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Andorid 任意界面悬浮窗,实现悬浮窗如此简单

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Quick Overview

The FloatWindow project is a lightweight and customizable floating window library for Android. It allows developers to create and manage floating windows within their Android applications, providing a flexible and user-friendly interface.

Pros

  • Lightweight and Efficient: The library is designed to be lightweight and efficient, minimizing the impact on the overall performance of the application.
  • Customizable: Developers can easily customize the appearance and behavior of the floating windows, including size, position, and animation.
  • Easy Integration: The library provides a simple and straightforward API, making it easy to integrate into existing Android projects.
  • Cross-platform Compatibility: The library is compatible with a wide range of Android devices and versions, ensuring consistent behavior across different platforms.

Cons

  • Limited Functionality: While the library provides a solid foundation for creating floating windows, it may lack some advanced features or functionality that some developers might require.
  • Potential Compatibility Issues: As with any third-party library, there is a risk of compatibility issues with certain Android versions or device configurations.
  • Dependency on External Libraries: The library may have dependencies on other external libraries, which could increase the overall complexity of the project.
  • Potential Performance Impact: Depending on the complexity and usage of the floating windows, there may be a slight performance impact on the application.

Code Examples

Here are a few code examples demonstrating the usage of the FloatWindow library:

// Create a new floating window
FloatWindow floatWindow = new FloatWindow.Builder(this)
    .setView(R.layout.float_window_layout)
    .setWidth(WindowManager.LayoutParams.WRAP_CONTENT)
    .setHeight(WindowManager.LayoutParams.WRAP_CONTENT)
    .setX(100)
    .setY(100)
    .build();

// Show the floating window
floatWindow.show();

// Hide the floating window
floatWindow.hide();

// Remove the floating window
floatWindow.dismiss();

This code demonstrates how to create, show, hide, and remove a floating window using the FloatWindow library.

// Set the window's position
floatWindow.setPosition(100, 100);

// Set the window's size
floatWindow.setSize(300, 200);

// Set the window's background color
floatWindow.setBackgroundColor(Color.BLUE);

These code snippets show how to customize the position, size, and background color of the floating window.

// Set a click listener on the floating window
floatWindow.setOnClickListener(new View.OnClickListener() {
    @Override
    public void onClick(View v) {
        // Handle the click event
    }
});

This code demonstrates how to set a click listener on the floating window to handle user interactions.

Getting Started

To get started with the FloatWindow library, follow these steps:

  1. Add the library to your project's dependencies:
dependencies {
    implementation 'com.yhaolpz:floatwindow:1.1.2'
}
  1. Create a new FloatWindow instance and configure it:
FloatWindow floatWindow = new FloatWindow.Builder(this)
    .setView(R.layout.float_window_layout)
    .setWidth(WindowManager.LayoutParams.WRAP_CONTENT)
    .setHeight(WindowManager.LayoutParams.WRAP_CONTENT)
    .setX(100)
    .setY(100)
    .build();
  1. Show the floating window:
floatWindow.show();
  1. Customize the floating window as needed:
floatWindow.setPosition(200, 300);
floatWindow.setSize(400, 300);
floatWindow.setBackgroundColor(Color.BLUE);
  1. Handle user interactions with the floating window:
floatWindow.setOnClickListener(new View.OnClickListener() {
    @Override
    public void onClick(View v) {
        // Handle the click event
    }
});

That's it! You can now use the FloatWindow library to create and manage floating windows in your Android application.

Competitor Comparisons

😍 A beautiful, fluid, and extensible dialogs API for Kotlin & Android.

Pros of material-dialogs

  • Provides a wide range of customizable dialog options, including input fields, checkboxes, and radio buttons.
  • Supports Material Design guidelines, ensuring a consistent and visually appealing user interface.
  • Offers a variety of built-in themes and styles, making it easy to integrate with different app designs.

Cons of material-dialogs

  • Larger in size compared to FloatWindow, which may impact app size and performance.
  • Requires more setup and configuration to integrate into an existing project.
  • May have a steeper learning curve for developers unfamiliar with the library.

