13 packages returned for Tags:"decompression"

LZ4 is lossless compression algorithm, sacrificing compression ratio for compression/decompression speed. Its compression speed is ~400 MB/s per core while decompression speed reaches ~2 GB/s, not far from RAM speed limits. LZ4net brings LZ4 to all (most?) .NET platforms: .NET 2.0+, .NET Core,... More information

Transparent HTTP request decompression middleware for ASP.NET Core 2

Corset is a library designed to simplify compression in .Net.

Tiny unzip helper class for .NET 3.5 Client Profile and Mono 2.10. This package is source-code only, it copies single Unzip.cs file to the Internals folder of your project.

Minimal fast zLib compatible library to compress or uncompress streams.

LZ4 is lossless compression algorithm, sacrificing compression ratio for compression/decompression speed. Its compression speed is ~400 MB/s per core while decompression speed reaches ~2 GB/s, not far from RAM speed limits.

An ASP.NET Web API message handler that supports decompression of gzip'd data.

This packages is not usable on its own. Please use https://www.nuget.org/packages/lz4net.netcore.signed/ instead.

Compress/Decompress with QuickLz with less allocations

A small package to allow decompress incoming request and compress outgoing response inside ASP.NET Core application.

Aspose.ZIP for .NET is a flexible and easy to use .NET API that lets you work with files compression in standard zip, bzip2 and UStar tar format. It saves you time and efforts by allowing you to achieve compression/decompression of files and folders without going into the underlying complexity of... More information

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).

Zstandard, or zstd as short version, is a fast lossless compression algorithm, targeting real-time compression scenarios at zlib-level and better compression ratios. It's backed by a very fast entropy stage, provided by Huff0 and FSE library.