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Scans for installed serial ports, queries the supported baud rates and start listening to the port in a separate thread.

A digital oscilloscope with serial analyzer for the parallel port

This article demonstrates a quick and easy-to-use implementation for cross-AppDomain communication in .NET by leveraging Windows native messaging. The XDMessaging library is based on code developed to aid rapid development for a recent Vista project that required a lot of cross-AppDomain communication in a locked-down environment. It proved to be extremely useful in a number of scenarios where .NET Remoting would have been impractical, if not impossible, and actually solved more problems than I could have imagined due to its simplicity. The library is intended to send messages between multiple applications in a same-box scenario. For example, a task-tray application might want to communicate with or monitor a separate desktop application. The library does not implement cross-domain communication across a network, for which case .NET Remoting is sufficient.

The article describes how a computer-being can be trained to write text articles, poems, compose music, or paint contemporary paintings.

This is a bit of a strange article, and may not be that useful, but I think its a very interesting subject, that some will probably not even be aware of. This article will cover some of the less known namespaces within .NET. Such as System.CodeDom and System.CodeDom.Compiler. What I will be demonstrating in this article, is just how neat these namespaces are and what can be done with them. Specifically I will be demonstrating that we are able to build entirely new source code files at runtime using the System.CodeDom namespace and the use the System.CodeDom.Compiler namespace classes to even compile this newly created source code into a runnable application. This will all be created at runtime.

Distributed applications are now prolific in the enterprise and more and more users are relying on network connectivity both on site and on the go so they can remain productive anywhere and at any time. Since network connectivity cannot always be guaranteed, what happens when the network goes down or a network connection is simply unavailable? How can you provide your users with the best connected experience regardless of the state of the network?

Artificial Neural Networks are a recent development tool that are modeled from biological neural networks. The powerful side of this new tool is its ability to solve problems that are very hard to be solved by traditional computing methods(e.g. by algorithms). This work briefly explains Artificial Neural Networks and their applications, describing how to implement a simple ANN for image recogniton.

Windows Communication Foundation (WCF) provides numerous extensibility points that allow developers to customize the runtime behavior for service dispatching and client proxy invocation. You can tap into these extensibility points by writing custom behaviors that can be applied declaratively to your services. This article shows how this process works.

Here's a look at how code fails and techniques for writing more reliable and resilient managed code.

Granville gets down with the CLR, and takes a look at CIL/MSIL - the intermediate language that every .NET language gets compiled to, and has full access to the capabilities of the CLR.