempts = 0;
}
get uptime() {
return this.startTime ? Date.now() - this.startTime : 0;
}
/**
* Tells all shards to connect.
* @returns {Promise} Resolves when all shards are initialized
*/
async connect() {
try {
const data = await (this.options.maxShards === "auto" ? this.getBotGateway() : this.getGateway());
if(!data.url || (this.options.maxShards === "auto" && !data.shards)) {
throw new Error("Invalid response from gateway REST call");
}
if(data.url.includes("?")) {
data.url = data.url.substring(0, data.url.indexOf("?"));
}
if(!data.url.endsWith("/")) {
data.url += "/";
}
this.gatewayURL = `${data.url}?v=${Constants.GATEWAY_VERSION}&encoding=${Erlpack ? "etf" : "json"}`;
if(this.options.compress) {
this.gatewayURL += "&compress=zlib-stream";
}
if(this.options.maxShards === "auto") {
if(!data.shards) {
throw new Error("Failed to autoshard due to lack of data from Discord.");
}
this.options.maxShards = data.shards;
if(this.options.lastShardID === undefined) {
this.options.lastShardID = data.shards - 1;
}
}
for(let i = this.options.firstShardID; i <= this.options.lastShardID; ++i) {
this.shards.spawn(i);
}
} catch(err) {
if(!this.options.autoreconnect) {
throw err;
}
const reconnectDelay = this.options.reconnectDelay(this.lastReconnectDelay, this.reconnectAttempts);
await sleep(reconnectDelay);
this.lastReconnectDelay = reconnectDelay;
this.reconnectAttempts = this.reconnectAttempts + 1;
return this.connect();
}
}
/**
* Get info on connecting to the Discord gateway
* @returns {Promise<Object>} Resolves with an object containing gateway connection info
*/
getGateway() {
return this.requestHandler.request("GET", Endpoints.GATEWAY);
}
/**
* Get general and bot-specific info on connecting to the Discord gateway (e.g. connection ratelimit)
* @returns {Promise<Object>} Resolves with an object containing gateway connection info
*/
getBotGateway() {
if(!this.token.startsWith("Bot ")) {
this.token = "Bot " + this.token;
}
return this.requestHandler.request("GET", Endpoints.GATEWAY_BOT, true);
}
/**
* Disconnects all shards
* @arg {Object?} [options] Shard disconnect options
* @arg {String | Boolean} [options.reconnect] false means destroy everything, true means you want to reconnect in the future, "auto" will autoreconnect
*/
disconnect(options) {
this.ready = false;
this.shards.forEach((shard) => {
shard.disconnect(options);
});
this.shards.connectQueue = [];
}
/**
* Join a voice channel. If joining a group call, the voice connection ID will be stored in voiceConnections as "call". Otherwise, it will be the guild ID
* @arg {String} channelID The ID of the voice channel
* @arg {Object} [options] VoiceConnection constructor options
* @arg {Object} [options.shared] Whether the VoiceConnection will be part of a SharedStream or not
* @arg {Object} [options.opusOnly] Skip opus encoder initialization. You should not enable this unless you know what you are doing
* @returns {Promise<VoiceConnection>} Resolves with a VoiceConnection
*/
joinVoiceChannel(channelID, options = {}) {
const channel = this.getChannel(channelID);
if(!channel) {
return Promise.reject(new Error("Channel not found"));
}
if(channel.guild && !(channel.permissionsOf(this.user.id).allow & Constants.Permissions.voiceConnect)) {
return Promise.reject(new Error("Insufficient permission to connect to voice channel"));
}
this.shards.get(this.guildShardMap[this.channelGuildMap[channelID]] || 0).sendWS(Constants.GatewayOPCodes.VOICE_STATE_UPDATE, {
guild_id: this.channelGuildMap[channelID] || null,
channel_id: channelID || null,
self_mute: false,
self_deaf: false
});
if(options.opusOnly === undefined) {
options.opusOnly = this.options.opusOnly;
}
return this.voiceConnections.join(this.channelGuildMap[channelID] || "call", channelID, options);
}
/**
* Leaves a voice channel
* @arg {String} channelID The ID of the voice channel
*/
leaveVoiceChannel(channelID) {
if(!channelID || !this.channelGuildMap[channelID]) {
return;
}
this.closeVoiceConnection(this.channelGuildMap[channelID]);
}
/**
* Closes a voice connection with a guild ID
* @arg {String} guildID The ID of the guild
*/
closeVoiceConnection(guildID) {
this.shards.get(this.guildShardMap[guildID] || 0).sendWS(Constants.GatewayOPCodes.VOICE_STATE_UPDATE, {
guild_id: guildID || null,
channel_id: null,
self_mute: false,
self_deaf: false
});
this.voiceConnections.leave(guildID || "call");
}
/**
* Update the bot's AFK status. Setting this to true will enable push notifications for userbots.
