TikTok-Live-Connector

A Node.js library to receive live stream events such as comments and gifts in realtime
from TikTok LIVE by connecting to TikTok's internal Webcast push service.
This package includes a wrapper that connects to the Webcast service using just the username (@uniqueId).
This allows you to connect to your own live chat as well as the live chat of other streamers. No credentials are
required. Besides Chat Comments, other events such
as Members Joining, Gifts, Subscriptions, Viewers, Follows, Shares, Questions, Likes
and Battles can be tracked.

!Connections
!Downloads
!Stars
!Issues
!Forks

> [!NOTE]
> This is not a production-ready API. It is a reverse engineering project. Use the WebSocket API for production.

> [!TIP]
> An example project is available
> at https://tiktok-chat-reader.zerody.one/ - View Source

> [!WARNING]
> This JavaScript library is intended for use in Node.js environments. If you want to process or
> display the data in the browser (client-side), you need to transfer the data from the Node.js environment to the
> browser. You can build a WebSocket server, or use the Euler WebSocket API to handle this for you.

$3

- Python rewrite: TikTokLive
by @isaackogan and @eulerstream
- Java rewrite: TikTokLiveJava
by @jwdeveloper and @kohlerpop1
- Go rewrite: GoTikTokLive
by @steampoweredtaco and @davincible
- C# rewrite: TikTokLiveSharp
by @frankvHoof93

$3

- Getting Started
- Params and Options
- Methods
- Properties
- Events
- Examples

Getting Started

1. Install the package via NPM

``bash
npm i tiktok-live-connector
`

2. Create your first TikTok LIVE chat connection

`ts
// Username of someone who is currently live
import { TikTokLiveConnection, WebcastEvent } from 'tiktok-live-connector';

const tiktokUsername = 'officialgeilegisela';

// Create a new wrapper object and pass the username
const connection = new TikTokLiveConnection(tiktokUsername);

// Connect to the chat (await can be used as well)
connection.connect().then(state => {
console.info(Connected to roomId ${state.roomId});
}).catch(err => {
console.error('Failed to connect', err);
});

// Define the events that you want to handle
// In this case we listen to chat messages (comments)
connection.on(WebcastEvent.CHAT, data => {
console.log(${data.user.uniqueId} (userId:${data.user.uniqueId}) writes: ${data.comment});
});

// And here we receive gifts sent to the streamer
connection.on(WebcastEvent.GIFT, data => {
console.log(${data.user.uniqueId} (userId:${data.user.userId}) sends ${data.giftId});
});

// ...and more events described in the documentation below
`

Params and Options

To create a new TikTokLiveConnection object the following parameters can be specified.

TikTokLiveConnection(uniqueId, [options])

| Param Name | Required | Description |
|------------|----------|------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------|
| uniqueId | Yes | The unique username of the broadcaster. You can find this name in the URL.
Example: https://www.tiktok.com/@officialgeilegisela/live => officialgeilegisela |
| options | No | Here you can set the following optional connection properties. If you do not specify a value, the default value will be used.

processInitialData (default: true)
Define if you want to process the initital data which includes old messages of the last seconds.

signApiKey (default: null) Configure a Sign API key. This API key will be used to generate the URL to facilitate connections to the TikTok LIVE WebSocket server.

fetchRoomInfoOnConnect (default: true)
Define if you want to fetch all room information on connect(). If this option is enabled, the connection to offline rooms will be prevented. If enabled, the connect result contains the room info via the roomInfo attribute. You can also manually retrieve the room info (even in an unconnected state) using the getRoomInfo() function.

enableExtendedGiftInfo (default: false)
Define if you want to receive extended information about gifts like gift name, cost and images. This information will be provided at the gift event.

requestPollingIntervalMs (default: 1000)
Request polling interval if WebSocket is not used.

sessionId (default: null)
Here you can specify the current Session ID of your TikTok account

ttTargetIdc (default: null)
The tt-target-idc cookie, representing the TikTok datacenter the account is registered in (based on the sign-up region)

webClientParams (default: {})
Custom client params for Webcast API.

webClientHeaders (default: {})
Custom request headers passed to axios.

websocketHeaders (default: {})
Custom websocket headers passed to websocket.client.

webClientOptions (default: {})
Custom request options passed to axios. Here you can specify an httpsAgent to use a proxy and a timeout value. See Example.

wsClientParams (default: ${})
WebSocket parameters to be appended to the connection url.

