Avalonia by: Avalonia Team

Avalonia is a cross-platform UI framework for .NET providing a flexible styling system and supporting a wide range of Operating Systems such as Windows, Linux, macOS and with experimental support for Android, iOS and WebAssembly.

Avalonia.Angle.Windows.Natives by: Avalonia Team

Avalonia is a cross-platform UI framework for .NET providing a flexible styling system and supporting a wide range of Operating Systems such as Windows, Linux, macOS and with experimental support for Android, iOS and WebAssembly.

Avalonia.BuildServices by: Avalonia Team

Avalonia is a cross-platform UI framework for .NET providing a flexible styling system and supporting a wide range of Operating Systems such as Windows, Linux, macOS and with experimental support for Android, iOS and WebAssembly.

Avalonia.Xaml.Behaviors by: Wiesław Šoltés

Easily add interactivity to your Avalonia apps using XAML Behaviors. Behaviors encapsulate reusable functionalities for elements that can be easily added to your XAML without the need for more imperative code.

BenchmarkDotNet.Annotations by: .NET Foundation and contributors

Powerful .NET library for benchmarking

BuildWebCompiler2022 by: Mads Kristensen, Jason Moore

Compiles LESS, Sass, JSX and CoffeeScript files

Bwl.Framework.Avalonia by: Alexandra Sovenko, Artem Drobanov, Pavel Cherkas, Ilya Kuryshev

Bwl.Framework.Avalonia - .NET library that provides common functionality for Avalonia-based projects. It is a part of Bwl libraries set. This library provides realization of cross-platform AppBase (configuration, logging, AutoUI, etc.). To use this library - create new Avalonia project and add reference to Bwl.Framework.Avalonia. To create AutoUI application - in App.axaml.cs you would need to create new AppBase, add description of UI elements in AppBase.AutoUI and then call AutoUIForm.Create(AppBase) to create Window with UI elements. To use FormBase or FormAppBase: - Create new Avalonia Window; - Add 'xmlns:local="clr-namespace:Bwl.Framework.Avalonia;assembly=Bwl.Framework.Avalonia"' in your Window tag; - Inside your Window tag, add '<local:FormAppBase x:Name="FormAppBase">'; - Inside FormAppBase tag, add '<local:FormAppBase.FormContent>' and describe your UI elements; - In axaml.cs file call 'FormAppBase.Init(this);' in constructor to initialize FormBase; - To access AppBase properties and methods, use 'FormAppBase.AppBase'.

CommonServiceLocator by: Microsoft.Practices.ServiceLocation

The library provides an abstraction over IoC containers and service locators. Using the library allows an application to indirectly access the capabilities without relying on hard references.

coverlet.collector by: tonerdo

Coverlet is a cross platform code coverage library for .NET, with support for line, branch and method coverage.

CryptoPro.Net.Security by: CRYPTO-PRO, LLC

CryptoPro TLS Library for .NET

CryptoPro.Security.Cryptography by: CRYPTO-PRO, LLC

CryptoPro Cryptography Library for .NET

CryptoPro.Security.Cryptography.Pkcs by: CRYPTO-PRO, LLC

CryptoPro Cryptography Library for .NET

CryptoPro.Security.Cryptography.Xml by: CRYPTO-PRO, LLC

CryptoPro Cryptography Library for .NET

Emgu.CV.runtime.windows by: Emgu Corporation

This package contains the native runtime of Emgu CV for Windows

Emgu.runtime.windows.msvc.rt.arm64 by: Emgu Corporation

This package contains the native arm64 MSVC runtime for Windows

Emgu.runtime.windows.msvc.rt.x64 by: Emgu Corporation

This package contains the native x64 MSVC runtime for Windows

Emgu.runtime.windows.msvc.rt.x86 by: Emgu Corporation

This package contains the native x86 MSVC runtime for Windows

EntityFramework by: Microsoft

Entity Framework 6 (EF6) is a tried and tested object-relational mapper for .NET with many years of feature development and stabilization.

Fody by: Fody

Extensible tool for weaving .net assemblies.

FsCheck by: Kurt Schelfthout and contributors

FsCheck is a tool for testing .NET programs automatically. You provide a specification of the program, in the form of properties which functions, methods or objects should satisfy, and FsCheck then tests that the properties hold in a large number of randomly generated cases. Such properties are actually a testable specification of your program. Properties are written in F#, C# or VB. FsCheck helps you to define properties, observe the distribution of test data, and define test data generators. Crucially, when a property fails, FsCheck automatically displays a minimal counter example.