20 packages returned for Tags:"Brotli"

Full C# port of Brotli compression library.

Supported on dotnet standard2(Windows/Linux/OSX), provide similar interface to Google offical API.Quality and window control is supported. The library use the native runtime and its performance should be better than System.IO.Compress.BrotliStream. To support dynamic compress in web applications,add... More information

Transparent HTTP request decompression middleware for ASP.NET Core

This will ensure that you application will serve the smallest files without any server overhead, files need to be compressed and converted to other image formats before deploying.

WebMarkupMin.AspNet.Brotli contains one compressor-adapter for compression of text content by using the Brotli algorithm (https://github.com/google/brotli) - `BrotliCompressor`. `BrotliCompressor` is based on the BrotliSharpLib (https://github.com/master131/BrotliSharpLib) version 0.3.3. In version... More information

The Cuemon.IO namespace contains types primarily focusing on configuration options for IO related operations. The namespace is an addition to the System.IO namespace.

EasyCompressor is an open-source compression abstraction library that supports and implements many compression algorithms such as Zstd, LZMA, LZ4, Snappy, Brotli, GZip and Deflate. It is very useful for using along with distributed caching or storing files in database.

Useful compression utility for easily and quickly (de)compressing strings and byte[] arrays. Can be used in ASP.NET Core using the included dependency injection container (under Startup.cs call services.AddTransient and register the compression utility service there).

Halva (Χαλβάς in Greek) is a small .NET Standard 2.1 library that implements Google's Brotli compression, alognside some encryption options. The Halva package is a general purpose game data packaging system that provides good and fast compression, making it suitable for storing the game files with... More information

A compression tool utilizing the Brotli (lossless) compression method.

Allows to compress generated content using various algorithms.

An extensible EasyNetQ message intercepter which is content encoding aware.

Brotli offers up to 30% more compression than gzip. This is a simple bundle with Brotli compression with fallback to gzip and deflate

EasyCompressor is an open-source compression abstraction library that supports and implements many compression algorithms such as Zstd, LZMA, LZ4, Snappy, Brotli, GZip and Deflate. It is very useful for using along with distributed caching or storing files in database.

Allows compressing static assets using one of the common formats: Brotli, GZip or Deflate.

EasyCompressor is an open-source compression abstraction library that supports and implements many compression algorithms such as Zstd, LZMA, LZ4, Snappy, Brotli, GZip and Deflate. It is very useful for using along with distributed caching or storing files in database.

EasyCompressor is an open-source compression abstraction library that supports and implements many compression algorithms such as Zstd, LZMA, LZ4, Snappy, Brotli, GZip and Deflate. It is very useful for using along with distributed caching or storing files in database.

EasyCompressor is an open-source compression abstraction library that supports and implements many compression algorithms such as Zstd, LZMA, LZ4, Snappy, Brotli, GZip and Deflate. It is very useful for using along with distributed caching or storing files in database.

EasyCompressor is an open-source compression abstraction library that supports and implements many compression algorithms such as Zstd, LZMA, LZ4, Snappy, Brotli, GZip and Deflate. It is very useful for using along with distributed caching or storing files in database.

A compressor upon EasyCaching serializers using EasyCompressor. This library is very useful for compressing cache data especially for distributed cache (such as Redis) to reduce network traffic and subsequently increase performance. EasyCaching is the best caching abstraction library... More information