What are the main features of amitshekhariitbhu/rxjava2-android-samples?

The main features of amitshekhariitbhu/rxjava2-android-samples are: RxJava Android Guides, Reactive Programming Patterns, Android Asynchronous Programming, Asynchronous Flow Coordination, Application Event Buses, UI Thread Schedulers, Event Bus Systems, Observable Streams.

RxJava2 Android Samples - implement reactive…

This repository is a collection of practical implementation patterns and reference samples for using RxJava 2 to manage asynchronous data streams in Android applications. It serves as a reactive programming implementation guide, providing code examples for handling complex event-driven logic and asynchronous patterns within mobile environments.

The project distinguishes itself by providing specific reference implementations for common mobile challenges, such as real-time search with debouncing, on-demand list pagination for infinite scrolling, and cache-first data streaming to reduce perceived loading times. It also includes examples of event bus architectures for decoupled application communication.

The codebase covers a broad range of reactive capabilities, including subscription lifecycle management to prevent memory leaks, thread switching via schedulers, and the use of functional operators for data stream transformation and combination. It further demonstrates asynchronous network coordination and the use of composite disposables for group subscription management.

Features

RxJava Android Guides - Offers practical examples and educational guides for implementing RxJava 2 within Android application development.
Reactive Programming Patterns - Serves as a reference guide for implementing event-driven and observable data stream patterns in Android applications.
Android Asynchronous Programming - Offers a library of asynchronous programming patterns for Android, including paginated lists and search debouncing.
Asynchronous Flow Coordination - Managing sequential or parallel API calls and data transformations using reactive streams to prevent callback hell.
Application Event Buses - Provides a centralized publish-subscribe system to decouple application components via event broadcasting.
UI Thread Schedulers - Utilizes RxJava schedulers to coordinate execution between background threads and the Android UI thread.
Event Bus Systems - Implements an internal event bus for decoupled communication between application components.
Observable Streams - Demonstrates the use of observable streams to notify multiple subscribers of data changes in a push-based model.
Android Lifecycle Management - Provides patterns for managing subscription lifecycles to prevent memory leaks in Android components.
Batch Disposals - Provides implementations of composite disposables to group and collectively release multiple active subscriptions.
Stream Operator Chains - Uses functional operators in chains to filter, map, and combine asynchronous data emissions.
Subscription Lifecycle Management - Provides mechanisms for managing the creation and cleanup of event subscriptions to prevent memory leaks in mobile apps.
Android List Pagination - Provides implementations of paginated data loading optimized for Android list interfaces.
Local Data Caches - Uses local data caches to store lightweight objects, reducing network requests and enabling immediate content delivery.
Infinite Scrolling Pagination - Implements on-demand pagination that loads additional records as users scroll through a list.
Android List Pagination Managers - Coordinates stream concatenation to implement infinite scrolling behavior within Android RecyclerViews.
Request Cancellations - Implements request cancellation using switchMap to ignore outdated network responses during rapid user input.
Stream Combinators - Provides implementation examples of operators for merging, concatenating, and zipping multiple asynchronous streams.
Cache-First Data Streaming - Implements a cache-first streaming strategy to reduce perceived loading times by displaying local data before network updates.
Stream Transformation Operators - Demonstrates the use of functional operators to filter and transform data sequences within reactive streams.
Group Subscription Disposal - Implements group subscription management using composite disposables to prevent memory leaks in Android components.
Real-Time Search Logic - Implements efficient real-time search with debouncing and request cancellation to optimize network traffic.
Search Stream Coordination - Implements efficient search interfaces by combining debouncing, distinct-value filtering, and stream switching.
Sample Projects - RxJava 2 Android Examples and migration guide

kaushikgopal/RxJava-Android-Samples

7,504View on GitHub

This project is a sample library and implementation guide for using RxJava to manage asynchronous data streams and concurrent tasks in Android applications. It provides a collection of reference implementations for reactive programming, focusing on functional operators to transform and combine asynchronous data flows. The library demonstrates specific Android architectural patterns, such as implementing decoupled event buses for component communication and coordinating parallel network requests. It includes concrete examples of mobile-specific patterns including search input debouncing, list

baconjs/bacon.js

6,458View on GitHub

Bacon.js is a JavaScript functional reactive programming library used for coordinating complex asynchronous data flows. It functions as an observable event stream framework and an asynchronous data flow orchestrator, allowing developers to model events as declarative streams and properties. The library distinguishes itself through its ability to manage reactive state and synchronize timing across multiple sources. It provides specialized mechanisms for atomic state synchronization to prevent glitches in derived properties and offers advanced coordination strategies such as asynchronous stream

neuecc/UniRx

7,326View on GitHub

UniRx is a reactive programming library and event orchestration framework for the Unity engine. It implements observable sequences and functional operators to transform callbacks, coroutines, and engine events into cancellable data streams for unified asynchronous event handling. The library provides a reactive UI binding system that synchronizes data models with user interface elements to trigger automatic visual updates. It includes a type-based publication and subscription system to route messages between producers and consumers, decoupling internal game components. The framework covers a

This repository serves as an educational resource for implementing asynchronous programming patterns in Android applications using Kotlin Coroutines and Flow. It provides a collection of practical examples and unit tests designed to demonstrate how to manage background tasks, concurrent network requests, and reactive data streams while maintaining a responsive user interface. The project focuses on structured concurrency, offering patterns for organizing tasks into hierarchical scopes that automatically propagate cancellation and lifecycle signals. It emphasizes the integration of lifecycle-a

amitshekhariitbhuRxJava2-Android-Samples