wsClientHeaders (default: {})
Custom WebSocket headers to be sent when connecting.

wsClientOptions (default: {})
Custom websocket options passed to websocket.client. Here you can specify an agent to use a proxy and a timeout value. See Example.

authenticateWs (default: false)
By default, WebSocket connections are not authenticated, even when passing a sessionid, for security. This is because 'signing' (generating the URL) for connecting is done by a 3rd-party freeware service. It must be manually enabled, and you assume the risks associated with sending over a session id when you enable it.

connectWithUniqueId (default: false)
This option allows the 3rd-party service to determine the Room ID _for_ you, rather than retrieving it through scraping. This may be preferable on low-quality IPs, as it bypasses captchas.

disableEulerFallbacks (default: false)
This option disables the Euler Stream API "fallback" routes used by default when scraping fails.

signedWebSocketProvider (default: (props: FetchSignedWebSocketParams) => Promise)
The function responsible for signing (generating a valid WebSocket URL) can be swapped out for your own backend, if you do not want to use the free 3rd-party service bundled into the client that generates them. |

#### Example Options

`ts
const tikTokLiveConnection = new TikTokLiveConnection(tiktokUsername, {
processInitialData: false,
enableExtendedGiftInfo: true,
requestPollingIntervalMs: 2000,
signApiKey: 'your-api-key',
webClientParams: {
"app_language": "en-US",
"device_platform": "web"
},
webClientHeaders: {
"headerName": "headerValue"
},
wsClientHeaders: {
"headerName": "headerValue"
},
wsClientParams: {
"app_language": "en-US",
},
webClientOptions: {
timeout: 10000
},
wsClientOptions: {
timeout: 10000
}
});
`

Methods

| Method Name | Description |
|---------------------------|-------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------|
| connect([roomId]) | Connects to the live stream chat.
Returns a Promise which will be resolved when the connection is successfully established. Optionally, you can provide a Room Id to bypass Room Id scraping. |
| disconnect() | Disconnects from the stream if connected. |
| sendMessage() | Send a message to a TikTok LIVE chat. Simply speciy the message you want to send, and voila! Requires an API key.
Example |
| fetchRoomId([uniqueId]) | Fetch the Room Id associated with the currently configured uniqueId. Optionally, provide a uniqueId for a different user to check. Returns a Promise which is resolved when the Room Id is fetched. |
| fetchIsLive() | Fetch whether the user is currently streaming. Returns a Promise which resolves when the state is fetched. |
| waitUntilLive() | Returns a blocking promise that resolves when the user goes live. |
| fetchRoomInfo() | Gets the current room info from TikTok API including streamer info, room status and statistics.
Returns a Promise which will be resolved when the API request is done.
Note: You can call this function even if you're not connected.
Example |
| fetchAvailableGifts() | Gets a list of all available gifts including gift name, image url, diamont cost and a lot of other information.
Returns a Promise that will be resolved when all available gifts has been retrieved from the API.
Note: You can call this function even if you're not connected.
Example |

Properties

| Property Name | Description |
|-------------------------------------------|-------------------------------------------------------------------------------------------------------------------------------------------|
| webClient: TikTokWebClient | An API wrapper for TikTok with routes for scraping the TikTok site & internal APIs. This is used to fetch the initial data and room info. |
| wsClient: TikTokWsClient \| null | The WebSocket client object. This manages the lifecycle of the WebSocket connection to TikTok, and is where all events originate from. |
| options: TikTokLiveConnectionOptions | Options described in Params and Options |
| roomInfo: RoomInfoResponse | The room info object. This contains all information about the current room. |
| availableGifts: RoomGiftInfo | The list of available gifts. This is only filled if enableExtendedGiftInfo is set to true. |
| isConnecting: boolean | Indicates whether the connection is currently being established. |
| isConnected: boolean | Indicates whether the connection is currently established. |
| webClientParams: Record | Base URI parameters that are sent with every request of TikTokWebClient.
|
| roomId: string | The current room id. This is only available after a successful connection. |
| state: TikTokLiveConnectionState | The current state of the connection. Includes info such as connection status, Room Id, room info, etc. |

Signing Configuration

It is possible to configure the 3rd-party library used to generate
WebSocket URLs, a process referred to as 'signing'. An example is provided below:

`ts
// SignConfig is an instance of Partial
import { SignConfig } from 'tiktok-live-connector';

SignConfig.apiKey = "your api key" // An API key created at https://www.eulerstream.com
SignConfig.basePath = "https://your-custom-sign-server.com" // Optionally, you can even define your own server
SignConfig.baseOptions.headers['X-Custom-Header'] = 'Custom-Header-Value'
`

Accessing TikTok LIVE Routes

The TikTokWebClient object is used to access TikTok's internal API routes. This object is available via
the webClient property of the TikTokLiveConnection object.

