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Sometimes you may wish to show a list of the possible values of an enumeration. We can leverage the System.Enum type s GetValues method to achieve exactly that, as Listing 2 22 shows. Listing 2 22. Binding a List Box to the Values in the System.Windows.Visibility Enumeration <Window x:Class="MultiValueConverterExample.EnumerationBindingExample" xmlns="http://schemas.microsoft.com/winfx/2006/xaml/presentation" xmlns:x="http://schemas.microsoft.com/winfx/2006/xaml" xmlns:system="clr-namespace:System;assembly=mscorlib" xmlns:windows="clr-namespace:System.Windows;assembly=PresentationCore" Title="EnumerationBindingExample" Height="300" Width="300"> <Window.Resources> <ObjectDataProvider x:Key="visibilityValues" ObjectType="{x:Type system:Enum}" MethodName="GetValues"> <ObjectDataProvider.MethodParameters> <x:Type TypeName="windows:Visibility" /> </ObjectDataProvider.MethodParameters> </ObjectDataProvider> </Window.Resources> <ListBox ItemsSource="{Binding Source={StaticResource visibilityValues}}" SelectionMode="Single" /> </Window> This is exactly like any other method binding, with the caveat that the GetValues method accepts a Type parameter so that it knows which enumeration s values it should return.

Let s compile CarWash, and check the results: C:\>cl /clr:pure /nologo carwash.cpp C:\>carwash.exe +Starting vacuum of Volvo +Completing vacuum of Volvo -Starting wash of Volvo +Starting vacuum of VW +Completing vacuum of VW +Starting vacuum of Jeep -Completing wash of Volvo -Starting wash of VW +Completing vacuum of Jeep -Completing wash of VW -Starting wash of Jeep -Completing wash of Jeep

11. You can find XQuery details at http://www.w3.org/TR/xquery/. 12. This is not to be confused with the XPath language, which is quite distinct from XQuery and is designed not for querying but for addressing parts of an XML document.

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In C++/CLI, the syntax for generic types is modeled off the syntax for templates. Templates are similar to generics in that they both accept type parameters. The primary difference between them is that templates are processed at compile time, and generics are processed at runtime. Templates are both more complex and more powerful because of this distinction, and we will cover this in detail in 15. For now, what is important is to realize that the C++/CLI syntax for generics is based on the syntax for C++ templates. A basic, generic class with a single type parameter T is declared in C# as follows: class R<T> {} The same class is declared as follows in C++/CLI: generic <typename T> ref class R {};

Listing 7-35. XMLCursor.java package com.apress.xmlbeans; import java.io.File; import java.io.IOException; import org.apache.xmlbeans.XmlCursor; import org.apache.xmlbeans.XmlException; import noNamespace.CatalogDocument; public class XMLBeansCursor { //Method for selecting Nodes with XPath public void selectWithXPath(File xmlFile) { try { //Obtain an XmlObject object CatalogDocument catalogDocument = CatalogDocument.Factory .parse(xmlFile); //Create an XmlCursor object XmlCursor cursor = catalogDocument.newCursor(); //Move cursor to first child element cursor.toFirstChild(); //Push cursor onto stack cursor.push(); //Select nodes with XPath cursor.selectPath("$this//title"); while (cursor.toNextSelection()) { System.out.println(cursor.getTextValue()); } //Pop cursor cursor.pop(); } catch (IOException e) { } catch (XmlException e) { } } //Method to query XML document with XQuery public void selectWithXQuery(File xmlFile) { try { //Create a cursor CatalogDocument catalogDocument = CatalogDocument.Factory .parse(xmlFile); XmlCursor cursor = catalogDocument.newCursor(); //Specify XQuery expression String queryExpression = "for $a in $this/catalog/journal/article[1]" + "return $a/@level"; //Run XQuery query XmlCursor resultCursor = cursor.execQuery(queryExpression); //Output result of XQuery System.out.println(resultCursor.getObject().toString() + "\n"); } catch (IOException e) { } catch (XmlException e) { } } //Method to add an Element public void addElement(File xmlFile) {

So far, we have assumed that our bindings all behave themselves and, when they do misbehave, we simply output something friendly to the user. But, if a binding acts out during development, there are a number of options for debugging that can point to the underlying problem so we can fix it.

In C++/CLI, it is necessary to tell the compiler that T is a type parameter, whereas this is implicit in C# The reason for this is that C++ has several different types of parameters for templates, including the following ones: Type template parameter Nontype template parameter Template template parameter For generics under NET 20, the only supported scenario is that T represents a type, but for syntactic consistency and ease of implementation under current C++ compiler grammars, the long form of declaration is required Within the definition of the class, the letter T is used freely as a substitute for the type name with a few caveats When you write a generic class, the compiler has no idea what kind of types you intend to use as generic arguments For this reason, the class has to compile for all types, not just the ones you have in mind.

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