C# Multithreaded and Parallel Programming

Develop powerful C# applications to take advantage of today's multicore hardware

Key Features
Make use of the latest Visual Studio debugging tools, to manage and debug multiple threads running simultaneously
Learn how to use the Thread, Task, and Parallel libraries in your C# applications
Explore the evolution of multithreaded development in C#, starting with BackgroundWorker classes and moving on to threads and tasks and finally covering Async

Book Description
Most modern machines have dual-core processors. This means that the present-day computer has the ability to multitask. Using multiple cores means your applications can process data faster and be more responsive to users. However, to fully exploit this in your applications, you need to write multithreading code.

We will begin by covering some techniques that have been around since the beginning of .NET, including the BackgroundWorker component, timers, and the Thread class. We will use tasks, task factories, and parallel loops to develop multithreaded applications at a higher level than directly creating and managing individual threads. Finally, we will look at the tools Visual Studio provides for debugging parallel applications, common concurrent design patterns, and the latest updates in PLINQ and async.

What you will learn
Explore all the essential methods used for programming multithreaded applications
Enhance the performance of an application by designing various parallel operations to achieve concurrency
Build powerful applications using the Task Parallel Library (TPL), which makes concurrent processing of items in a data collection simple
Implement data parallelism using the Parallel library, concurrent collections, and PLINQ
Debug your multithreaded applications using the Threads view, Tasks window, Parallel Stacks window, and Parallel Watch window
Accomplish any given parallel task using two of the most popular parallel patterns for development: Pipelining and producer-consumer
Get to grips with the Asynchronous Programming Model (APM) to learn to begin and end asynchronous operations