20 packages returned for Tags:"endian"

Provides a big-endian and little-endian BitConverter that convert base data types to an array of bytes, and an array of bytes to base data types, regardless of machine architecture.

Class library containing useful general-programming classes and extension methods for existing types.

An extremely useful collection of utility classes for .NET

A set of extension methods for doing bitwise manipulation such as endianness (bytes<-->integral types) and rotation. Endianness-related functionality: short, ushort, int, uint, long, ulong : conversion between... More information

Gulliver is a C# utility package and library engineered for the manipulation of arbitrary sized byte arrays accounting for appropriate endianness and jagged byte length. Functionality includes the as previously... More information

Binary reader and writer that supports different endian types.

A big-endian BinaryReader/Writer implementation for .NET.

uScoober Feature: Binary.Endian

A big-endian BinaryReader/Writer implementation for .NET.

Provides a big-endian and little-endian BitConverter that convert base data types to an array of bytes, and an array of bytes to base data types, regardless of machine architecture.

This package includes common utilities that are utilized by the full package.

BinaryPrimitives endian methods for .NET Standard 2.0

A big-endian BinaryReader/Writer implementation for .NET.

Features for reading and writing binary data.

BufferIO is an extensible big-endian oriented byte buffer with pooling support and additional binary read and write streams.

Extension methods for BinaryReader/BinaryWriter for switching byte endianness.

Bit manipulation of Byte, Int16, UInt16, Int32, UInt32, Int64, UInt64: Ror, Rol, Rotate, SetBit, IsBitSet, ReverseBits, PopCount, PopCnt, LzCnt, LeadingZeroCount, Pack, Unpack, ToBitString, ReverseEndianness,... More information

Contains endianness-tagged numeric types.

Utils for parsing Integers from byte array.

A comprehensive library for mathematical computations, including polynomial operations, statistical calculations, number theory, vector mathematics, and utilities for scientific and engineering applications.