* @arg {Boolean} afk Whether the bot user is AFK or not
*/
editAFK(afk) {
this.presence.afk = !!afk;
this.shards.forEach((shard) => {
shard.editAFK(afk);
});
}
/**
* Update the bot's status on all guilds
* @arg {String} [status] Sets the bot's status, either "online", "idle", "dnd", or "invisible"
* @arg {Object} [game] Sets the bot's active game, null to clear
* @arg {String} game.name Sets the name of the bot's active game
* @arg {Number} [game.type] The type of game. 0 is playing, 1 is streaming (Twitch only), 2 is listening, 3 is watching
* @arg {String} [game.url] Sets the url of the shard's active game
*/
editStatus(status, game) {
if(game === undefined && typeof status === "object") {
game = status;
status = undefined;
}
if(status) {
this.presence.status = status;
}
if(game !== undefined) {
this.presence.game = game;
}
this.shards.forEach((shard) => {
shard.editStatus(status, game);
});
}
/**
* Get a Channel object from a channel ID
* @arg {String} channelID The ID of the channel
* @returns {CategoryChannel | GroupChannel | PrivateChannel | TextChannel | VoiceChannel | NewsChannel}
*/
getChannel(channelID) {
if(!channelID) {
throw new Error(`Invalid channel ID: ${channelID}`);
}
if(this.channelGuildMap[channelID] && this.guilds.get(this.channelGuildMap[channelID])) {
return this.guilds.get(this.channelGuildMap[channelID]).channels.get(channelID);
}
return this.privateChannels.get(channelID) || this.groupChannels.get(channelID);
}
/**
* Create a channel in a guild
* @arg {String} guildID The ID of the guild to create the channel in
* @arg {String} name The name of the channel
* @arg {String} [type=0] The type of the channel, either 0 (text), 2 (voice), or 4 (category)
* @arg {Object | String} [options] The properties the channel should have. If `options` is a string, it will be treated as `options.parentID` (see below). Passing a string is deprecated and will not be supported in future versions.
