IntroductionHow to update a SDK?
Getting started on Web (Extended)Getting started on WebAPI examplesHow to implement Keyboard HotkeysHow to embed an iframe?How to implement a seamless transition between videos?How can I use video inside THEOplayer?How to work around browser cache with a new license?How to customise quality selection & labels (MP4)How to get frame-accurate currentTime display in the UI Control barHow to play an LCEVC source with THEOplayer
Android Unified
Getting started on Unified AndroidUnified Android Feature Integrations
Getting started on AndroidAndroid SDK customizationAndroid SDK product flavorsHow to couple the native MediaRouteButton to THEOplayerHow to enable -experimental- native rendering on AndroidHow to do offline Playback with AES-128 Encrypted Streams on Android
Getting started on iOSiOS SDK CustomizationMy app does not want to build for the app storeHow to bypass copy() not working in Safari consoleHow to couple the native GCKUICastButton to THEOplayeriOS SDK Touch-events (gestures)Building for iOS Simulator, but the linked and embedded framework THEOplayerSDK.framework was built for iOS + iOS SimulatorHow to implement custom local network access (LNA) interstitial dialog for Chromecast
Android TV
Getting started on Android TV
Getting started on tvOS
Getting started on ChromecastChromecast Application Customization
Getting Started on webOS
Getting started on TizenInstalling the Tizen developer toolsSetting up a Tizen device for debuggingDeploying a test app on a physical Tizen deviceDeploying a test app on a Tizen emulator
Getting Started on Roku
Fire tv
Getting started on Fire TV

Getting started on Unified Android

What are the differences between Unified Android SDK and Android SDK?

The Unified Android SDK is significantly more performant than the Android SDK, as it removes the dependency on the WebView to handle video-playback and supported features. Removing the WebView dependency also allowed to move many of the APIs from being asynchronous to being synchronous, such as querying the current time.

Another difference between the SDKs is that with Unified Android SDK users will no longer need to maintain multiple flavors for different platforms or Android OS version. This because the Unified Android SDK works on Android mobile, Android TV and Fire TV devices with Android OS version 5.0+ (API level 21 and above).

The Unified Android SDK moves towards more modularized features, which means there is a base SDK that can handle basic playback and additional feature integrations are provided as separate modules that can be added as desired. This approach gives more flexibility and results in a reduced application size, since non-required parts are not included in the build of the application.

The Unified Android SDK leverages the Kotlin language to provide safer and more concise code.

Lastly, the Unified Android SDK is released on JitPack which allow developers to easily fetch and implement the player into their app.

Add THEOplayer and Kotlin libraries to your application

We have to modify the build.gradle files to be able to fetch the Unified Android SDK and the Kotlin plugin.

  1. In your top-level (project) build.gradle file

android getting started 07

  1. a) Add JitPack as a repository.
allprojects {
    repositories {
        maven { url 'https://jitpack.io' }
  1. b) Add Kotlin as a plugin
buildscript {
    dependencies {
        classpath "org.jetbrains.kotlin:kotlin-gradle-plugin:1.6.10"
  1. Next, we need to edit the build.gradle on the module-level (app/build.gradle)

android getting started 09

We need to apply Kotlin as a plugin using by adding apply plugin: 'kotlin-android'. Then specify THEOplayer as a dependency for the app. So edit the Gradle file to contain:

apply plugin: 'kotlin-android'

dependencies {
    implementation 'com.theoplayer.theoplayer-sdk-android:unified:+'
    implementation 'org.jetbrains.kotlin:kotlin-stdlib:1.6.21'

Note: It's possible to replace the + with a particular version of THEOplayer that should be used, for example:

implementation 'com.theoplayer.theoplayer-sdk-android:unified:3.6.0'

Setting up the license

You need to configure your THEOplayer license, if you don't enter this license string, you might encounter licensing issues (e.g when trying to play non-whitelisted video streams). First, obtain a THEOplayer Android SDK license through the THEOplayer Developer Portal at https://portal.theoplayer.com.

Then, identify your license string from the screenshot above and add the <meta-data ... tag below at the appropriate location in your AndroidManifest.xml, and swap your_license_here with your actual license string.

        android:value="your_license_here" />

Additionally, to play online videos with THEOplayer, you first need to add INTERNET permission into the AndroidManifest.xml file too.

<uses-permission android:name="android.permission.INTERNET" />

More information regarding the license can be found here.

Add THEOplayer view to your application (source)

THEOplayer can be added to an application either through a layout (i.e. XML) or programmatically through the constructor API.

This guide uses approach A.

Note: Refer to Using the constructor API if you want to use approach B instead. This approach also allows you to configure the "license string" through a programmatic configuration instead of the AndroidManifest.xml.