The following routes come bundled with the web client:

- connection.webClient.fetchRoomInfo
- connection.webClient.sendRoomChat
- connection.webClient.fetchRoomInfoFromApiLive
- connection.webClient.fetchRoomInfoFromHtml
- connection.webClient.fetchSignedWebSocketFromEuler
- connection.webClient.fetchRoomIdFromEuler
- connection.webClient.fetchRoomInfoFromEuler

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All routes are callable classes that accepts a singular object with the required parameters, and return a promise
that resolves with the route data. For instance, here is how you can fetch Room Info from the page HTML:

`ts
const connection = new TikTokLiveConnection('officialgeilegisela');

connection.webClient.fetchRoomInfoFromHtml({ uniqueId: uniqueId })
.then((response: FetchRoomInfoFromHtmlRouteResponse) => {
console.log('Room Info:', response.data);
});
`

Accessing 3rd-Party Routes

The TikTokWebClient comes bundled with an instance of EulerSigner, a 3rd-party library that provides the WebSocket
connection URL used to
connect to TikTok LIVE.

This is publicly accessible via connection.webClient.webSigner and exposes additional 3rd-party routes related to
TikTok LIVE.

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For example, here's how you can fetch the rate limits for your current API key:

`ts
import { SignConfig } from 'tiktok-live-connector';
import { GetRateLimits } from '@eulerstream/euler-api-sdk';

// Configure an API Key
SignConfig.apiKey = 'your api key'; // An API key created at https://www.eulerstream.com

// Create a connection
const connection = new TikTokLiveConnection();

// Fetch the limits
connection.webClient.webSigner.webcast.getRateLimits()
.then((response: AxiosResponse) => {
console.log('Rate Limits:', response.data);
});
`

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If you intend to run the TikTok-Live-Connector in a client environment (e.g. a bundled desktop app), you won't want to
give the user your API key. Instead, you can create a JWT for the user to connect to the API.

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First, generate the JWT and return it to your user:

`ts
import { SignConfig, TikTokWebClient } from './src';

SignConfig.apiKey = 'your_api_key_here';
const connection = new TikTokWebClient();

connection.webSigner.authentication.createJWT(
122, // Your account ID
{
limits: {
minute: 5,
day: 5,
hour: 5
},
expireAfter: 60 60 2 // 2 hours is the max accepted value
}
).then((res) => {
console.log('Generated JWT:', res.data.token);
});
`

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Then, use the JWT to connect to the API in the client-side NodeJS application:

`ts
import { SignConfig } from './config';
import { TikTokLiveConnection } from './client';

SignConfig.baseOptions.headers['x-jwt-key'] = 'generated-jwt-key';
const connection = new TikTokLiveConnection('tv_asahi_news');
`

Events

A TikTokLiveConnection object has the following events which can be handled with an event listener.

The simplest event handler is a connect event:

`ts
const connection = new TikTokLiveConnection('officialgeilegisela');
connection.on(ControlEvent.CONNECTED, () => console.log("Connected!"));
`

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- ControleEvent.CONNECTED or "connected"
- ControleEvent.DISCONNECTED or "disconnected"
- ControleEvent.STREAM_END or "streamEnd"
- ControleEvent.RAW_DATA or "rawData"
- ControleEvent.DECODED_DATA or "decodedData"
- ControleEvent.WEBSOCKET_CONNECTED or "websocketConnected"
- ControleEvent.ERROR or "error"
- ControlEvent.WEBSOCKET_DATA or "websocketData"

