Projects

Caliburn

Caliburn is a framework designed to aid in the development of WPF and Silverlight applications. It implements a variety of UI patterns that are geared towards solving problems encountered in real-world scenarios. Some patterns that are enabled by the framework include MVC, MVP, Presentation Model ... [More] (MVVM), and Commands. Caliburn is based on several years of real-world development with WPF and aims to bring techniques developed in those projects to developers on both the WPF and Silverlight platforms. [Less]

CSLA .NET Framework

The framework enables developers to leverage the power of object-oriented design as the basis for creating powerful applications. Business objects based on CSLA automatically gain many advanced features that simplify the creation of Windows Forms, Web Forms, WPF, WCF, WF and Web Services interfaces. ... [More] CSLA .NET allows great flexibility in object persistence, so business objects can use virtually any data sources available. The framework supports 1-, 2- and n-tier models through the concept of mobile objects. This provides the flexibility to optimize performance, scalability, security and fault tolerance with no changes to code in the UI or business objects. [Less]

RestSharp

.NET REST Client Automatic XML and JSON deserialization Fuzzy name matching ('product_id' in XML/JSON will match property named 'ProductId') Automatic detection of type of content returned GET, POST, PUT, HEAD, OPTIONS, DELETE supported Basic, NTLM and Parameter-based ... [More] Authenticators included Supports custom authentication schemes Multi-part form/file uploads T4 Helper to generate C# classes from an XML document [Less]

Silverlight Toolkit

The Silverlight Toolkit is an open source project, a place where the Silverlight Team at Microsoft shares new components and functionality for designers, developers, and the community to provide an efficient way to help shape product development. Toolkit releases includes full open source code ... [More] , samples, documentation, and design-time support for controls focusing on both Silverlight 4 as well as the Windows Phone. [Less]

Business Logic Toolkit for .NET

Business Logic Toolkit is a set of components to simplify .NET application development. BLToolkit is provided as source code that you can use "as is" or customize for your applications. It is written in C# and compatible with .NET Frameworks 3.5 and 4.0, Silverlight 4, and Mono.

C# SQLite

C#-SQLite is an independent reimplementation of the SQLite software library. It has been ported into managed code, written in C# and constantly updating to be the latest version and be able to pass all native unit tests of SQLite.

Catel

Catel is a brand new framework (or enterprise library, just use whatever you like) with data handling, diagnostics, logging, WPF controls, and an MVVM Framework. So, Catel is more than "just" another MVVM Framework or some nice Extension Methods that can be used. It's more like a ... [More] library that you want to include in all the (WPF and Silverlight) applications you are going to develop in the near future. [Less]

Farseer Physics Engine

The Farseer Physics Engine is an easy to use 2D physics engine designed for Microsoft’s *XNA* and *Silverlight* platforms. The Farseer Physics Engine focuses on simplicity, useful features, and enabling the creation of fun, dynamic games.

Facebook C# SDK

claimed by Outercurve Foundation

This SDK helps .Net developers create Facebook iframe and web apps using the most current and fully supported Facebook APIs. This SDK allows you to quickly create a facebook application or integrate your website with Facebook using the new Graph API or old rest API.

virtualphotonics

The Virtual Photonics Technology Initiative (main site: http://www.virtualphotonics.org) is a core of the Laser Microbeam and Medical Program (LAMMP), an NCRR National Biomedical Technology Center at the Beckman Laser Institute and Medical Clinic. The initiative aims to: (a) Design and ... [More] distribute easy-to-use open-source software tools with graphical-user interfaces that simulate the propagation and distribution of optical radiation in cells and tissues (b) Supply educational resources that provide the appropriate foundation for the proper usage of these computational tools (c) Develop improved computational models to simulate and design optical diagnostic, imaging, and therapeutic modalities (d) Stimulate the formation of an active community of experts in Computational Biophotonics [Less]