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This book focuses on providing Java programmers with the information they need to write applications for the Microsoft .NET platform using C#. The first hurdle in becoming proficient with the .NET platform is to understand the basics of the .NET initiative. Understanding the goals, structure, and capabilities of .NET provides programmers with a context through which they can better understand the detailed technological discussions presented in later chapters of this book. We start this chapter by providing background information that has driven and shaped the .NET initiative. We then discuss the goals, scope, and structure of .NET. Finally we give a summary of the migration and integration options when dealing with Java and .NET.

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So now, let s put this together to see how C# uses these different IL instructions:

There are many other ways to traverse a state model using graph theory algorithms An all transitions path, as its name implies, ensures that all transitions have been exercised Note that an all transitions path includes all nodes as well The all states traversal, on the other hand, does not guarantee that all transitions have been exercised Revisiting the model from Figure 8-8, Figure 8-9 shows an example of a traversal that exercises all states, and Figure 8-10 shows an example traversal that reaches all transitions..

The interface of the Load method is fairly regular. It always returns void, and it supports four reading media, with or without an XML resolver object. The programming interface of the Transform method is much less regular. The overloads that return an XML reader work only on XPath documents or navigators. The overload that manages URLs or files is an exception, perhaps provided for the sake of simplicity. The remaining overloads are grouped by the type of the output media: stream, text, or XML writer. For each of them, you can have a source XML document read from an XPath document or an XPath navigator. Design Considerations The style sheet and the source XML document are two equally important arguments for the XSLT processor. The XslTransform programming interface requires that you indicate them in different steps, however. In doing so, the accent goes on a particular use transforming multiple documents using the same style sheet. Although optimized for a particular scenario, such a design doesn't tax those programmers who use the style sheet for a single transformation. In this case, the only, and very minimal, drawback is that you have to write three lines of code instead of one! Look at the following class. It provides a static method for performing XSLT transformations. It doesn't explicitly provide for style sheet reuse, but it does save you two lines of code! public class QuickXslt { public static bool Transform( string source, string stylesheet, string output) { try { 258

static public void SomeMethod() { String s1 = "Jeffrey"; String s2 = "Richter"; Swap(ref s1, ref s2); Console.WriteLine(s1); // Displays "Richter" Console.WriteLine(s2); // Displays "Jeffrey" }

In this practice, you create a website and define an entity model. You then use LINQ to Entities to work with this data on a webpage.