* @arg {String} [options.topic] The topic of the channel (text channels only)
* @arg {Boolean} [options.nsfw] The nsfw status of the channel
* @arg {Number} [options.bitrate] The bitrate of the channel (voice channels only)
* @arg {String?} [options.parentID] The ID of the parent category channel for this channel
* @arg {Array} [options.permissionOverwrites] An array containing permission overwrite objects
* @arg {Number} [options.rateLimitPerUser] The time in seconds a user has to wait before sending another message (does not affect bots or users with manageMessages/manageChannel permissions) (text channels only)
* @arg {String} [options.reason] The reason to be displayed in audit logs
* @arg {Number} [options.userLimit] The channel user limit (voice channels only)
* @returns {Promise<CategoryChannel | TextChannel | VoiceChannel>}
*/
createChannel(guildID, name, type, reason, options = {}) {
const guild = this.guilds.get(guildID);
if(typeof options === "string") { // This used to be parentID, back-compat
this.emit("warn", "[DEPRECATED] createChannel() was called with a string `options` argument");
options = {
parentID: options
};
}
if(typeof reason === "string") { // Reason is deprecated, will be folded into options
this.emit("warn", "[DEPRECATED] createChannel() was called with a string `reason` argument");
options.reason = reason;
reason = undefined;
} else if(typeof reason === "object" && reason !== null) {
options = reason;
reason = undefined;
}
return this.requestHandler.request("POST", Endpoints.GUILD_CHANNELS(guildID), true, {
name: name,
type: type,
reason: options.reason,
topic: options.topic,
nsfw: options.nsfw,
bitrate: options.bitrate,
user_limit: options.userLimit,
rate_limit_per_user: options.rateLimitPerUser,
parent_id: options.parentID,
permission_overwrites: options.permissionOverwrites
}).then((channel) => {
if(channel.type === 2) {
return new VoiceChannel(channel, guild);
} else if(channel.type === 4) {
return new CategoryChannel(channel, guild);
} else if(channel.type === 5) {
return new NewsChannel(channel, guild);
} else if(channel.type === 0 || channel.last_message_id !== undefined) {
return new TextChannel(channel, guild);
} else {
return channel;
}
});
}
/**
* Edit a channel's properties
* @arg {String} channelID The ID of the channel
* @arg {Object} options The properties to edit
* @arg {String} [options.name] The name of the channel
* @arg {String} [options.icon] The icon of the channel as a base64 data URI (group channels only). Note: base64 strings alone are not base64 data URI strings
* @arg {String} [options.ownerID] The ID of the channel owner (group channels only)
* @arg {String} [options.topic] The topic of the channel (guild text channels only)
* @arg {Boolean} [options.nsfw] The nsfw status of the channel (guild channels only)
* @arg {Number} [options.bitrate] The bitrate of the channel (guild voice channels only)
* @arg {Number} [options.userLimit] The channel user limit (guild voice channels only)
* @arg {Number} [options.rateLimitPerUser] The time in seconds a user has to wait before sending another message (does not affect bots or users with manageMessages/manageChannel permissions) (guild text channels only)
* @arg {String?} [options.parentID] The ID of the parent channel category for this channel (guild text/voice channels only)
* @arg {String} [reason] The reason to be displayed in audit logs
* @returns {Promise<CategoryChannel | GroupChannel | TextChannel | VoiceChannel | NewsChannel>}
*/
editChannel(channelID, options, reason) {
return this.requestHandler.request("PATCH", Endpoints.CHANNEL(channelID), true, {
name: options.name,
icon: options.icon,
owner_id: options.ownerID,
topic: options.topic,
nsfw: options.nsfw,
bitrate: options.bitrate,
user_limit: options.userLimit,
rate_limit_per_user: options.rateLimitPerUser,
parent_id: options.parentID,
reason: reason
}).then((data) => {
if(data.guild_id) {
let guild = data.guild_id || this.channelGuildMap[channelID];
if(guild) {
guild = this.guilds.get(guild);
}
if(data.type === 2) {
return new VoiceChannel(data, guild);
} else if(data.type === 4) {
return new CategoryChannel(data, guild);
} else if(data.type === 5) {
return new NewsChannel(data, guild);
} else if(data.type === 0 || (data.guild_id && data.last_message_id !== undefined)) {
return new TextChannel(data, guild);
} else {
return data;
}
} else {
return new GroupChannel(data, this);
}
});
}
/**
* Edit a guild channel's position. Note that channel position numbers are lowest on top and highest at the bottom.
