| C# Worker Thread Starter Kit |
| The Code Project |
| This article describes a simple pattern for worker threads and Form based programs. |
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| Inter-Process Communication in .NET Using Named Pipes, Part 2 |
| The Code Project |
| This article explores a way of implementing Named Pipes based Inter-Process Communication between .NET applications |
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| Multiple Thread Techniques for a C# Windows Service |
| C#Today |
| Visual Studio .NET allows us to get a basic Windows service up and running quickly. The next step is to give our service the high-performance features and configurability required for real world applications. In this article, Scott Allen demonstrates how to use multithreaded techniques in .NET to achieve higher throughput and scalability in a sample Windows service. In addition, we cover configuration of the service via an XML file. In order to demonstrate the techniques discussed in the article we develop a "stock alerts" Windows service, which retrieves stock quotes from a web service and emails interested parties when a stock price moves past a specific threshold. The topics covered inside the article are also applicable to other .NET application types. |
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| Multithreading In C# |
| C# Help |
| In this article let us see about multithreading. Multithreaded applications provide the illusion that numerous activities are happening at more or less the same time. In C# the System.Threading namespace provides a number of types that enable multithreaded programming. |
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| Multithreading Part 3: Thread Synchronization |
| C# Corner |
| Gradually, as you start picking up the threads of multi-threading, you would feel the need to manage shared resources. The .NET framework provides a number of classes and data types that you can use to control the access to shared resources. |
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| Multithreading Part 4: The ThreadPool, Timer classes and Asynchronous Programming Discussed |
| C# Corner |
| If you were following my first three parts of this series, you probably are familiar with basics of threading and how to write simple multithreading applications in .NET using the System.Threading.Thread class and implementing thread synchronization on the .NET platform. In this article, I would discuss few more .NET classes and how and what role do they play a role in building multithreading applications. |
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| Performance Considerations for Run-Time Technologies in the .NET Framework |
| MSDN |
| This article includes a survey of various technologies at work in the managed world and a technical explanation of how they impact performance. Learn about the workings of garbage collection, the JIT, remoting, ValueTypes, security and more. |
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| Queue & ThreadPool class in Managed C++ |
| The Code Project |
| The article describes a simple class that implements a ThreadPool based on a object Queue. |
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| Stress Testing: Custom LoadGenerator Tool Identifies The Issues Your Application Faces Under Stress |
| MSDN |
| Stress testing is important and can be easier than you think. |
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| Threading paradigms available under the .NET CLR, using C# |
| The Code Project |
| This article discusses the various threading paradigms available under the .NET CLR, using C#. |
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| Using Message Queuing for Custom Remoting Channel |
| The Code Project |
| This article describes how to design, implement (C#) and configure the Custom Remoting Channel using Message Queuing. |
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| Writing a Multithreaded Port Scanner in C# |
| C#Today |
| The .NET Framework provides very comprehensive support for both multithreaded and sockets programming. In this article, Peter McMahon looks at these two aspects in detail as he creates a port scanner. |
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