HotChocolate by: ChilliCream authors and contributors

Contains the Hot Chocolate GraphQL query execution engine and query validation.

Google.Protobuf by: Google Inc.

C# runtime library for Protocol Buffers - Google's data interchange format.

Grpc.Net.Client by: The gRPC Authors

.NET client for gRPC

FSharp.Core by: Microsoft and F# Software Foundation

FSharp.Core redistributables from Visual F# 4.1.0 Supported Platforms: .NET 2.0 (net20) .NET 4.0 (net40) .NET 4.5+ (net45) .NET Portable Profile 7 (portable-net45+netcore45) .NET Portable Profile 47 (portable-net45+sl5+netcore45) .NET Portable Profile 78 (portable-net45+netcore45+wp8) .NET Portable Profile 259 (portable-net45+netcore45+wpa81+wp8) .NET Standard 1.6 (netstandard1.6) MonoAndroid, MonoTouch, Xamarin.iOS (portable-net45+monoandroid10+monotouch10+xamarinios10) XamarinMac mobile (xamarinmac20)

Iced by: 0xd4d

High performance x86 (16/32/64-bit) instruction decoder, encoder and disassembler. It can be used for static analysis of x86/x64 binaries, to rewrite code (eg. remove garbage instructions), to relocate code or as a disassembler. - Supports all Intel and AMD instructions - The decoder doesn't allocate any memory and is 2x-5x+ faster than other similar libraries written in C or C# - Small decoded instructions, only 32 bytes - The formatter supports masm, nasm, gas (AT&T), Intel (XED) and there are many options to customize the output - The encoder can be used to re-encode decoded instructions at any address - The block encoder encodes a list of instructions and optimizes branches to short, near or 'long' (64-bit: 1 or more instructions) - API to get instruction info, eg. read/written registers, memory and rflags bits; CPUID feature flag, flow control info, etc - All instructions are tested (decode, encode, format, instruction info) License: MIT

Grpc.Net.Common by: The gRPC Authors

Infrastructure for common functionality in gRPC

Grpc.Core.Api by: The gRPC Authors

gRPC C# Surface API

IndexRange by: Bradley Grainger

Implementations of System.Index and System.Range for netstandard2.0 and .NET Framework.

Grpc.Core by: The gRPC Authors

C# implementation of gRPC based on native gRPC C-core library. Note that the Grpc.Core implementation of gRPC for C# is in maintenance mode and will be replaced by grpc-dotnet in the future. See https://grpc.io/blog/grpc-csharp-future/ for details.

Grpc.Auth by: The gRPC Authors

gRPC C# Authentication Library

Google.Apis by: Google Inc.

Google APIs Client Library (Contact me whenever new versions are available!)

Fractions by: Daniel Mueller

The fraction data type consists of two BigInteger values for numerator and denominator. It implements various operations (addition, subtraction, multiplication, division and remainder) with operator overloads.

FluentValidation by: Jeremy Skinner

A validation library for .NET, Silverlight and WP7 that uses a fluent interface to construct strongly-typed validation rules.

Google.Api.CommonProtos by: Google LLC

Common Protocol Buffer messages for Google APIs

GeoAPI by: NetTopologySuite Team

GeoAPI.NET project provides a common framework based on OGC/ISO standards to improve interoperability among .NET GIS projects.

ImTools by: Maksim Volkau

Immutable persistent collections, algebraic sum-type aka descriminated union, Ref type and supportive extensions for performant functional programming in C#. Split from the DryIoc: https://github.com/dadhi/DryIoc

GeoAPI.Core by: NetTopologySuite Team and Fabrício Godoy

GeoAPI.NET project provides a common framework based on OGC/ISO standards to improve interoperability among .NET GIS projects.

ImTools.dll by: Maksim Volkau

Immutable persistent collections, algebraic sum-type aka descriminated union, Ref type and supportive extensions for performant functional programming in C#. Split from the DryIoc: https://github.com/dadhi/DryIoc

GeoAPI.CoordinateSystems by: NetTopologySuite Team

GeoAPI.NET project provides a common framework based on OGC/ISO standards to improve interoperability among .NET GIS projects.

Frontend by: halit

Jquery,angular vs