* @arg {String} channelID The ID of the channel
* @arg {Number} position The new position of the channel
* @returns {Promise}
*/
editChannelPosition(channelID, position) {
let channels = this.guilds.get(this.channelGuildMap[channelID]).channels;
const channel = channels.get(channelID);
if(!channel) {
return Promise.reject(new Error(`Channel ${channelID} not found`));
}
if(channel.position === position) {
return Promise.resolve();
}
const min = Math.min(position, channel.position);
const max = Math.max(position, channel.position);
channels = channels.filter((chan) => {
return chan.type === channel.type
&& min <= chan.position
&& chan.position <= max
&& chan.id !== channelID;
}).sort((a, b) => a.position - b.position);
if(position > channel.position) {
channels.push(channel);
} else {
channels.unshift(channel);
}
return this.requestHandler.request("PATCH", Endpoints.GUILD_CHANNELS(this.channelGuildMap[channelID]), true, channels.map((channel, index) => ({
id: channel.id,
position: index + min
})));
}
/**
* Delete a guild channel, or leave a private or group channel
* @arg {String} channelID The ID of the channel
* @arg {String} [reason] The reason to be displayed in audit logs
* @returns {Promise}
*/
deleteChannel(channelID, reason) {
return this.requestHandler.request("DELETE", Endpoints.CHANNEL(channelID), true, {
reason
});
}
/**
* Send typing status in a channel
* @arg {String} channelID The ID of the channel
* @returns {Promise}
*/
sendChannelTyping(channelID) {
return this.requestHandler.request("POST", Endpoints.CHANNEL_TYPING(channelID), true);
}
/**
* Create a channel permission overwrite
* @arg {String} channelID The ID of channel
* @arg {String} overwriteID The ID of the overwritten user or role (everyone role ID = guild ID)
* @arg {Number} allow The permissions number for allowed permissions
* @arg {Number} deny The permissions number for denied permissions
* @arg {String} type The object type of the overwrite, either "member" or "role"
* @arg {String} [reason] The reason to be displayed in audit logs
* @returns {Promise}
*/
editChannelPermission(channelID, overwriteID, allow, deny, type, reason) {
return this.requestHandler.request("PUT", Endpoints.CHANNEL_PERMISSION(channelID, overwriteID), true, {
allow,
deny,
type,
reason
});
}
/**
* Delete a channel permission overwrite
* @arg {String} channelID The ID of the channel
* @arg {String} overwriteID The ID of the overwritten user or role
* @arg {String} [reason] The reason to be displayed in audit logs
* @returns {Promise}
*/
deleteChannelPermission(channelID, overwriteID, reason) {
return this.requestHandler.request("DELETE", Endpoints.CHANNEL_PERMISSION(channelID, overwriteID), true, {
reason
});
}
/**
* Get all invites in a channel
* @arg {String} channelID The ID of the channel
* @returns {Promise<Invite[]>}
*/
getChannelInvites(channelID) {
return this.requestHandler.request("GET", Endpoints.CHANNEL_INVITES(channelID), true).then((invites) => invites.map((invite) => new Invite(invite, this)));
}
/**
* Create an invite for a channel
* @arg {String} channelID The ID of the channel
* @arg {Object} [options] Invite generation options
* @arg {Number} [options.maxAge] How long the invite should last in seconds
* @arg {Number} [options.maxUses] How many uses the invite should last for
* @arg {Boolean} [options.temporary] Whether the invite is temporary or not
* @arg {Boolean} [options.unique] Whether the invite is unique or not
* @arg {String} [reason] The reason to be displayed in audit logs
* @returns {Promise<Invite>}
*/
createChannelInvite(channelID, options = {}, reason) {
return this.requestHandler.request("POST", Endpoints.CHANNEL_INVITES(channelID), true, {
max_age: options.maxAge,
max_uses: options.maxUses,
temporary: options.temporary,
unique: options.unique,
reason: reason
}).then((invite) => new Invite(invite, this));
}
/**
* Get all the webhooks in a channel
* @arg {String} channelID The ID of the channel to get webhooks for
* @returns {Promise<Object[]>} Resolves with an array of webhook objects
