Projects tagged ‘csharp’ and ‘linq’

Ximura is a extensible information management system designed using C# 3.0. Ximura is intended to shorten the development time for building large complex system, by providing a development ... [More] framework built around a reusable component architecture. Ximura is CLS compliant and works under the MONO framework for use on Linux based machines, as well as a standard Window's based environment. [Less]

A SQL to LINQ translator that will help the development community to adopt the new expression language using a user friendly integrated tool for Visual Studio 2008.

JsonFx.NET ExamplesExample projects built using JsonFx.NET, the JSON-savvy Ajax Framework for ASP.NET. For environment setup help, see: http://help.jsonfx.net/instructions For ASP.NET MVC, Web ... [More] Application and Web Site Visual Studio Project Templates, see: http://jsonfx.googlecode.com "UIToolkit"JsonFx.NET (JBST, JSON-RPC) C# / ASP.NET / Visual Studio 2005 jQuery 1.3.2 UIToolkit shows how to build reusable control libraries which allow sharing of JBST client-side templates, scripts, and stylesheets among many projects. The UIToolkit is an example implementation of a full-featured TreeView control, flexible modal dialog controls, loading indicator and buttons with various states. The UI controls and affiliated parts are compiled into a redistributable Assembly which is also available for download. "OpenID Dialog"JsonFx.NET (JBST, JSON-RPC) C# / ASP.NET / Visual Studio 2008 DotNetOpenAuth jQuery 1.3.2 The third example is an OpenID library which can be easily added to another to provide a clean UI for authenticating via various OpenID providers. This project demonstrates how JsonFx easily allows UI components to be created as reusable libraries. Scripts, StyleSheets, and JBST UI controls may all be embedded into Assemblies and easily shared among multiple projects. (still in development) "CalendarApp"JsonFx.NET (JBST, JSON-RPC) C# / ASP.NET MVC / Visual Studio 2008 LINQ-to-SQL / C# 3.0 Anonymous Objects Date.js jQuery 1.3.2 The second example application is a multi-view, shared calendar app. Users can add events and view a shared calendar in the spirit of Google Calendar or Apple Mobile Me. CalendarApp shows integration of JsonFx within an ASP.NET MVC application. Each year, month or day view of the calendar has a unique, user-friendly URL. (still in development) "MusicApp"JsonFx.NET (JBST, JSON-RPC) C# / ASP.NET WebForms / Visual Studio 2008 LINQ-to-SQL / C# 3.0 Anonymous Objects jQuery 1.3.2 The first example project in this series is an application that allows inline editing of music bands and their members. Users can edit artists and the members directly inline, dynamically switch between views, and navigate between genres and artists. As an extreme example of Ajax, the "one page" application, demonstrates the power of JsonFx.NET client-side templating (JBST) and Ajax services (JSON-RPC) in combination with jQuery and LINQ. The UI is wired up using the freedom of pure JavaScript and standards compliant markup/CSS. Data is requested via Ajax and client-side templates are dynamically bound in the browser which allows grid column sorting and change of view-type without re-requesting the bound data. This project uses LINQ-to-SQL as a simple DAL. For client-server communication, the JSON-RPC service bi-directionally serializes LINQ-to-SQL entities and unidirectionally serializes C# 3.0 Anonymous Objects as DTOs. [Less]

LINQBridge allows you to write fully functional LINQ to Objects queries in C# 3.0 or VB 9.0 while targeteting the .NET Framework 2.0 runtime. Visit http://code.google.com/p/linqbridge/ for the full description and background.

Social network engine for gamers based on MVC framework for ASP.NET.

HLinq is a ORM framework like Linq to Sql. HLinq is stored procedure based framework. Good performance,security,and type safe.

Easy to use yet power API for Flickr cooked with LINQ and meshed with few easy to use interfaces.

Continous LINQ is a .NET Framework 3.5 extension that builds on the LINQ query syntax to create continuous, self-updating result sets. In traditional LINQ queries, you write your query and get stale ... [More] results. With Continuous LINQ, you write a query and the results of that query are continuously updated as changes are made to the source collection or items within the source collection. CLINQ has tremendous value in GUI development and is especially useful in binding to filtered streams of data such as financial or other network message data. [Less]

Uses C#/LINQ to create a basic framework for building a persistence ignorant Repository. Respositories can then be unit tested via dependency injection of an in-memory unit-of-work. Defines the ... [More] patterns for a persistence ignorant unit-of-work (IUnitOfWork) and corresponding table (ITable). Since ITable implements IQueryable it may be used directly in LINQ queries. Implements a Linq-to-Sql implementation and a unit-testable in-memory implementation. This mechanism allows for the query logic to be directly tested independently of a persistence implementation. To use, a repository should be created for the application. Using Dependency Injection, a repository can accept an IUnitOfWork and remain completely ignorant of the underlying persistence storage mechanism: public class FooRepository { private readonly IUnitOfWork UnitOfWork; private ITable foos; public CatalogRepository(IUnitOfWork unitOfWork) { if (unitOfWork == null) { throw new ArgumentNullException("unitOfWork"); } this.UnitOfWork = unitOfWork; } public ITable Foos { get { if (this.foos == null) { this.foos = this.UnitOfWork.GetTable(); } return this.foos; } } } The repository gets a reference to the unit of work via dependency injection (DI) which is populated via any inverson of control (IoC) container you like. And since ITable implements IQueryable, the usage of the repository is powerful being able to fully leverage LINQ while being ignorant of the underlying storage. FooRepository repos = ServiceLocator.Current.GetInstance(); var query = from foo in repos.Foos where foo.Bar > 42 orderby foo.Name ascending select new { ID = foo.ID, Name = foo.Name }; if (!query.Any()) { repos.Foos.Add( new Foo { Name = "ABC", Bar = 123 }); repos.Save(); } The entity classes themselves can simply be POCO or generated from SQL via DBML. When specifying the DataContext for populating a LINQ-to-SQL IUnitOfWork, you can specify an XML mapping. [Less]

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