Code Comparison

FloatWindow

FloatWindow.with(this)
    .setView(R.layout.float_window)
    .setWidth(WindowManager.LayoutParams.WRAP_CONTENT)
    .setHeight(WindowManager.LayoutParams.WRAP_CONTENT)
    .setX(100)
    .setY(100)
    .setMoveType(MoveType.SLIDE)
    .setFilter(ActivateEvent.TOUCH_DOWN)
    .setPermissionListener(new PermissionListener() {
        @Override
        public void onSuccess() {
            // Permission granted
        }

        @Override
        public void onFail() {
            // Permission denied
        }
    })
    .build();

material-dialogs

MaterialDialog(this)
    .title(text = "Hello, World!")
    .message(text = "This is a material dialog.")
    .positiveButton(text = "OK") {
        // Handle positive button click
    }
    .negativeButton(text = "Cancel") {
        // Handle negative button click
    }
    .show()

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Pros of AndroidUtilCode

  • Comprehensive set of utility functions covering a wide range of Android development tasks
  • Well-documented and actively maintained with regular updates
  • Provides a consistent and reliable set of tools to improve developer productivity

Cons of AndroidUtilCode

  • Larger in scope and size compared to FloatWindow, which may be overkill for some projects
  • Potential learning curve for developers unfamiliar with the library

Code Comparison

FloatWindow

FloatWindow.get()
    .setView(view)
    .setWidth(300)
    .setHeight(400)
    .setX(100)
    .setY(100)
    .show();

AndroidUtilCode

DeviceUtils.isDeviceRooted();
BarUtils.setStatusBarColor(activity, Color.BLUE);
ClickUtils.applySingleDebouncing(view, v -> {
    // handle click event
});
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Pros of zxing/zxing

  • Comprehensive library for 1D/2D barcode image processing
  • Supports a wide range of barcode formats, including QR codes, Aztec, and more
  • Actively maintained with regular updates and bug fixes

Cons of zxing/zxing

  • Larger codebase and more complex to integrate into a project
  • May have a steeper learning curve for developers new to barcode scanning

Code Comparison

zxing/zxing:

Result result = new MultiFormatReader().decode(bitmap);
String contents = result.getText();
BarcodeFormat format = result.getBarcodeFormat();

yhaolpz/FloatWindow:

FloatWindowManager.getInstance()
    .setLayout(R.layout.float_window)
    .setPosition(100, 100)
    .show();

Render After Effects animations natively on Android and iOS, Web, and React Native

Pros of Lottie-Android

  • Lottie-Android is a powerful and feature-rich library for rendering vector-based animations on Android. It provides a seamless integration with Lottie, a tool developed by Airbnb for creating and editing animations.
  • The library offers a wide range of customization options, allowing developers to fine-tune the animations to their specific needs.
  • Lottie-Android has a large and active community, with regular updates and a wealth of documentation and resources available.

Cons of Lottie-Android

  • The library can be more complex to set up and integrate into an existing project compared to FloatWindow.
  • Lottie-Android may have a higher learning curve for developers who are not familiar with Lottie or vector-based animations.
  • The library can be more resource-intensive than FloatWindow, especially for complex animations, which may impact the performance of the app.

Code Comparison

Lottie-Android:

LottieAnimationView animationView = findViewById(R.id.animation_view);
animationView.setAnimation("animation.json");
animationView.playAnimation();

FloatWindow:

FloatWindow.with(this)
    .setView(R.layout.float_window)
    .setWidth(ScreenUtil.getScreenWidth() / 2)
    .setHeight(ScreenUtil.getScreenHeight() / 3)
    .setX(100)
    .setY(100)
    .setMoveType(MoveType.SLIDE)
    .setFilter(true)
    .build()
    .show();
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Square’s meticulous HTTP client for the JVM, Android, and GraalVM.

Pros of OkHttp

  • OkHttp is a widely-used, mature, and well-maintained HTTP client library for Java and Kotlin, with a large and active community.
  • It provides a simple and intuitive API for making HTTP requests, handling responses, and managing connection pooling.
  • OkHttp has excellent performance and supports features like caching, connection reuse, and automatic retries.

Cons of OkHttp

  • OkHttp is a general-purpose HTTP client library, while FloatWindow is a specific library for creating floating windows on Android.
  • The learning curve for OkHttp may be steeper than for a more specialized library like FloatWindow.
  • OkHttp may have a larger footprint in your app, as it includes a more comprehensive set of features.

Code Comparison

OkHttp (making a simple GET request):

OkHttpClient client = new OkHttpClient();
Request request = new Request.Builder()
    .url("https://api.example.com/data")
    .build();
Response response = client.newCall(request).execute();

FloatWindow (creating a floating window):

FloatWindow.with(context)
    .setView(myView)
    .setWidth(300)
    .setHeight(400)
    .setX(100)
    .setY(100)
    .setMoveType(MoveType.SLIDE)
    .build()
    .show();
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A type-safe HTTP client for Android and the JVM

Pros of Retrofit

  • Retrofit is a widely-used and well-established library for making HTTP requests in Android applications.
  • It provides a clean and intuitive API for defining and making API calls, with support for various response types.
  • Retrofit is highly extensible, with a large ecosystem of add-on libraries and tools.

Cons of Retrofit

  • Retrofit may have a steeper learning curve compared to simpler networking libraries, especially for developers new to Android development.
  • Retrofit may not be the best choice for simple, one-off HTTP requests, as it can be overkill for such use cases.