*/
getChannelWebhooks(channelID) {
return this.requestHandler.request("GET", Endpoints.CHANNEL_WEBHOOKS(channelID), true);
}
/**
* Get a webhook
* @arg {String} webhookID The ID of the webhook
* @arg {String} [token] The token of the webhook, used instead of the Bot Authorization token
* @returns {Promise<Object>} Resolves with a webhook object
*/
getWebhook(webhookID, token) {
return this.requestHandler.request("GET", token ? Endpoints.WEBHOOK_TOKEN(webhookID, token) : Endpoints.WEBHOOK(webhookID), !token);
}
/**
* Create a channel webhook
* @arg {String} channelID The ID of the channel to create the webhook in
* @arg {Object} options Webhook options
* @arg {String} options.name The default name
* @arg {String} options.avatar The default avatar as a base64 data URI. Note: base64 strings alone are not base64 data URI strings
* @arg {String} [reason] The reason to be displayed in audit logs
* @returns {Promise<Object>} Resolves with a webhook object
*/
createChannelWebhook(channelID, options, reason) {
options.reason = reason;
return this.requestHandler.request("POST", Endpoints.CHANNEL_WEBHOOKS(channelID), true, options);
}
/**
* Edit a webhook
* @arg {String} webhookID The ID of the webhook
* @arg {Object} options Webhook options
* @arg {String} [options.name] The new default name
* @arg {String} [options.avatar] The new default avatar as a base64 data URI. Note: base64 strings alone are not base64 data URI strings
* @arg {String} [token] The token of the webhook, used instead of the Bot Authorization token
* @arg {String} [reason] The reason to be displayed in audit logs
* @returns {Promise<Object>} Resolves with a webhook object
*/
editWebhook(webhookID, options, token, reason) {
options.reason = reason;
return this.requestHandler.request("PATCH", token ? Endpoints.WEBHOOK_TOKEN(webhookID, token) : Endpoints.WEBHOOK(webhookID), !token, options);
}
/**
* Execute a webhook
* @arg {String} webhookID The ID of the webhook
* @arg {String} token The token of the webhook
* @arg {Object} options Webhook execution options
* @arg {String} [options.content=""] A content string
* @arg {Object | Object[]} [options.file] A file object (or an Array of them)
* @arg {Buffer} options.file.file A buffer containing file data
* @arg {String} options.file.name What to name the file
* @arg {Object[]} [options.embeds] An array of Discord embeds
* @arg {String} [options.username] A custom username, defaults to webhook default username if not specified
* @arg {String} [options.avatarURL] A URL for a custom avatar, defaults to webhook default avatar if not specified
* @arg {Boolean} [options.tts=false] Whether the message should be a TTS message or not
* @arg {Boolean} [options.wait=false] Whether to wait for the server to confirm the message create or not
* @arg {Boolean} [options.disableEveryone] Whether to filter @everyone/@here or not (overrides default)
* @returns {Promise}
*/
executeWebhook(webhookID, token, options) {
if(!options.content && !options.file && !options.embeds) {
return Promise.reject(new Error("No content, file, or embeds"));
}
if(options.content && (options.disableEveryone !== undefined ? options.disableEveryone : this.options.disableEveryone)) {
options.content = options.content.replace(/@everyone/g, "@\u200beveryone").replace(/@here/g, "@\u200bhere");
}
return this.requestHandler.request("POST", (token ? Endpoints.WEBHOOK_TOKEN(webhookID, token) : Endpoints.WEBHOOK(webhookID)) + (options.wait ? "?wait=true" : ""), !token, {
content: options.content,
embeds: options.embeds,
username: options.username,
avatar_url: options.avatarURL,
tts: options.tts
}, options.file);
}
/**
* Execute a slack-style webhook
* @arg {String} webhookID The ID of the webhook
* @arg {String} token The token of the webhook
* @arg {Object} options Slack webhook options
* @arg {Boolean} [options.wait=false] Whether to wait for the server to confirm the message create or not
* @returns {Promise}
*/
executeSlackWebhook(webhookID, token, options) {
