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The generic IEnumerable<T> interface is very similar to the non-generic version, IEnumerable. The generic version derives from IEnumerable, so it must also implement the IEnumerable interface. Like IEnumerable, the generic version also contains a single member, a method called GetEnumerator. This version of GetEnumerator, however, returns a class object implementing the generic IEnumerator<T> interface. Since the class must implement two GetEnumerator methods, you should explicitly implement the non-generic version, and implement the generic version in the class itself, as shown in Figure 20-7. Figure 20-7 illustrates the implementation of the interface.

The following code shows a pattern for implementing the generic interface. T is the type returned by the enumerator. using System.Collections; using System.Collections.Generic; class MyGenEnumerable: IEnumerable<T> { public IEnumerator<T> GetEnumerator() { ... } Explicit implementation IEnumerator IEnumerable.GetEnumerator() { ... } ... }

When run, you ll see both tree dumps, and hopefully a note showing that the validation passed. The before tree, shown following, is rather small:

For t and i, when there is no corresponding 2, 1 may be omitted. (But a t of 0 must appear when a User query is involved.) Shorthand Examples 0EI is shorthand for 0EI1. E expands to 1E. TI implies 1TI1.

For example, the following code shows the use of the generic enumerable interface: using System.Collections; using System.Collections.Generic; Substitute actual type for T class MyColors : IEnumerable<string> { string[] Colors = { "Red", "Yellow", "Blue" }; Substitute actual type for T public IEnumerator<string> GetEnumerator() { return new ColorEnumerator(Colors); } Explicit implementation IEnumerator IEnumerable.GetEnumerator() { return new ColorEnumerator(Colors); } }

< xml version="1.0" encoding="UTF-8" standalone="no" > <SOAP-ENV:Envelope xmlns:SOAP-ENV="http://schemas.xmlsoap.org/soap/envelope/"> <SOAP-ENV:Header> <SOAP-SEC:Signature xmlns:SOAP-SEC= "http://schemas.xmlsoap.org/soap/security/2000-12"/> </SOAP-ENV:Header> <SOAP-ENV:Body xmlns:SOAP-SEC= "http://schemas.xmlsoap.org/soap/security/2000-12" SOAP-SEC:id="Body"> <z:FooBar xmlns:z="http://example.com"/> </SOAP-ENV:Body> </SOAP-ENV:Envelope>

Enumerable classes and enumerators are used extensively in the .NET collection classes, so it s important that you know how they work. But now that you know how to create your own enumerable classes and enumerators, you might be pleased to learn that, starting with C# 2.0, the language got a much simpler way of creating enumerators and enumerables. In fact, the compiler will create them for you. The construct that produces them is called an iterator. You can use the enumerators and enumerables generated by iterators wherever you would use manually coded enumerators or enumerables. Before I explain the details, let s take a look at two examples. The following method declaration implements an iterator that produces and returns an enumerator. The iterator returns a generic enumerator that returns three items of type string. The yield return statements declare that this is the next item in the enumeration. Return a generic enumerator. public IEnumerator<string> BlackAndWhite() { yield return "black"; yield return "gray"; yield return "white"; }

A variable name represents the value stored by the variable. You can use the value by using the variable name. For example, the value of var2 is retrieved from memory and placed at the position of the variable name, like so: Console.WriteLine("{0}", var2);

From the function-oriented point of view, stored data is an object, and the map for that data is a class. A table is a persistent object, and an extraction is nonpersistent. There is no inheritance from one table to another (though the ramifications of the concept are very interesting), and a join operation is multiple inheritance from tables into an extraction.

The after tree has grown somewhat. Your output is apt to be different, unless SecureRandom generated the same random number. All the digital signature related fields have a namespace of ds because of the earlier putNamespacePrefix() call.

Overview of Classes Programs and Classes: A Quick Example Declaring a Class Class Members Creating Variables and Instances of a Class Allocating Memory for the Data Instance Members Access Modifiers Accessing Members from Inside the Class Accessing Members from Outside the Class Putting It All Together

< xml version="1.0" encoding="UTF-8" standalone="no" > <SOAP-ENV:Envelope xmlns:SOAP-ENV="http://schemas.xmlsoap.org/soap/envelope/"> <SOAP-ENV:Header> <SOAP-SEC:Signature xmlns:SOAP-SEC= "http://schemas.xmlsoap.org/soap/security/200-12"/>

In the previous chapter, you saw that C# provides six user-defined types. The most important of these, and the one I will cover first, is the class. Since the topic of classes in C# is a large one, its discussion will be spread over the next several chapters.

The format of interaction algebra is its key. The specific characters of the syntax are not fundamentally important; this, of course, is another property of algebra. In fact, with the format understood, the further level of description can be accomplished by following any Aa with the name of the entity, probably enclosed in brackets. This enables a seamless transition to programming.