# RemoteWindow

**\<RemoteWindow>** is a component used to control the application window, providing the component animator and application window linkage animator during application startup and exit.

>  **NOTE**
>  
>  This component is supported since API version 9. Updates will be marked with a superscript to indicate their earliest API version.
>
>  The APIs provided by this component are system APIs.

## Child Components

Not supported

## APIs

RemoteWindow(target: WindowAnimationTarget)

Creates a **\<RemoteWindow>** through a window animation object.

**Parameters**

| Name| Type| Mandatory | Description|
| -------- | -------- | --------------- | -------- |
| target | [WindowAnimationTarget](#windowanimationtarget) | Yes  | Description of the animation window to control.|

## WindowAnimationTarget

Implements a target window, which is used to remotely control the animation.

| Name     | Type    | Description|
| ------- | ------ | ----------------------- |
| bundleName  | string | Process corresponding to the animation window.|
| abilityName | string | Ability corresponding to the animation window.|
| windowBounds | [RRect](#rrect) | Actual size of the animation window.|
| missionId  | number | Mission ID.|

## RRect

Implements a rounded rectangle.

| Name     | Type    | Description|
| ------- | ------ | ----------------------- |
| left  | number | Horizontal coordinate of the upper left corner of the animation window relative to the screen.|
| top | number | Vertical coordinate of the upper left corner of the animation window relative to the screen.|
| width | number | Width of the animation window.|
| height | number | Height of the animation window.|
| radius | number | Radius of the rounded corner of the animation window.|

## Attributes

The [universal attributes](ts-universal-attributes-size.md) are supported.

## Events

The [universal events](ts-universal-events-click.md) are supported.

## Example
The **\<RemoteWindow>** component needs to receive the **WindowAnimationTarget** object passed from the **WindowAnimationController** object set through [windowAnimationManager](../apis/js-apis-windowAnimationManager.md). You can create a **RemoteWindowExample.ets** file and encapsulate the **RemoteWindowExample** component and the passed **WindowAnimationTarget** object.
The **\<RemoteWindow>** component can be used only in the system application Launcher. Therefore, you can place the **RemoteWindowExample** component in the **build** function of the **EntryView.ets** page of Launcher, compile Launcher, and push the Launcher installation package to the device system.

```ts
// WindowAnimationControllerImpl.ets file
import windowAnimationManager from '@ohos.animation.windowAnimationManager';

export default class WindowAnimationControllerImpl implements windowAnimationManager.WindowAnimationController {
  onStartAppFromLauncher(startingWindowTarget: windowAnimationManager.WindowAnimationTarget,
                         finishedCallback: windowAnimationManager.WindowAnimationFinishedCallback): void
  {
    console.log(`remote window animaion onStartAppFromLauncher`);
    finishedCallback.onAnimationFinish();
  }

  onStartAppFromRecent(startingWindowTarget: windowAnimationManager.WindowAnimationTarget,
                       finishedCallback: windowAnimationManager.WindowAnimationFinishedCallback): void {
    console.log(`remote window animaion onStartAppFromRecent`);
    finishedCallback.onAnimationFinish();
  }

  onStartAppFromOther(startingWindowTarget: windowAnimationManager.WindowAnimationTarget,
                      finishedCallback: windowAnimationManager.WindowAnimationFinishedCallback): void {
    console.log(`remote window animaion onStartAppFromOther`);
    finishedCallback.onAnimationFinish();
  }

  onAppTransition(fromWindowTarget: windowAnimationManager.WindowAnimationTarget,
                  toWindowTarget: windowAnimationManager.WindowAnimationTarget,
                  finishedCallback: windowAnimationManager.WindowAnimationFinishedCallback): void{
    console.log(`remote window animaion onAppTransition`);
    finishedCallback.onAnimationFinish();
  }

  onMinimizeWindow(minimizingWindowTarget: windowAnimationManager.WindowAnimationTarget,
                   finishedCallback: windowAnimationManager.WindowAnimationFinishedCallback): void {
    console.log(`remote window animaion onMinimizeWindow`);
    finishedCallback.onAnimationFinish();
  }

  onCloseWindow(closingWindowTarget: windowAnimationManager.WindowAnimationTarget,
                finishedCallback: windowAnimationManager.WindowAnimationFinishedCallback): void {
    console.log(`remote window animaion onCloseWindow`);
    finishedCallback.onAnimationFinish();
  }

  onScreenUnlock(finishedCallback: windowAnimationManager.WindowAnimationFinishedCallback): void {
    console.log(`remote window animaion onScreenUnlock`);
    finishedCallback.onAnimationFinish();
  }

  onWindowAnimationTargetsUpdate(fullScreenWindowTarget: windowAnimationManager.WindowAnimationTarget, 
                              floatingWindowTargets: Array<windowAnimationManager.WindowAnimationTarget>): void {
    console.log('onWindowAnimationTargetsUpdate, the fullScreenWindowTarget is: ' + fullScreenWindowTarget);
    console.log('onWindowAnimationTargetsUpdate, the floatingWindowTargets are: ' + floatingWindowTargets);
  }
}
```

```ts
// RemoteWindowExample.ets file
import windowAnimationManager from '@ohos.animation.windowAnimationManager';
import WindowAnimationControllerImpl from '../animation/remoteanimation/WindowAnimationControllerImpl';

@Entry
@Component
export default struct RemoteWindowExample {
  @State target: WindowAnimationTarget = undefined // Obtained through windowAnimationManager.

  aboutToAppear(): void {
    let controller = new WindowAnimationControllerImpl();
    windowAnimationManager.setController(controller);

    controller.onStartAppFromLauncher = (startingWindowTarget, finishedCallback) => {
      console.log(`RemoteWindowExample: remote window animaion onStartAppFromLauncher`);
      this.target = startingWindowTarget;
      finishedCallback.onAnimationFinish();
    }

    controller.onStartAppFromRecent = (startingWindowTarget, finishedCallback) => {
      console.log(`RemoteWindowExample: remote window animaion onStartAppFromRecent`);
      this.target = startingWindowTarget;
      finishedCallback.onAnimationFinish();
    }

    controller.onStartAppFromOther = (startingWindowTarget, finishedCallback) => {
      console.log(`RemoteWindowExample: remote window animaion onStartAppFromOther`);
      this.target = startingWindowTarget;
      finishedCallback.onAnimationFinish();
    }

    controller.onAppTransition = (fromWindowTarget, toWindowTarget, finishedCallback) => {
      console.log(`RemoteWindowExample: remote window animaion onAppTransition`);
      this.target = toWindowTarget;
      finishedCallback.onAnimationFinish();
    }

    controller.onMinimizeWindow = (minimizingWindowTarget, finishedCallback) => {
      console.log(`RemoteWindowExample: remote window animaion onMinimizeWindow`);
      this.target = minimizingWindowTarget;
      finishedCallback.onAnimationFinish();
    }

    controller.onCloseWindow = (closingWindowTarget, finishedCallback) => {
      console.log(`RemoteWindowExample: remote window animaion onCloseWindow`);
      this.target = closingWindowTarget;
      finishedCallback.onAnimationFinish();
    }
  }

  build() {
    Column() {
      RemoteWindow(this.target)
        .scale({ x: 0.5, y: 0.5}) // Used for demonstration purposes only. .In general cases, scale({ x: 1, y: 1 }) is required.
      	.position({ x: px2vp(this.target?.windowBounds.left), y: px2vp(this.target?.windowBounds.top) })
      	.width(px2vp(this.target?.windowBounds.width))
      	.height(px2vp(this.target?.windowBounds.height))
     }
  }
}
```