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Unlike what you have seen so far when declaring data types, arrays are declared with syntax very similar to C++/CLI templates or .NET 2.0 generic classes. Also, to declare an array requires the namespace stdcli::language: using namespace stdcli::language; For those coders who had to struggle with the declaration syntax of an array in the previous version of .NET (1.0 and prior), the new syntax should seem like a breath of fresh air, as I believe is a little easier to work with due to three aspects of the declaration: The declaration points out that it is derived from that array class. The declaration is more or less consistent with other reference type declarations. The declaration of arrays made of value types is the same as one made up reference types. To declare an array requires a handle to the keyword array followed by the data type enclosed in angle brackets: array<datatype>^ arrayname; To create an instance of the array, use the constructor initialization format. Also, because you are allocating the array to the managed heap, the gcnew operator is required. Therefore, to create an array of five ints and an array of seven Strings would require the following statements: using namespace stdcli::language; array<int>^ fiveInts = gcnew array<int>(5); array<String^>^ sevenStrings = gcnew array<String^>(7);

the data object. You can pull it out of a resource, generate it programmatically, or get it with the help of a data provider. The simplest option is to point the Source to some static object that s readily available. For example, you could create a static object in your code and use that. Or, you could use an ingredient from the .NET class library, as shown here: <TextBlock Text="{Binding Source={x:Static SystemFonts.IconFontFamily}, Path=Source}"></TextBlock> This binding expression gets the FontFamily object that s provided by the static SystemFonts.IconFontFamily property. (Notice that you need the help of the static markup extension to set the Binding.Source property.) It then sets the Binding.Path property to the FontFamily.Source property, which gives the name of the font family. The result is a single line of text. In Windows Vista, the font name Segoe UI appears. Another option is to bind to an object that you ve previously created as a resource. For example, this markup creates a FontFamily object that points to the Calibri font: <Window.Resources> <FontFamily x:Key="CustomFont">Calibri</FontFamily> </Window.Resources> And here s a TextBlock that binds to this resource: <TextBlock Text="{Binding Source={StaticResource CustomFont}, Path=Source}"></TextBlock> Now the text you ll see is Calibri.

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The RelativeSource property allows you to point to a source object based on its relation to the target object. For example, you can use RelativeSource property to bind an element to itself or to bind to a parent element that s found an unknown number of steps up the element tree. To set the Binding.RelativeSource property, you use a RelativeSource object. This makes the syntax a little more convoluted, because you need to create a Binding object and create a nested RelativeSource object inside. One option is to use the property-setting syntax instead of the Binding markup extension. For example, the following code creates a Binding object for the TextBlock.Text property. The Binding object uses a RelativeSource that searches out the parent window and displays the window title. <TextBlock> <TextBlock.Text> <Binding Path="Title"> <Binding.RelativeSource> <RelativeSource Mode="FindAncestor" AncestorType="{x:Type Window}" /> </Binding.RelativeSource> </Binding> </TextBlock.Text> </TextBlock>

Unsafe Code It is possible to create arrays of unmanaged data types, as well, so long as the data type is of type pointer. Because the data type is a pointer and thus allocated to the CRT heap, you have to make sure that you handle the memory management yourself. In other words, you need to call delete on all allocated data.

The out-of-the-box Project Portal contains a single column of content showing announcements, links, and a single report named Remaining Work, as shown in Figure 2-11. The quick launch bar on the left is arranged by documents, process guidance, and reports. This default layout is highly customizable, as described in the Customizing the Project Portal section later in this chapter.

The RelativeSource object uses the FindAncestor mode, which tells it to search up the element tree until it finds the type of element defined by the AncestorType property. The more common way to write this binding is to combine it into one string using the Binding and RelativeSource markup extensions, as shown here: <TextBlock Text="{Binding Path=Title, RelativeSource={RelativeSource FindAncestor, AncestorType={x:Type Window}} }"> </TextBlock> The FindAncestor mode is only one of four options when you create a RelativeSource object. Table 16-3 lists all four modes. Table 16-3. Values from the RelativeSourceMode Enumeration

class CLASS {}; array<CLASS*>^ pClass = gcnew array<CLASS*>(5); for (int i = 0; i < pClass->Length; i++) pClass[i] = new CLASS(); ... for (int i = 0; i < pClass->Length; i++) delete pClass[i]; It is also possible to directly initialize an array at the time of declaration with the following syntax: array<String^>^ name = gcnew array<String^> {"Stephen", "R", "G", "Fraser"}; Multidimensional arrays also have a template-like syntax. All you have to do is add a rank after the data type:

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