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.NET Design Patterns

You're reading from   .NET Design Patterns Learn to Apply Patterns in daily development tasks under .NET Platform to take your productivity to new heights.

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Product type Paperback
Published in Jan 2017
Publisher Packt
ISBN-13 9781786466150
Length 314 pages
Edition 1st Edition
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Authors (2):
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Praseed Pai Praseed Pai
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Praseed Pai
Shine Xavier Shine Xavier
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Shine Xavier
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Table of Contents (15) Chapters Close

Preface 1. An Introduction to Patterns and Pattern Catalogs FREE CHAPTER 2. Why We Need Design Patterns? 3. A Logging Library 4. Targeting Multiple Databases 5. Producing Tabular Reports 6. Plotting Mathematical Expressions 7. Patterns in the .NET Base Class Library 8. Concurrent and Parallel Programming under .NET 9. Functional Programming Techniques for Better State Management 10. Pattern Implementation Using Object/Functional Programming 11. What is Reactive Programming? 12. Reactive Programming Using .NET Rx Extensions 13. Reactive Programming Using RxJS 14. A Road Ahead

Rx from Microsoft


Microsoft brought out software development kit (SDK) for reactive programming, which it monikers as .NET Rx. According to them, Rx extensions is a unified library for composing asynchronous and event-based programs using observable sequences and LINQ style query operations. The key aspects of their descriptions are as follows:

  • Asynchronous event streams
  • Composition
  • Observable sequences (streams)
  • LINQ style queries

The sequences can be contents of a file, network socket, web service response, input streams, and so on. Microsoft gives a symbolic formula for Rx, that is, Rx = Observables + LINQ + Schedulers.

Key data structures of Rx

The Microsoft Rx SDK specifies some key data types, which a programmer can leverage to implement reactive programs. Some of the key types are as follows:

  • IObservable<T>
  • IObserver<T>
  • Subject<T>

The signature of IObserver and IObservable is given as follows:

 
    public interface IObserver<T> 
    { 
      void OnCompleted...
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