syncflow-node-client v0.1.7

SyncFlow Node Client

This is a reusable NodeJS client implementation for SyncFlow. The idea here is to create necessary functionality to interact with the SyncFlow api, in a NodeJS application. Primary beneficiaries of this package could be clients to SyncFlow, who have their own backend in NodeJS and want to integrate with SyncFlow.

Features

• Manage rooms, participants and recordings in the room
• Easy integration with existing Node.js applications

Installation

Installation can be done via npm:

$ npm install syncflow-node-client

Usage

In order to use the SyncFlow node client, you need the SYNCFLOW_API_KEY, SYNCFLOW_API_SECRET and SYNCFLOW_SERVER_URL. At this point, the server url is always going to be https://api.syncflow.live. To generate a key secret pair, login to https://dashboard.syncflow.live, navigate to settings page and use API keys generation page to generate the keys. Once, you have your api keys, either set the aforementioned values as environment variables, or use directly with the SyncFlowClientBuilder.

const {SyncFlowClientBuilder} = require('syncflow-node-client');

// Create a new client or set the environment variables SYNCFLOW_API_KEY, SYNCFLOW_API_SECRET and SYNCFLOW_SERVER_URL
const client = new SyncFlowClientBuilder()
                    .setApiKey('YOUR_API_KEY')
                    .setApiSecret('YOUR_API_SECRET')
                    .setServerUrl('SYNCFLOW_SERVER_URL').build();

// Now you can use the client to interact with SyncFlow API
// Generate User Token, results are returned as monads (Ok(RoomResult) or Err(HttpError))
const userTokenResults = await client.generateLivekitToken('NAME', {
    room: 'ROOM_ID',
});

// Create a room
const room = await client.createRoom('ROOM_NAME', {
    maxParticipants: 10,
    emptyTimeout: 60,
});

Explore the API documentation for more details on the available methods and their usage. Further usage examples can also be found in the test file.

API Reference

See the doc file.

License

Apache 2.0

Funding Information

This work is supported by the National Science Foundation under Grant No. DRL-2112635.