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few avenues as possible, making modifications less painful while implementation remains relatively simple. At a technical level, a dynamic dispatcher architecture is very similar to a static dispatcher architecture. The dynamic dispatcher has the additional ability to unload an assembly. In implementation terms, unloading an assembly is more complicated because of the way .NET loads and unloads assemblies. .NET uses Application Domains (AppDomains), which are containers for assemblies. To unload an assembly, you have to unload the AppDomain rather than the assembly itself. In .NET terms, an AppDomain is a construct, loosely defined, used to represent a process in .NET. The words loosely defined apply because an AppDomain is specific to .NET and represents a way of isolating assemblies, security descriptors, etc. In the early days of Java, when two Java applications were executing, each could see the static data of the other process. This is problematic because it meant that when two Java applications were using the same class with a static data member, each would see the same data. In .NET terms, this problem is solved using AppDomains. AppDomains provide separate execution spaces for .NET assemblies so that a loaded assembly sees its own security descriptors, fault protection, and set of assemblies. When a loaded assembly attempts to make a cross-AppDomain call, it requires serialization and proxying. It isn t as simple as when an assembly calls another assembly within the same AppDomain. In terms of the Client-Dispatcher-Server pattern, the AppDomain hierarchy is identical to what you see in Figure 4-8.

bottom-attach left-attach right-attach top-attach x-options (y-options) x-padding (y-padding)

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value class Isotope { public: property double Mass; property unsigned int AtomicNumber; }; value class ElementType { List<Isotope>^ isotopes; List<double>^ isotope_abundance; double atomicWeight; public: property unsigned int AtomicNumber; property String^ Name; property String^ Symbol; property double AtomicWeight { double get() { // Check to see if atomic weight has been calculated yet. if (atomicWeight == 0.0) { if (isotopes->Count == 0) return 0.0; for (int i = 0; i < isotopes->Count; i++) { atomicWeight += isotopes[i].Mass * isotope_abundance[i]; } } return atomicWeight; } void set(double value) { // used if you look up atomic weight instead of calculating it atomicWeight = value; } } // other properties same as before }; You can see how creating a trivial property isn t like exposing a field directly to users of a class. If you expose a field directly, you run into problems later if the implementation of the field changes. With a trivial property, you can always later define the get and set methods yourself and change the backing store for the property to suit your needs, while preserving the

The row that the bottom of the child widget is attached to. The column that the left side of the child widget is attached to. The column that the right side of the child widget is attached to. The row that the top of the child widget is attached to. Horizontal and vertical attach options provided for the widget. Horizontal and vertical padding to add on either side of the child widget.

For the purposes of illustration, both AppDomains A and B reside in the same Win32 process. In an implementation, the AppDomains could reside in different processes or on different computers. The assemblies that represent the dispatcher and client server are hosted in AppDomain A. The server assemblies are hosted in AppDomain B. To reload the server assembly, AppDomain B is unloaded and the assemblies are reloaded. As a safety measure, each instance of the server s objects could be hosted in their own AppDomain. It s safer coding because if one server instance messes up its state, the other server instances aren t affected. Now that you have an understanding of static and dynamic dispatchers, it s time to examine the Client-Dispatcher-Server pattern architecture.

If set to TRUE, the tool item will receive extra space if the toolbar is enlarged. If set to TRUE, the tool item will be forced to the same size as all other items with this property set.

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