const wait = !!options.wait;
options.wait = undefined;
return this.requestHandler.request("POST", (token ? Endpoints.WEBHOOK_TOKEN_SLACK(webhookID, token) : Endpoints.WEBHOOK_SLACK(webhookID)) + (wait ? "?wait=true" : ""), !token, options);
}
/**
* Delete a webhook
* @arg {String} webhookID The ID of the webhook
* @arg {String} [token] The token of the webhook, used instead of the Bot Authorization token
* @arg {String} [reason] The reason to be displayed in audit logs
* @returns {Promise}
*/
deleteWebhook(webhookID, token, reason) {
return this.requestHandler.request("DELETE", token ? Endpoints.WEBHOOK_TOKEN(webhookID, token) : Endpoints.WEBHOOK(webhookID), !token, {
reason
});
}
/**
* Get all the webhooks in a guild
* @arg {String} guildID The ID of the guild to get webhooks for
* @returns {Promise<Object[]>} Resolves with an array of webhook objects
*/
getGuildWebhooks(guildID) {
return this.requestHandler.request("GET", Endpoints.GUILD_WEBHOOKS(guildID), true);
}
/**
* Get the audit logs for a guild
* @arg {String} guildID The ID of the guild to get audit logs for
* @arg {Number} [limit=50] The maximum number of entries to return
* @arg {String} [before] Get entries before this entry ID
* @arg {Number} [actionType] Filter entries by action type
* @returns {Promise<Object>} Resolves with {users: Users[], entries: GuildAuditLogEntry[]}
*/
getGuildAuditLogs(guildID, limit, before, actionType) {
return this.requestHandler.request("GET", Endpoints.GUILD_AUDIT_LOGS(guildID), true, {
limit: limit || 50,
before: before,
action_type: actionType
}).then((data) => {
const guild = this.guilds.get(guildID);
return {
users: data.users.map((user) => this.users.add(user, this)),
entries: data.audit_log_entries.map((entry) => new GuildAuditLogEntry(entry, guild))
};
});
}
/**
* Create a guild emoji object
* @arg {String} guildID The ID of the guild to create the emoji in
* @arg {Object} options Emoji options
* @arg {String} options.name The name of emoji
* @arg {String} options.image The base 64 encoded string
* @arg {Array} [options.roles] An array containing authorized role IDs
* @arg {String} [reason] The reason to be displayed in audit logs
* @returns {Promise<Object>} A guild emoji object
*/
createGuildEmoji(guildID, options, reason) {
options.reason = reason;
return this.requestHandler.request("POST", Endpoints.GUILD_EMOJIS(guildID), true, options);
}
/**
* Edit a guild emoji object
* @arg {String} guildID The ID of the guild to edit the emoji in
* @arg {String} emojiID The ID of the emoji you want to modify
* @arg {Object} options Emoji options
* @arg {String} [options.name] The name of emoji
* @arg {Array} [options.roles] An array containing authorized role IDs
* @arg {String} [reason] The reason to be displayed in audit logs
* @returns {Promise<Object>} A guild emoji object
*/
editGuildEmoji(guildID, emojiID, options, reason) {
options.reason = reason;
return this.requestHandler.request("PATCH", Endpoints.GUILD_EMOJI(guildID, emojiID), true, options);
}
/**
* Delete a guild emoji object
* @arg {String} guildID The ID of the guild to delete the emoji in
* @arg {String} emojiID The ID of the emoji
* @arg {String} [reason] The reason to be displayed in audit logs
* @returns {Promise}
*/
deleteGuildEmoji(guildID, emojiID, reason) {
return this.requestHandler.request("DELETE", Endpoints.GUILD_EMOJI(guildID, emojiID), true, {
reason
});
}
/**
* Create a guild role
* @arg {String} guildID The ID of the guild to create the role in
* @arg {Object} [options] The properties to set
* @arg {String} [options.name] The name of the role
* @arg {Number} [options.permissions] The role permissions number
* @arg {Number} [options.color] The hex color of the role, in number form (ex: 0x3d15b3 or 4040115)
* @arg {Boolean} [options.hoist] Whether to hoist the role in the user list or not
* @arg {Boolean} [options.mentionable] Whether the role is mentionable or not
* @arg {String} [reason] The reason to be displayed in audit logs
* @returns {Promise<Role>}
