# Use raw data with Meeting SDK for Android

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> The code on this page works with either the **default UI** or the **custom UI**.

In custom UI mode, the SDK provides multiple options to render user video after a user subscribes to another user's video. After following the steps to render a user's video, each option contains a different type of video stream.

-   **Single attendee** - A single user's video.
-   **Active speaker** - A single user's video that automatically updates when the active speaker changes.
-   **Preview** - A preview of the local user's video.
-   **Share** - The content being shared by another user.

Regardless of which render option you are using, the SDK utilizes four main components.

-   `MobileRTCVideoView` - The area where the video is rendered.
-   `MobileRTCVideoViewManager` - An object that sets up the video view.
-   `MobileRTCVideoUnitRenderInfo` - An object that defines the video's X and Y dimensions.
-   `ICustomizedVideoSink` - A listener that indicates if a video's subscription fails.

## Subscribe to error data

Before subscribing to the video, implement `ICustomizedVideoSink` to know when a video subscription fails. To pass it into the SDK, you'll need a reference to the `MobileRTCVideoView` instance being set up.

```kotlin
val videoViewListener = ICustomizedVideoSink { errorCode, size, userId ->
    // Handle error logic
}
val videoViewManager = videoView.videoViewManager
videoViewManager.addListener(videoViewListener)
```

```java
ICustomizedVideoSink videoViewListener = new ICustomizedVideoSink() {
    @Override
    public void onSubscribeUserFail(int errorCode, int size, long userId) {

    }
};
MobileRTCVideoViewManager videoViewManager = videoView.getVideoViewManager();
videoViewManager.addListener(videoViewListener);
```

When you've finished using the video view, remove the listener to avoid leaks.

```kotlin
videoViewManager.removeListener(videoViewListener)
```

```java
videoViewManager.removeListener(videoViewListener);
```

## Define video view

The primary user-facing component is `MobileRTCVideoView`. This class extends `FrameLayout`. You can include the view using XML, or programmatically.

Include the view in an XML layout with this code.

```xml
<us.zoom.sdk.MobileRTCVideoView
    android:id="@+id/videoView"
    android:layout_width="match_parent"
    android:layout_height="match_parent"/>
```

Or include the view programmatically, similar to typical Android View objects.

Create a new `MobileRTCVideoView` instance.

```kotlin
val myVideoView = MobileRTCVideoView(context)
```

```java
MobileRTCVideoView myVideoView = new MobileRTCVideoView(context);
```

Get the `MobileRTCVideoView` from the XML layout.

```kotlin
val myVideoView = mMainLayoutView.findViewById(R.id.videoView)
```

```java
MobileRTCVideoView myVideoView = mMainLayoutView.findViewById(R.id.videoView);
```

## Subscribe to video streams

Each `MobileRTCVideoView` instance created by the SDK has an associated `MobileRTCVideoViewManager`. Use these to manage the lifecycle of the video subscription rendered on each video view.

To obtain a `MobileRTCVideoViewManager` reference, access the `videoViewManager` for the view where video will be rendered.

```kotlin
val videoViewManager = videoView.videoViewManager
```

```java
MobileRTCVideoViewManager videoViewManager = videoView.getVideoViewManager();
```

Before subscribing, create a `MobileRTCVideoUnitRenderInfo` instance to define the video's dimensions.

```kotlin
val renderInfo = MobileRTCVideoUnitRenderInfo(xPercent, yPercent, widthPercent, heightPercent)
```

```java
MobileRTCVideoUnitRenderInfo renderInfo = new MobileRTCVideoUnitRenderInfo(xPercent, yPercent, widthPercent, heightPercent);
```

The `videoViewManager` subscribes to a video stream based on the four options listed at the top of the page. To subscribe to a single attendee's video, call `addAttendeeVideoUnit`. This requires the `userId` of the user whose video is being subscribed to. Access this in `InMeetingUserInfo.userId`.

Learn how to retrieve a `userId` on [Access in-meeting user info](/docs/meeting-sdk/android/default-ui/basic-features/in-meeting-user-info/).

```kotlin
videoViewManager.addAttendeeVideoUnit(userId, renderInfo)
```

```java
videoViewManager.addAttendeeVideoUnit(userId, renderInfo);
```

To subscribe to the active speaker stream, call `addActiveVideoUnit`.

```kotlin
videoViewManager.addActiveVideoUnit(renderInfo)
```

```java
videoViewManager.addActiveVideoUnit(renderInfo);
```

To subscribe to the local preview of the user associated with this SDK instance, call `addPreviewVideoUnit`.

```kotlin
videoViewManager.addPreviewVideoUnit(renderInfo)
```

```java
videoViewManager.addPreviewVideoUnit(renderInfo);
```

To subscribe to the video being shared by another user, call `addShareVideoUnit`.

To keep listening to the current sharing status and know when to subscribe to the shared view, use the `onSharingStatus` callback from `InMeetingShareController.InMeetingShareListener`.

```kotlin
videoViewManager.addShareVideoUnit(userId, renderInfo)
```

```java
videoViewManager.addShareVideoUnit(userId, renderInfo);
```

## Manage existing video streams

While an attendee's video subscription is active, it can be updated to resubscribe to another user. To update the attendee's video unit with a new user or size, call `updateAttendeeVideoUnit`.

```kotlin
videoViewManager.updateAttendeeVideoUnit(userId, renderInfo)
```

```java
videoViewManager.updateAttendeeVideoUnit(userId, renderInfo);
```

To resize any other type of video unit, use the update methods providing only the render info.

```kotlin
videoViewManager.updatePreviewVideoUnit(renderInfo)
videoViewManager.updateShareVideoUnit(renderInfo)
videoViewManager.updateActiveVideoUnit(renderInfo)
```

```java
videoViewManager.updatePreviewVideoUnit(renderInfo);
videoViewManager.updateShareVideoUnit(renderInfo);
videoViewManager.updateActiveVideoUnit(renderInfo);
```

Finally, when a video unit is no longer being used, end the subscription with the method associated with the type of video unit.

```kotlin
videoViewManager.removeActiveVideoUnit()
videoViewManager.removeAllAttendeeVideoUnit()
videoViewManager.removeAttendeeVideoUnit(userId)
videoViewManager.removePreviewVideoUnit()
videoViewManager.removeShareVideoUnit()
```

```java
videoViewManager.removeActiveVideoUnit();
videoViewManager.removeAllAttendeeVideoUnit();
videoViewManager.removeAttendeeVideoUnit(userId);
videoViewManager.removePreviewVideoUnit();
videoViewManager.removeShareVideoUnit();
```