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The EditableRootListBase class supports the creation of dynamic collections. As discussed in 5, these collections are designed specifically to support in-place editing of data in a Windows Forms DataGrid-style interface, where changes to each row of data should be saved immediately as the user moves off that row. This base class exists primarily to support data binding and to abstract the interaction with the editable root objects it contains. It is declared like this: <Serializable()> _ Public MustInherit Class EditableRootListBase(Of T _ As {Core.IEditableBusinessObject, Core.IUndoableObject, Core.ISavable}) Inherits Core.ExtendedBindingList(Of T) Implements Core.IParent Implements Server.IDataPortalTarget End Class Like BusinessListBase, this class inherits from ExtendedBindingList and thus BindingList(Of T). It gains support for data binding in WPF and Windows Forms from BindingList(Of T). You can get an idea of the inheritance hierarchy for this class by looking at Figure 6-8. It also implements numerous interfaces, enabling it to act as a parent object, interact with the data portal, and so forth. s 7 through 14 detail the implementation of the various major subsystems used by EditableRootListBase.

It is important to understand that including header files with declarations of managed types in other projects is not an alternative to referencing projects using the #using construct or the /FU compiler switch In C++, types are identified by their (namespace-qualified) type name Managed types are identified in a less ambiguous way Every managed type is identified via its type name and the assembly that has defined it Since System::Uri is defined in Systemdll, its complete type name is as follows: SystemUri, System, Version=2000, Culture=neutral, PublicKeyToken=b77a5c561934e089 This type name is called the assembly-qualified type name It includes the namespacequalified type name SystemUri (with a dot [] as the namespace separator), and the complete name of the assembly in which it is defined As you can see, a complete assembly name has several parts These will be discussed in 4.

The NameValueListBase class supports a specific type of read-only collection, where the items in the collection are simple name/value pairs. The class is defined like this:

<Serializable()> _ Public MustInherit Class NameValueListBase(Of K, V) Inherits Core.ReadOnlyBindingList(Of NameValueListBase(Of K, V).NameValuePair) Implements ICloneable Implements Core.IBusinessObject Implements Server.IDataPortalTarget End Class Notice how there are two type parameters: K and V. These are used to specify the types of the key and value elements in each item contained in the collection. Also notice that the collection inherits from ReadOnlyBindingList in the Csla.Core namespace. Figure 6-9 illustrates the inheritance hierarchy for NameValueListBase.

So far, it is sufficient to realize that a complete CTS type name contains the assembly name The type identity of managed types is much stronger than the type identity of native types Even if two types in different assemblies have the same namespace-qualified name, the runtime sees them as two different types This precise type identity concept is required to ensure NET s security features, but it can also cause trouble As a C++/CLI programmer, you must be aware of the different identity concepts for managed types If you include a header file with managed type declarations in your project, the compiler expects these types to be defined in your project, not in the library you would like to reference Including header files with declarations of managed types only makes sense if a managed type is used by source files from the same project that implements the managed type.

Figure 6-9. Inheritance hierarchy for NameValueListBase(Of K, V) The ReadOnlyBindingList class extends BindingList(Of T), adding the ability to have a readonly collection that fully supports data binding in WPF, Windows Forms, and Web Forms.

Note MobileList(Of T) exists to support serialization through the MobileFormatter, which is part of CSLA .NET for Silverlight. CSLA .NET for Silverlight is outside the scope of this book, and MobileList(Of T) has no impact on how CSLA .NET works within the .NET runtime.

The only way to tell your compiler about the managed types in other libraries is to set assembly references, as discussed before The different type identity concepts of the CTS and the C++ type system will also be important for later discussions in this book, so keep this information in mind CTS types are identified via type name and assembly name, whereas C++ types are only identified via their type name..

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