*/
createRole(guildID, options, reason) {
options.reason = reason;
return this.requestHandler.request("POST", Endpoints.GUILD_ROLES(guildID), true, options).then((role) => new Role(role, this.guilds.get(guildID)));
}
/**
* Edit a guild role
* @arg {String} guildID The ID of the guild the role is in
* @arg {String} roleID The ID of the role
* @arg {Object} options The properties to edit
* @arg {String} [options.name] The name of the role
* @arg {Number} [options.permissions] The role permissions number
* @arg {Number} [options.color] The hex color of the role, in number form (ex: 0x3da5b3 or 4040115)
* @arg {Boolean} [options.hoist] Whether to hoist the role in the user list or not
* @arg {Boolean} [options.mentionable] Whether the role is mentionable or not
* @arg {String} [reason] The reason to be displayed in audit logs
* @returns {Promise<Role>}
*/
editRole(guildID, roleID, options, reason) {
options.reason = reason;
return this.requestHandler.request("PATCH", Endpoints.GUILD_ROLE(guildID, roleID), true, options).then((role) => new Role(role, this.guilds.get(guildID)));
}
/**
* Edit a guild role's position. Note that role position numbers are highest on top and lowest at the bottom.
* @arg {String} guildID The ID of the guild the role is in
* @arg {String} roleID The ID of the role
* @arg {Number} position The new position of the role
* @returns {Promise}
*/
editRolePosition(guildID, roleID, position) {
if(guildID === roleID) {
return Promise.reject(new Error("Cannot move default role"));
}
let roles = this.guilds.get(guildID).roles;
const role = roles.get(roleID);
if(!role) {
return Promise.reject(new Error(`Role ${roleID} not found`));
}
if(role.position === position) {
return Promise.resolve();
}
const min = Math.min(position, role.position);
const max = Math.max(position, role.position);
roles = roles.filter((role) => min <= role.position && role.position <= max && role.id !== roleID).sort((a, b) => a.position - b.position);
if(position > role.position) {
roles.push(role);
} else {
roles.unshift(role);
}
return this.requestHandler.request("PATCH", Endpoints.GUILD_ROLES(guildID), true, roles.map((role, index) => ({
id: role.id,
position: index + min
})));
}
/**
* Delete a guild role
* @arg {String} guildID The ID of the guild to create the role in
* @arg {String} roleID The ID of the role
* @arg {String} [reason] The reason to be displayed in audit logs
* @returns {Promise}
*/
deleteRole(guildID, roleID, reason) {
return this.requestHandler.request("DELETE", Endpoints.GUILD_ROLE(guildID, roleID), true, {
reason
});
}
/**
* Get the prune count for a guild
* @arg {String} guildID The ID of the guild
* @arg {Number} days The number of days of inactivity to prune for
* @returns {Promise<Number>} Resolves with the number of users that would be pruned
*/
getPruneCount(guildID, days) {
return this.requestHandler.request("GET", Endpoints.GUILD_PRUNE(guildID), true, {
days
}).then((data) => data.pruned);
}
/**
* Begin pruning a guild
* @arg {String} guildID The ID of the guild
* @arg {Number} days The number of days of inactivity to prune for
* @arg {String} [reason] The reason to be displayed in audit logs
* @returns {Promise<Number>} Resolves with the number of pruned users
*/
pruneMembers(guildID, days, reason) {
return this.requestHandler.request("POST", Endpoints.GUILD_PRUNE(guildID), true, {
days,
reason
}).then((data) => data.pruned);
}
/**
* Get a list of general/guild-specific voice regions
* @arg {String} [guildID] The ID of the guild
* @returns {Promise<Object[]>} Resolves with an array of voice region objects
*/
getVoiceRegions(guildID) {
return guildID ? this.requestHandler.request("GET", Endpoints.GUILD_VOICE_REGIONS(guildID), true) : this.requestHandler.request("GET", Endpoints.VOICE_REGIONS, true);
}
/**
* Get info on an invite
* @arg {String} inviteID The ID of the invite
* @arg {Boolean} [withCounts] Whether to fetch additional invite info or not (approximate member counts, approximate presences, channel counts, etc.)
