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If you are unfamiliar with the C# Dictionary collection class, it allows elements to be stored that can be retrieved with a key. Each key must be unique, and only one element can be stored for a single key. You index into the Dictionary using the key to retrieve the stored element for that key.

field except the field specified in the method call. Any order that exists in the sequence passed to either of those operators cannot be assumed to be maintained.

Although you did not need to create a new RenderKit for the HTC solution, you still need to register a RenderKit with a unique RenderKit ID, as shown in Code Sample 9-33. You need this

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There are four prototypes I cover The First Prototype for the ToDictionary Operator public static Dictionary<K, T> ToDictionary<T, K>( this IEnumerable<T> source, Func<T, K> keySelector); In this prototype, a Dictionary of type <K, T> is created and returned by enumerating the input sequence named source The keySelector method delegate is called to extract the key value from each input element, and that key is the element s key into the Dictionary This version of the operator results in elements in the Dictionary being the same type as the elements in the input sequence Since this prototype prevents the specification of an IEqualityComparer<K> object, this version of ToDictionary defaults to the EqualityComparer<K>Default equality comparison object The second ToDictionary prototype is similar to the first, except it provides the ability to specify an IEqualityComparer<K> equality comparison object Here is the second prototype.

public static IOrderedEnumerable<T> OrderBy<T, K>( this IEnumerable<T> source, Func<T, K> keySelector) where K : IComparable<K>; In this prototype of OrderBy, an input source sequence is passed into the OrderBy operator along with a keySelector method delegate, and an object is returned that, when enumerated, enumerates the source input sequence collecting all the elements, passes each element to the keySelector method thereby retrieving each key, and orders the sequence using the keys. The keySelector method is passed an input element of type T and will return the field within the element that is to be used as the key value, of type K, for the input element. Types T and K may be the same or different types. The type of the value returned by the keySelector method must implement the IComparable interface. OrderBy has a second prototype that looks like the following:

public static IOrderedEnumerable<T> OrderBy<T, K>( this IEnumerable<T> source, Func<T, K> keySelector, IComparer<K> comparer); This prototype is the same as the first except it allows for a comparer object to be passed. If this version of the OrderBy operator is used, then it is not necessary that type K implement the IComparable interface.

The Second Prototype for the ToDictionary Operator public static Dictionary<K, T> ToDictionary<T, K>( this IEnumerable<T> source, Func<T, K> keySelector, IEqualityComparer<K> comparer); This prototype provides the ability to specify an IEqualityComparer<K> equality comparison object This object is used to make comparisons on the key value So if you add or access an element in the Dictionary, it will use this comparer to compare the key you specify to the keys already in the Dictionary to determine whether it has a match A default implementation of the IEqualityComparer<K> interface is provided by EqualityComparer Default However, if you are going to use the default equality comparison class, there is no reason to even specify the comparer, because the previous prototype where the comparer is not specified defaults to this one anyway The StringComparer class implements several equality comparison classes, such as one that ignores case.

to ensure that you don t mix the HTC components with regular HTML components that work across multiple browsers. Code Sample 9-33. The HTC Registration in the faces-config.xml File < xml version="1.0" encoding="UTF-8" > <!DOCTYPE faces-config PUBLIC "-//Sun Microsystems, Inc.//DTD JavaServer Faces Config 1.1//EN" "http://java.sun.com/dtd/web-facesconfig_1_1.dtd"> <faces-config xmlns="http://java.sun.com/JSF/Configuration" > <render-kit> <!-- no renderkit-id, so these renderers are added to the default renderkit --> <renderer> <component-family>com.apress.projsf.Document</component-family> <renderer-type>com.apress.projsf.Document</renderer-type> <renderer-class> com.apress.projsf.ch9.render.html.basic.HtmlDocumentRenderer </renderer-class> </renderer> </render-kit> <render-kit> <render-kit-id>com.apress.projsf.htc.ajax[HTML_BASIC]</render-kit-id> <render-kit-class> com.apress.projsf.ch6.render.html.ajax.HtmlAjaxRenderKit </render-kit-class> <renderer> <component-family>javax.faces.Input</component-family> <renderer-type>com.apress.projsf.Date</renderer-type> <renderer-class> com.apress.projsf.ch9.render.htc.ajax.HtcAjaxInputDateRenderer </renderer-class> </renderer> <renderer> <component-family>com.apress.projsf.ShowOne</component-family> <renderer-type>com.apress.projsf.Deck</renderer-type> <renderer-class> com.apress.projsf.ch9.render.htc.ajax.HtcAjaxShowOneDeckRenderer </renderer-class> </renderer> </render-kit> </faces-config>

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