HELPING PROGRAMMER

Reusability : Prism allows building component in one framework (WPF) and reusing it in other platforms (Silverlight, Windows Phone). Project architecture should design in such a way. Modularity : As everything is break down into modules, Prism supports modularity due to this PRISM is flexible, extensible . Extensibility : Due to Prism design patterns nature new functionality that is to be added is easily extensible for future purpose. Maintainability : The large scale complex applications developed using Prism are maintenance friendly. Flexibility : Prism is flexible to develop large complex applications. Team Collaboration : Simultaneous module development is possible and Multiple teams can work on different modules simultaneously. Fault Tolerance : It allows components to be thoroughly and completely tested thus results in error free application development of better quality.  

Prism is a framework or the set of guidelines which is used to develop  Composite or Complex applications specific to WPF , Silverlight or Windows Phone .   It's a kind of Design Pattern to develop XAML based applications.  Prism mainly helps to design the Loosely Coupled components which can be easily integrated with other components of the application. It uses modularity and allows to break application into pieces can be called as Modules.   Prism uses design patterns like MVVM , Command Pattern , Dependency Injection (DI) and Inversion of Control (IoC) and Separation of Concerns to achieve Loosely Coupling. Prism has the following advantages over other frameworks. Reusability, Extensibility, Flexibility, Team Collaboration, Fault Tolerance, Maintainability and Modularity. Prism has 5 main components: 1) Shell: Template that Defines structure of the UI. Shell can contains several regions. 2) Regions: Regions are used to specify specific portion o...

The class declaration with the keyword partial is denoting that the class is a partial class. Physically the partial classes can be available in different files/locations. The C# compiler treat them as a single class at the time of compilation.           public partial class PartialClassExample         {             public void MethodOne( int input)             {                 /// Do something .             }         }         public partial class PartialClassExample         {             public string MethodTwo( string input)             {                 return string .Format( "Hello, {0}" , input);         ...