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- WebcastEvent.CHAT or "chat"
- WebcastEvent.GIFT or "gift"
- WebcastEvent.MEMBER or "member"
- WebcastEvent.LIKE or "like"
- WebcastEvent.SOCIAL or "social"
- WebcastEvent.ENVELOPE or "envelope"
- WebcastEvent.QUESTION_NEW or "questionNew"
- WebcastEvent.LINK_MIC_BATTLE or "linkMicBattle"
- WebcastEvent.LINK_MIC_ARMIES or "linkMicArmies"
- WebcastEvent.LIVE_INTRO or "liveIntro"
- WebcastEvent.SUBSCRIBE or "subscribe"
- WebcastEvent.FOLLOW or "follow"
- WebcastEvent.SHARE or "share"
- WebcastEvent.STREAM_END or "streamEnd"
- WebcastEvent.ROOM_USER or "roomUser"
- WebcastEvent.EMOTE or "emote"
- WebcastEvent.FOLLOW or "follow"
- WebcastEvent.SHARE or "share"
- WebcastEvent.GOAL_UPDATE or "goalUpdate"
- WebcastEvent.ROOM_MESSAGE or "roomMessage"
- WebcastEvent.CAPTION_MESSAGE or "captionMessage"
- WebcastEvent.IM_DELETE or "imDelete"
- WebcastEvent.IN_ROOM_BANNER or "inRoomBanner"
- WebcastEvent.RANK_UPDATE or "rankUpdate"
- WebcastEvent.POLL_MESSAGE or "pollMessage"
- WebcastEvent.RANK_TEXT or "rankText"
- WebcastEvent.LINK_MIC_BATTLE_PUNISH_FINISH or "linkMicBattlePunishFinish"
- WebcastEvent.LINK_MIC_BATTLE_TASK or "linkMicBattleTask"
- WebcastEvent.LINK_MIC_FAN_TICKET_METHOD or "linkMicFanTicketMethod"
- WebcastEvent.LINK_MIC_METHOD or "linkMicMethod"
- WebcastEvent.UNAUTHORIZED_MEMBER or "unauthorizedMember"
- WebcastEvent.OEC_LIVE_SHOPPING or "oecLiveShopping"
- WebcastEvent.MSG_DETECT or "msgDetect"
- WebcastEvent.LINK_MESSAGE or "linkMessage"
- WebcastEvent.ROOM_VERIFY or "roomVerify"
- WebcastEvent.LINK_LAYER or "linkLayer"
- WebcastEvent.ROOM_PIN or "roomPin"

Control Events

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Triggered when the connection is successfully established.

`ts
client.on(
WebcastEvent.CONNECTED,
(state: TikTokLiveConnectionState) => console.log('Hurray! Connected!', state)
);
`

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Triggered when the connection gets disconnected. In that case you can call connect() again to have a reconnect logic.
Note that you should wait a little bit before attempting a reconnect to to avoid being rate-limited.

`ts
connection.on(ControlEvent.DISCONNECTED, () => console.log('Disconnected :('));
`

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Triggered when the live stream gets terminated by the host. Will also trigger the disconnected event.

`ts
connection.on(ControlEvent.STREAM_END, ({ action }: { action: ControlAction }) => {
if (action === ControlAction.CONTROL_ACTION_STREAM_ENDED) {
console.log('Stream ended by user');
}
if (action === ControlAction.CONTROL_ACTION_STREAM_SUSPENDED) {
console.log('Stream ended by platform moderator (ban)');
}
});
`

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Triggered every time a protobuf encoded webcast message arrives. You can deserialize the binary object depending on the
use case with protobufjs.

`ts
connection.on(ControlEvent.RAW_DATA, (messageTypeName, binary) => {
console.log(messageTypeName, binary);
});
`

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Triggered every time a decoded message arrives. This is the same as the rawData event but the binary object is already
decoded. You can use this event to handle the protobuf messages without the need of deserializing them yourself.

`ts
connection.on(ControlEvent.DECODED_DATA, (event: string, decodedData: any, binary: Uint8Array) => {
console.log(event, decodedData);
});
`

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Will be triggered as soon as a WebSocket connection is established. The WebSocket client object is passed.

`ts
connection.on(ControlEvent.WEBSOCKET_CONNECTED, (client: TikTokWsClient) => {
console.log('WebSocket Client:', websocketClient.connection);
});
`

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Triggered every time a WebSocket message arrives. This is the same as the rawData event but the binary object is

> No example is available yet. Create a pull request to
> add one!

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General error event. You should handle this.

`ts
connection.on(ControlEvent.ERROR, err => {
console.error('Error!', err);
});
`

Message Events

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Triggered every time a new viewer joins the live stream.

`ts
connection.on(WebcastEvent.MEMBER, (data: WebcastMemberMessage) => {
console.log(${data.uniqueId} joins the stream!);
});
`

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Triggered every time a new chat comment arrives.

