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public void connectToRoom(String roomName) {
  ConnectOptions connectOptions = new ConnectOptions.Builder(accessToken)
    .roomName(roomName)
    .audioTracks(localAudioTracks)
    .videoTracks(localVideoTracks)
    .iceTransportPolicy(IceTransportPolicy.RELAY)
    .build();
  room = Video.connect(context, connectOptions, this);
}

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var Video = require('twilio-video');
var token = getAccessToken();
Video.connect(token, {
  name: 'my-cool-room',
  iceTransportPolicy: 'relay'
}).then(function(room) {
  room.on('participantConnected', function(participant) {
    console.log(participant.identity + ' has connected');
  });
  room.once('disconnected', function() {

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/**
 *  Twilio Video Token Generation
 * 
 *  Pre-requisites
 *   - Create an API Key (https://www.twilio.com/console/runtime/api-keys)
 */

exports.handler = function(context, event, callback) {  
  const AccessToken = Twilio.jwt.AccessToken;
  const VideoGrant = AccessToken.VideoGrant;

ktoraskartwilio

When mixing the tracks, we need to consider that they might (and probably have) started at different times. If we were to merge tracks without taking this into account, we would end up with synchronization issues. In our example, since Bob got in the room a good 20s (and that’s really a huge time for synchronization of audios), mixing both Alice’s and Bob’s audio tracks together would end up having one speaking over the other.

To make merging easier, the start time of all tracks from the same room is the creation of the room itself. Let’s get the start times for all the tracks from this room

Get Alice's audio start time

ktoraskartwilio

//
//  ViewController.swift
//  VideoQuickStart
//
//  Copyright © 2016-2017 Twilio, Inc. All rights reserved.
//
import UIKit
import TwilioVideo

class ViewController: UIViewController {

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LocalMedia localMedia = LocalMedia.create(context);
VideoConstraints videoConstraints = new VideoConstraints.Builder()
		.minVideoDimensions(new VideoDimensions(320, 180))
		.maxVideoDimensions(new VideoDimensions(640, 360))
		.minFps(5)
		.maxFps(15)
		.build();
CameraCapturer cameraCapturer = new CameraCapturer(this, CameraCapturer.CameraSource.FRONT_CAMERA);
cameraVideoTrack = localMedia.addVideoTrack(true, cameraCapturer, videoConstraints);

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// Create a Client with the access token
if (!self.client) {
self.client = [TVIVideoClient clientWithToken:self.accessToken];
}

// Documentation related to ICE servers can be found here:
// https://media.twiliocdn.com/sdk/ios/video/releases/1.0.0-beta7/docs/Classes/TVIIceServer.html
TVIIceOptions *iceOptions = [TVIIceOptions optionsWithBlock:^(TVIIceOptionsBuilder * _Nonnull builder) {
builder.transportPolicy = TVIIceTransportPolicyAll;
builder.servers = @[[[TVIIceServer alloc] initWithURL:@"stun:foo.bar.address?transport=udp"],

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VideoClient videoClient = new VideoClient(this, VIDEO_ACCESS_TOKEN);

/*
 * Documentation related to ICE servers can be found here:
 * https://media.twiliocdn.com/sdk/android/video/releases/1.0.0-beta8/docs/com/twilio/video/IceServer.html
 */
Set<IceServer> iceServers = new HashSet<>();
iceServers.add(new IceServer("stun:foo.bar.address?transport=udp"));
iceServers.add(new IceServer("turn:foo.bar.address:3478?transport=udp", "fake", "pass"));

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{
  "instruction" "dequeue",
  "to": "+14151112222",
  "from": "+18001231234",
  "post_work_activity_sid": "WA0123456789abcdef0123456789abcdef"
}

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{  
   "task_routing":{  
      "filters":[  
         {  
            "friendly_name":"Gold Tickets",
            "expression":"customer_value == 'Gold' AND type == 'ticket'",
            "targets":[  
               {  
                  "queue":"WQ0123456789abcdef0123456789abcdef",
                  "priority":"2"