Code Comparison

Retrofit:

public interface GitHubService {
    @GET("users/{user}/repos")
    Call<List<Repo>> listRepos(@Path("user") String user);
}

FloatWindow:

public class FloatWindowManager {
    public static void createFloatWindow(Context context) {
        // Code to create a floating window
    }
}

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README

FloatWindow 安卓任意界面悬浮窗

悬浮按钮图

特性:

1.支持拖动,提供自动贴边等动画

2.内部自动进行权限申请操作

3.可自由指定要显示悬浮窗的界面

4.应用退到后台时,悬浮窗会自动隐藏

5.除小米外,4.4~7.0 无需权限申请

6.位置及宽高可设置百分比值,轻松适配各分辨率

7.支持权限申请结果、位置等状态监听

8.链式调用,简洁清爽

集成:

第 1 步、在工程的 build.gradle 中添加:

	allprojects {
		repositories {
			...
			maven { url 'https://jitpack.io' }
		}
	}

第 2 步、在应用的 build.gradle 中添加:

	dependencies {
	        compile 'com.github.yhaolpz:FloatWindow:1.0.9'
	}

使用:

0.声明权限


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

1.基础使用

        FloatWindow
              .with(getApplicationContext())
              .setView(view)
              .setWidth(100)                               //设置控件宽高
              .setHeight(Screen.width,0.2f)
              .setX(100)                                   //设置控件初始位置
              .setY(Screen.height,0.3f)
              .setDesktopShow(true)                        //桌面显示
              .setViewStateListener(mViewStateListener)    //监听悬浮控件状态改变
              .setPermissionListener(mPermissionListener)  //监听权限申请结果
              .build();

宽高及位置可设像素值或屏幕宽/高百分比,默认宽高为 wrap_content;默认位置为屏幕左上角,x、y 为偏移量。

2.指定界面显示

              .setFilter(true, A_Activity.class, C_Activity.class)

此方法表示 A_Activity、C_Activity 显示悬浮窗,其他界面隐藏。

              .setFilter(false, B_Activity.class)

此方法表示 B_Activity 隐藏悬浮窗,其他界面显示。

注意:setFilter 方法参数可以识别该 Activity 的子类

也就是说,如果 A_Activity、C_Activity 继承自 BaseActivity,你可以这样设置:

              .setFilter(true, BaseActivity.class)

3.可拖动悬浮窗及回弹动画

              .setMoveType(MoveType.slide)
              .setMoveStyle(500, new AccelerateInterpolator())  //贴边动画时长为500ms,加速插值器

共提供 4 种 MoveType :

MoveType.slide : 可拖动,释放后自动贴边 (默认)

MoveType.back : 可拖动,释放后自动回到原位置

MoveType.active : 可拖动

MoveType.inactive : 不可拖动

setMoveStyle 方法可设置动画效果,只在 MoveType.slide 或 MoveType.back 模式下设置此项才有意义。默认减速插值器,默认动画时长为 300ms。

4.后续操作

        //手动控制
        FloatWindow.get().show();
        FloatWindow.get().hide();

        //修改显示位置
        FloatWindow.get().updateX(100);
        FloatWindow.get().updateY(100);

        //销毁
        FloatWindow.destroy();

以上操作应待悬浮窗初始化后进行。

5.多个悬浮窗


        FloatWindow
                .with(getApplicationContext())
                .setView(imageView)
                .build();

        FloatWindow
                .with(getApplicationContext())
                .setView(button)
                .setTag("new")
                .build();


        FloatWindow.get("new").show();
        FloatWindow.get("new").hide();
        FloatWindow.destroy("new");

创建第一个悬浮窗不需加 tag,之后再创建就需指定唯一 tag ,以此区分,方便进行后续操作。

举个栗子

点击查看 : 示例代码 。

最后:

悬浮按钮图

本人已尽量去兼容更多机型,但经济有限,如果你想帮助此库,提 Issues 标出当前版本不适配的机型即可,感谢~

更新日志

v1.0.9

修复拖动点击事件冲突

添加权限结果监听、位置等状态监听

支持贴边边距设置

v1.0.8

适配 4.4~8.0 及各大国产机型

支持桌面显示

v1.0.7

适配 Android 8.0

v1.0.6

支持悬浮窗拖动及相关动效

位置及宽高可设置百分比值

更改相关类名及使用方法

v1.0.5

修复未调用show显示悬浮窗bug

v1.0.4

返回桌面将会自动隐藏控件,无需再监听应用退到后台等操作

新增 Activity 过滤器,可自由指定哪些界面显示,哪些界面不显示

FixedFloatWindow 类改为 FFWindow

v1.0.3

修复已知 bug

新增 dismiss 方法

新增其他方案,如:所有版本都申请权限