`ts
connection.on(WebcastEvent.CHAT, (data: WebcastChatMessage) => {
console.log(${data.uniqueId} -> ${data.comment});
});
`

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Triggered every time a gift arrives. You will receive additional information via the extendedGiftInfo attribute when
you enable the enableExtendedGiftInfo option.

> NOTE: Users have the capability to send gifts in a streak. This increases the repeatCount value until the user
> terminates the streak. During this time new gift events are triggered again and again with an increased repeatCount
> value. It should be noted that after the end of the streak, another gift event is triggered, which signals the end of
> the streak via repeatEnd:true. This applies only to gifts with giftType:1. This means that even if the user
> sends a giftType:1 gift only once, you will receive the event twice. Once with repeatEnd:false and once
> with repeatEnd:true. Therefore, the event should be handled as follows:

`ts
connection.on(WebcastEvent.GIFT, (event: WebcastGiftMessage) => {
if (data.giftType === 1 && !data.repeatEnd) {
// Streak in progress => show only temporary
console.log(${data.uniqueId} is sending gift ${data.giftName} x${data.repeatCount});
} else {
// Streak ended or non-streakable gift => process the gift with final repeat_count
console.log(${data.uniqueId} has sent gift ${data.giftName} x${data.repeatCount});
}
});
`

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Triggered every time a statistic message arrives. This message currently contains the viewer count and a top gifter
list.

`ts
connection.on(WebcastEvent.ROOM_USER, data => {
console.log(Viewer Count: ${data.viewerCount});
});
`

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Triggered when a viewer sends likes to the streamer. For streams with many viewers, this event is not always triggered
by TikTok.

`ts
connection.on(WebcastEvent.LIKE, data => {
console.log(${data.uniqueId} sent ${data.likeCount} likes, total likes: ${data.totalLikeCount});
});
`

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Triggered every time someone shares the stream or follows the host.

`ts
connection.on(WebcastEvent.SOCIAL, data => {
console.log('social event data:', data);
});
`

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Triggered every time a subscriber sends an emote (sticker).

`ts
connection.on(WebcastEvent.EMOTE, (data: WebcastEmoteChatMessage) => {
console.log('emote received', data);
});
`

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Triggered every time someone sends a treasure chest.

`ts
connection.on(WebcastEvent.ENVELOPE, data => {
console.log('envelope received', data);
});
`

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Triggered every time someone asks a new question via the question feature.

`ts
connection.on(WebcastEvent.QUESTION_NEW, data => {
console.log(${data.uniqueId} asks ${data.questionText});
});
`

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Triggered every time a battle starts.

`ts
connection.on(WebcastEvent.LINK_MIC_BATTLE, (data) => {
console.log(New Battle: ${data.battleUsers[0].uniqueId} VS ${data.battleUsers[1].uniqueId});
});
`

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Triggered every time a battle participant receives points. Contains the current status of the battle and the army that
suported the group.

`ts
connection.on(WebcastEvent.LINK_MIC_ARMIES, (data) => {
console.log('linkMicArmies', data);
});
`

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Triggered when a live intro message appears.

`ts
connection.on(WebcastEvent.LIVE_INTRO, (msg) => {
console.log(msg);
});
`

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Triggers when a user becomes a Super Fan.

`ts
connection.on(WebcastEvent.SUPER_FAN, (data) => {
console.log('A user became a superfan!');
});
`

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These events are based on message events.

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Triggers when a user follows the streamer. Based on social event.

`ts
connection.on(WebcastEvent.FOLLOW, (data) => {
console.log(data.uniqueId, 'followed!');
});
`

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Triggers when a user shares the stream. Based on social event.

`ts
connection.on(WebcastEvent.SHARE, (data) => {
console.log(data.uniqueId, "shared the stream!");
})
`

$3

Triggered when a channel goal is updated.

> No example is available yet. Create a pull request to
> add one!

$3

No information available.

> No example is available yet. Create a pull request to
> add one!

$3

No information available.

> No example is available yet. Create a pull request to
> add one!

$3

Triggered when a message is deleted in the chat.

> No example is available yet. Create a pull request to
> add one!

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Triggered when a banner is shown in the room.

> No example is available yet. Create a pull request to
> add one!

$3

Triggered when a ranking update is received.

> No example is available yet. Create a pull request to
> add one!

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Triggered when a poll-related message is sent in the room.

> No example is available yet. Create a pull request to
> add one!

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Triggered when text related to rankings is displayed.

> No example is available yet. Create a pull request to
> add one!

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Triggered when a link mic battle punishment is finished.

