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To make LINQ seamlessly integrate with C#, significant enhancements were needed for the C# language. Although all these features have merit on their own, it is really the sum of the parts contributing to LINQ that makes the C# enhancements so noteworthy. To truly understand much of the syntax of LINQ, it is necessary for us to cover some of the relevant C# language features before proceeding with the workings of the components of LINQ. This chapter will cover the following language additions: Lambda expressions Expression trees The keyword var, object and collection initialization, and anonymous types Extension methods Partial methods Query expressions In the examples in this chapter, we do not explicitly show which assemblies should be added and which namespaces you should specify in your using directives for the assemblies and namespaces we cover in 1. We do point out any new ones, though, but only in the first example introducing them.

Sometimes when making an XML transformation, you know exactly how many of each type of output element you are going to want. But what happens if there are several known elements as well as a variable number of repeating elements all at the same level in the tree for each entry in the source XML Let s say I have the following XML: What I Want My Source XML to Look Like <BookParticipants> <BookParticipant type="Author"> <FirstName>Joe</FirstName> <LastName>Rattz</LastName> <Nickname>Joey</Nickname> <Nickname>Null Pointer</Nickname> </BookParticipant> <BookParticipant type="Editor"> <FirstName>Ewan</FirstName> <LastName>Buckingham</LastName> </BookParticipant> </BookParticipants> What if I want to flatten the structure so that the BookParticipants root node only contains repeating sets of FirstName, LastName, and Nickname elements, instead of those elements being contained in a child BookParticipant element I would like for the target XML to look like this:

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Any JSF tag handler subclasses that support additional properties on top of what is provided by the UIComponentTag handler must ensure that the base class setProperties() method is still called super.setProperties(). Code Sample 2-40 shows the release() method, which resets all the internal storage, allowing this tag handler instance to be reused during JSP page execution. Code Sample 2-40. The release() Method /** * Releases the internal state used by the tag. */ public void release() { _converter = null; _immediate = null; _required = null; _validator = null; _value = null; _valueChangeListener = null; _title = null; }

Since version 3, C# has supported lambda expressions. Lambda expressions have been used in computer languages as far back as LISP; they were conceptualized in 1936 by Alonzo Church, an American mathematician. These expressions provide shorthand syntax for specifying an algorithm. But before jumping immediately into lambda expressions, let s take a look at the evolution of specifying an algorithm as an argument to a method since that is the primary purpose of lambda expressions.

What I Want the XML to Look Like After Transformation <BookParticipants> <! BookParticipant --> <FirstName>Joe</FirstName> <LastName>Rattz</LastName> <Nickname>Joey</Nickname> <Nickname>Null Pointer</Nickname> <! BookParticipant --> <FirstName>Ewan</FirstName> <LastName>Buckingham</LastName> </BookParticipants> The comments are not necessary, but they make it easier for a human to know what they are looking at Plus, without them, if you looked farther down in the list, it might be confusing as to whether the FirstName or LastName comes first, causing a human to think that there is a BookParticipant named Ewan Rattz when there really isn t Because this example is more complex, I will explain it as I go Let s take a look at the example code in Listing 9-11 to make this transformation Listing 9-11.

Previously, when a method or variable was typed to require a delegate, a developer would have to create a named method and pass that name where the delegate was required As an example, consider the following situation Let s pretend we have two developers; one is a common-code developer, and the other is an application developer It isn t necessary that there be two different developers; we just need labels to delineate the two different roles The common-code developer wants to create general-purpose code that can be reused throughout the project The application developer will consume that general-purpose code to create an application In this example scenario, the common-code developer wants to create a generic method for filtering arrays of integers, but with the ability to specify the algorithm used to filter the array First, he must declare the delegate.

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