You will add some code to the activity_main.xml file.

android getting started 13

You can add the THEOplayerView to the layout of the MainActivity with the snippet below.

At least the "id", "width" and "height" attributes need to be specified on the new view.

The "id" is important because it is used to identify the view object in you MainActivity class.


android getting started 14

Use THEOplayer API in your application

Now in the MainActivity.java we can retrieve the THEOplayerView by the "id" we set earlier using the findViewById method.

1. Get the THEOplayer instance

import com.theoplayer.android.api.THEOplayerView;

public class MainActivity extends AppCompatActivity{
    THEOplayerView theoPlayerView;

    protected void onCreate(Bundle savedInstanceState) {

        theoPlayerView = findViewById(R.id.theoplayer);


2. Configure source (source)

To play a video in THEOplayer, we need to configure a source for the player in our MainActivity:

TypedSource typedSource = new TypedSource.Builder()

SourceDescription sourceDescription = new SourceDescription.Builder()


3. Control THEOplayer through the API (source)

We will now introduce a button to start/stop the video in the player.

First add the button to our activity_main.xml layout file


android getting started 16

Then set an OnClickListener() on the button in our MainActivity code to trigger play and pause in the player.

Button btnPlayPause;


    btnPlayPause = findViewById(R.id.btn_playpause);
    btnPlayPause.setOnClickListener(new View.OnClickListener() {
        public void onClick(View v) {
            if (theoPlayerView.getPlayer().isPaused()) {
            } else {

android getting started 17

4. Listen for THEOplayer events (source)

The next step is listening for player events.

First, we need to create two more TextViews in the activity_main.xml file.



We will now listen for "PLAY", "PAUSE" and "TIMEUPDATE" in this example.

TextView txtPlayStatus, txtTimeUpdate;


txtPlayStatus = findViewById(R.id.txt_playstatus);
txtTimeUpdate = findViewById(R.id.txt_timeupdate);

theoPlayerView.getPlayer().addEventListener(PlayerEventTypes.PLAY, new EventListener<PlayEvent>() {
    public void handleEvent(PlayEvent playEvent) {

theoPlayerView.getPlayer().addEventListener(PlayerEventTypes.PAUSE, new EventListener<PauseEvent>() {
    public void handleEvent(PauseEvent pauseEvent) {

theoPlayerView.getPlayer().addEventListener(PlayerEventTypes.TIMEUPDATE, new EventListener<TimeUpdateEvent>() {
    public void handleEvent(TimeUpdateEvent timeUpdateEvent) {

android getting started 19

When the events are triggered we will update the MainActivity UI with the corresponding state.

5. Play fullscreen video in landscape mode (source)

THEOplayer SDK contains a default fullscreen activity which can be started automatically when you rotate your device.

We have to configure our player instance in the MainActivity to react to orientation changes and start the Fullscreen activity.

protected void onCreate(Bundle savedInstanceState) {

    // ...

    theoPlayerView = findViewById(R.id.theoplayer);

    // ...


In the AndroidManifest.xml we can disable the default orientation behaviour on our MainActivity and lock it in portrait.
Then, because we enabled fullscreen orientation coupling with the setFullScreenOrientationCoupled(true) method eariler, THEOplayer will take care of the support of seamless landscape activity transition at rotation.

<activity android:name=".MainActivity"
    android:configChanges="orientation|screenSize" >
        <action android:name="android.intent.action.MAIN" />

        <category android:name="android.intent.category.LAUNCHER" />

android getting started 20

Couple THEOplayer with the lifecycle callbacks

In order for THEOplayer to work properly and in sync with the Activity lifecycle changes (e.g. when we rotate the device or start a new Activity or the app goes to background). We need to call the "onResume", "onPause" and "onDestroy" methods of the THEOplayerView when the matching methods are called in the Activity.

public class MainActivity extends AppCompatActivity{

    // ...

    protected void onPause() {

    protected void onResume() {

    protected void onDestroy() {

    // ...


android getting started 22

If you would like to customize the Fullscreen Activity, you can follow our tutorial here.

Run your application

Here you have some screenshots from the running application:

Start screen

screenshot 1524665161199

Playing screen

screenshot 1524665170079

Paused screen

screenshot 1524665175584

Rotated fullscreen

screenshot 1524665185023


This guide focuses on creating an Android application from scratch, and integrating the THEOplayer Android SDK.

  • You have learned how to interact with the player via the available APIs in Java,
  • you have registered player events,
  • and you have learned how to enable automatic orientation detection.

The full source of this application is available on GitHub. You may also find the readme at https://github.com/THEOplayer/theoplayer-sdk-android useful.

You can find interesting features of THEOplayer on our demo page.

Did you encounter any issues? Raise a ticket through the ticketing system if you're on a support plan.

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