> No example is available yet. Create a pull request to
> add one!

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Triggered when a new task is issued during a link mic battle.

> No example is available yet. Create a pull request to
> add one!

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Triggered when a fan ticket-related method is invoked during a link mic session.

> No example is available yet. Create a pull request to
> add one!

$3

Triggered when a link mic method is used.

> No example is available yet. Create a pull request to
> add one!

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Triggered when an unauthorized member tries to perform a restricted action.

> No example is available yet. Create a pull request to
> add one!

$3

Triggered when a live shopping event occurs.

> No example is available yet. Create a pull request to
> add one!

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Triggered when the system detects a message for moderation or other purposes.

> No example is available yet. Create a pull request to
> add one!

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Triggered during a link mic session for various communication purposes.

> No example is available yet. Create a pull request to
> add one!

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Triggered when the system performs room verification.

> No example is available yet. Create a pull request to
> add one!

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Triggered when a new link mic layer is added or updated.

> No example is available yet. Create a pull request to
> add one!

$3

Triggered when a message is pinned in the chat room.

> No example is available yet. Create a pull request to
> add one!

Examples

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``ts
const connection = new TikTokLiveConnection('@username');

connection.fetchRoomInfo().then((roomInfo: RoomInfoResponse) => {
console.log(roomInfo);
console.log(Stream started timestamp: ${roomInfo.create_time}, Streamer bio: ${roomInfo.owner.bio_description});
console.log(HLS URL: ${roomInfo.stream_url.hls_pull_url}); // Can be played or recorded with e.g. VLC
}).catch(err => {
console.error(err);
});
``

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``ts
const connection = new TikTokLiveConnection('@username');

connection.fetchAvailableGifts().then((giftList: RoomGiftInfo) => {
console.log(giftList);
giftList.forEach(gift => {
console.log(id: ${gift.id}, name: ${gift.name}, cost: ${gift.diamond_count})
});
}).catch(err => {
console.error(err);
})
``

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It is possible to proxy connections. The library proxy-agent
supports http, https, socks4 and socks5 proxies:

``
npm i proxy-agent
``

You can specify if you want to use a proxy for https requests, websockets or both:

``ts
import { TikTokLiveConnection } from 'tiktok-live-connector';
import ProxyAgent from 'proxy-agent';

const connection = new TikTokLiveConnection('@username', {
webClientOptions: {
httpsAgent: new ProxyAgent('https://username:password@host:port'),
timeout: 10000 // 10 seconds
},
wsClientOptions: {
agent: new ProxyAgent('https://username:password@host:port'),
timeout: 10000 // 10 seconds
}
});

// Connect as per usual
``

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You can connect to the TikTok LIVE with a specific account. To do so, log into your browser & into TikTok.
Then, simply extract the sessionid and tt-target-idc cookies. Both are needed to connect.

One is your account's session token (keep this secret!), and the other is the datacenter the account is located in. This
tells TikTok where to look for your session, and is based
on your region (i.e. EU and NA will have different cookies, but all NA users will have the same cookie, such
as useast1a).

`ts
import { TikTokLiveConnection } from 'tiktok-live-connector';
import { connection } from 'websocket';

const connection = new TikTokLiveConnection(
'tv_asahi_news',
{
sessionId: '',
ttTargetIdc: '',
}
);

// Connect, then send a chat!
connection.connect().then(() => {
connection.sendMessage('Connected');
console.log('Connected to TikTok LIVE chat!');
}).catch(err => {
console.error('Error connecting to TikTok LIVE chat:', err);
});
`

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As of 2.0.2 you can now send messages to TikTok LIVE chats!

`ts
import { TikTokLiveConnection } from 'tiktok-live-connector';
import { connection } from 'websocket';

// Include in options
const connection = new TikTokLiveConnection(
'tv_asahi_news',
{
sessionId: '',
ttTargetIdc: ''
}
);

// OR, set it afterwards
connection.webClient.cookieJar.setSession('', '');

// Connect, then send a chat!
connection.connect().then(async () => {
await connection.sendMessage('Hello world!');
console.log('Connected to TikTok LIVE chat!');
}).catch(err => {
console.error('Error connecting to TikTok LIVE chat:', err);
});
``

Contributors

Zerody - Initial Reverse-Engineering and Protobuf-Decoding* - Zerody
Isaac Kogan - TypeScript Rewrite, Sign-Server Maintainer* - isaackogan

License

This project is licensed under the MIT License. See the LICENSE file for details.