A comprehensive Android networking library built on OkHttp, supporting HTTP/2, file transfers, image loading, and RxJava.
Fast Android Networking is a comprehensive networking library for Android applications that simplifies making HTTP requests, downloading/uploading files, and loading images. It is built on top of OkHttp and supports HTTP/2, providing a unified API to handle all networking tasks without relying on multiple outdated libraries. The library addresses the removal of HttpClient in Android Marshmallow and offers performance optimizations like reduced GC overhead through Okio.
Android developers who need a robust, all-in-one networking solution for their apps, especially those requiring HTTP/2 support, file transfers, image loading, and integration with RxJava.
Developers choose Fast Android Networking because it consolidates multiple networking functionalities into a single, modern library with a simple interface, excellent performance via OkHttp/Okio, and features like request prioritization, caching, and connection quality monitoring that are not commonly found together in other libraries.
🚀 A Complete Fast Android Networking Library that also supports HTTP/2 🚀
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It consolidates HTTP requests, file downloads/uploads, and image loading into a single library, as shown by code examples for GET, POST, file handling, and ANImageView usage in the README.
Built on OkHttp with HTTP/2 support and Okio integration reduces GC overhead and improves latency, leveraging modern networking capabilities emphasized in the library's description.
Features request prioritization (LOW to IMMEDIATE), cancellation with percentage thresholds, and connection quality monitoring, providing fine-grained management documented in the README sections.
Offers built-in RxJava and RxJava2 support via separate modules, and allows per-request OkHttpClient customization, as demonstrated with examples for adding interceptors and executors.
The library focuses on RxJava for reactive patterns but lacks native integration with Kotlin Coroutines, which is a standard in modern Android development, limiting its appeal for Kotlin-first projects.
The README acknowledges a known bug where upload progress tracking doesn't work perfectly with GZIP interceptors in multipart uploads, indicating potential reliability issues in specific scenarios.
Requires adding separate Gradle dependencies for Jackson parsing or RxJava support, and advanced customization like executors or analytics involves additional boilerplate code, increasing setup effort.
Full documentation is hosted externally, and the README relies heavily on code snippets without structured guides, making it less accessible for developers seeking quick tutorials or best practices.