* @returns {Promise<Invite>}
*/
getInvite(inviteID, withCounts) {
return this.requestHandler.request("GET", Endpoints.INVITE(inviteID), true, {
with_counts: withCounts
}).then((invite) => new Invite(invite, this));
}
/**
* Accept an invite (not for bot accounts)
* @arg {String} inviteID The ID of the invite
* @returns {Promise<Invite>}
*/
acceptInvite(inviteID) {
return this.requestHandler.request("POST", Endpoints.INVITE(inviteID), true).then((invite) => new Invite(invite, this));
}
/**
* Delete an invite
* @arg {String} inviteID The ID of the invite
* @arg {String} [reason] The reason to be displayed in audit logs
* @returns {Promise}
*/
deleteInvite(inviteID, reason) {
return this.requestHandler.request("DELETE", Endpoints.INVITE(inviteID), true, {
reason
});
}
/**
* Get properties of the bot user
* @returns {Promise<ExtendedUser>}
*/
getSelf() {
return this.requestHandler.request("GET", Endpoints.USER("@me"), true).then((data) => new ExtendedUser(data, this));
}
/**
* Edit properties of the bot user
* @arg {Object} options The properties to edit
* @arg {String} [options.username] The new username
* @arg {String} [options.avatar] The new avatar as a base64 data URI. Note: base64 strings alone are not base64 data URI strings
* @returns {Promise<ExtendedUser>}
*/
editSelf(options) {
return this.requestHandler.request("PATCH", Endpoints.USER("@me"), true, options).then((data) => new ExtendedUser(data, this));
}
/**
* Get a DM channel with a user, or create one if it does not exist
* @arg {String} userID The ID of the user
* @returns {Promise<PrivateChannel>}
*/
getDMChannel(userID) {
if(this.privateChannelMap[userID]) {
return Promise.resolve(this.privateChannels.get(this.privateChannelMap[userID]));
}
return this.requestHandler.request("POST", Endpoints.USER_CHANNELS("@me"), true, {
recipients: [userID],
type: 1
}).then((privateChannel) => new PrivateChannel(privateChannel, this));
}
/**
* Create a group channel with other users
* @arg {String[]} userIDs The IDs of the other users
* @returns {Promise<PrivateChannel>}
*/
createGroupChannel(userIDs) {
return this.requestHandler.request("POST", Endpoints.USER_CHANNELS("@me"), true, {
recipients: userIDs,
type: 3
}).then((privateChannel) => new GroupChannel(privateChannel, this));
}
/**
* Get a previous message in a channel
* @arg {String} channelID The ID of the channel
* @arg {String} messageID The ID of the message
* @returns {Promise<Message>}
*/
getMessage(channelID, messageID) {
return this.requestHandler.request("GET", Endpoints.CHANNEL_MESSAGE(channelID, messageID), true).then((message) => new Message(message, this));
}
/**
* Get previous messages in a channel
* @arg {String} channelID The ID of the channel
* @arg {Number} [limit=50] The max number of messages to get
* @arg {String} [before] Get messages before this message ID
* @arg {String} [after] Get messages after this message ID
* @arg {String} [around] Get messages around this message ID (does not work with limit > 100)
* @returns {Promise<Message[]>}
*/
async getMessages(channelID, limit = 50, before, after, around) {
if(limit && limit > 100) {