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The idea behind macro-level patterns is to define an architecture that solves a specific problem, but in solving the problem doesn t preclude the solving of other problems in the future What this means is that you don t attempt to create an architecture that solves all problems, but create an architecture that is as open ended as possible while solving the problem at hand Looking back at 3, let s consider the Factory pattern The idea behind the Factory pattern is to separate intention from implementation At a macro level, the Factory pattern locks you into using a specific factory implementation, but left open is the implementation of an intention Also left open is how the implementation is instantiated and the surrounding context This is the sort of implementation that a macro-level pattern attempts to present, except patterns are assembled to create a higher-level pattern.

Figure 6-2. The Scrabble game in progress, with some useful two-letter words and words with Q and no vowels

The interactivity mode of the cell. If set to TRUE, the user will be able to interact with the cell. If set the TRUE, the cell will be visible to the user. The width of the cell. Set this property to -1 to use the default width of the cell. The alignment of the content within the cell as defined by a number between 0.0 and 1.0, where 0.5 is centered. Horizontal and vertical padding to place on either side of the child content of the cell.

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As you ve noticed, we used the this pointer in the previous examples. In a reference type, the this pointer is a handle to the object type. Here s a possible use of the this pointer. The code in Listing 6-11 tracks instances of objects created of that type in a static data structure. Note the use of the static constructor to create the List object. This example uses a destructor (~R) and a finalizer (!R) that work together to orchestrate object cleanup, as explained later in this chapter. Listing 6-11. Using the this Pointer // instance_tracker.cpp using namespace System; using namespace System::Collections::Generic;

To illustrate how a Factory pattern leaves the instantiation open ended, consider the following source code: namespace MoreEfficientArchitecture { class ToCreate { } public static class Factory { private static ToCreate _singleton = new ToCreate(); public static ToCreate FactoryVer1() { return new ToCreate(); } public static ToCreate FactoryVer2() { return _singleton; } } } The type ToCreate is instantiated using two methods, ToCreateFactoryVer1 and ToCreateFactoryVer2 The result of calling either of these methods is an instance that implements ToCreate A caller that manipulates the instance doesn t know where the instance is from, how it was instantiated, and what context was used The caller only cares that the instance implements ToCreate Yet the difference between the implementation of ToCreateFactoryVer1 and ToCreateFactoryVer2 is immense.

The key value for the accelerator. A list of key codes can be found in gdkkeysyms.h. A flag value that determines whether the accelerators are GTK+ accelerators. A value of GTK_CELL_RENDERER_ ACCEL_MODE_GTK will stop accelerators that are already used from being entered. A modifier to use for the accelerator. The hardware key code for the keyboard accelerator. The accel-key property should be used when the key has a key value available.

// ref type ref class R { static List<R^>^ instanceTrackingList; static R() { instanceTrackingList = gcnew List<R^>; } public: R(String^ s) { Label = s; instanceTrackingList->Add( this ); } property String^ Label; static int EnumerateInstances() { int i = 0; for each (R^ r in instanceTrackingList) { i++; Console::WriteLine( r->Label ); } return i; } ~R() // destructor { // When invoking a function through the this pointer, // use the indirection operator (->). this->!R(); }

The method ToCreateFactoryVer1 creates a new instance of the type ToCreate each time it s called, and the method ToCreateFactoryVer2 returns the same instance each time it s called These example factory methods aren t representative of the Factory pattern because of the missing Bridge pattern functionality What the preceding code shows is that a factory doesn t need to use types that implement a Bridge pattern The Factory pattern illustrates a simple macro-level pattern that can be used in multiple contexts and doesn t cause problems with respect to maintenance and extensibility..

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