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TypeMappingStrategy Class The TypeMappingStrategy class allows for a concrete instance of a class to be returned when only a generic type and ID are presented. The mapping is performed by TypeMappingPolicy policies. An example of this would be class MyFoo inherits from interface IFoo. When IFoo is requested to be built, a concrete class of MyFoo is returned. This would be determined through a TypeMappingPolicy policy that maps the MyFoo type to IFoo and some identifier. Reflection Strategy Classes The ConstructorReflectionStrategy, PropertyReflectionStrategy, and MethodReflection Strategy classes use the Dependency Injection model for injecting values. These three strategies are used extensively within the Composite UI Application Block. They provide a mechanism to determine whether any action should be taken on the constructor, property, or method during the Creation or Initialization stages. The constructor actions take place during the Creation stage, and the property and method actions take place during the Initialization stage. These three strategies use the [Dependency] and [CreateNew] attributes to define how they will behave. When the ConstructorReflectionStrategy class is used, it searches the class that is to be instantiated for a constructor that is decorated with the [InjectionConstructor] attribute. If none is found, then it will determine whether only one constructor exists and will use that constructor. However, if multiple constructors exist and none of them has the [InjectionConstructor] attribute, or the [InjectionConstructor] attribute is defined on multiple constructors, an exception will be raised. Listing 4-19 demonstrates the use of the ConstructorReflectionStrategy class with the [InjectionConstructor] attribute. Listing 4-19. Using ConstructorReflectionStrategy using System; using Microsoft.Practices.ObjectBuilder; namespace ObjectBuilderExample { public class MyClass { [InjectionConstructor()] public MyClass() { //construct } } }

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The Creation stage is where the object typically gets created. Currently, ObjectBuilder has one strategy for this stage called CreationStrategy. The CreationStrategy looks for policies intended for this interface type and applies those strategies to define how the object is created. If no policies exist, the CreationStrategy will use the first constructor returned by reflection and then populate any necessary parameters required by the constructor.

Currently, the CreationStrategy uses two policies: ConstructorPolicy determines the appropriate constructor to use by looking at the parameters. If no parameters are present, then the default constructor will be used. DefaultCreationPolicy selects the first public constructor of an object and passes any necessary parameters to it in order to create the object.

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/** * The coordinates of where the player starts on the map * in terms of the array indices. */ private int[] myPlayerSquare = { 7, 10 }; /** * The coordinates of the goal (crown). */ private int[] myGoalSquare = { 5, 10 };

Table 4-3. (Continued)

The Initialization stage occurs after creation of the object. This stage has three strategies. Two strategies are used to set properties or execute methods that ObjectBuilder was made aware of during the PreCreation stage via the MethodReflectionStrategy and PropertyReflectionStrategy. The third strategy is used to add instrumentation to an object. The two strategies used for executing methods and setting property values are called PropertySetterStrategy and MethodExecutionStrategy. PropertySetterStrategy Class The PropertySetterStrategy class is used to set public property values based on the policies defined in the PolicyList passed into the BuildUp method. By decorating a public property with the Dependency attribute, the property will be populated with the type specified in the Dependency attribute call. Listing 4-20 shows an example of what this may look like. Listing 4-20. Property Setter Attributes Example using System; using Microsoft.Practices.ObjectBuilder; namespace ObjectBuilderExample { public class MyClass { private Foo m_MyFoo; [InjectionConstructor()] public MyClass() { //construct } [Dependency(SearchMode = SearchMode.Local, CreateType = typeOf(Foo), NotPresentBehavior = NotPresentBehavior.CreateNew)] public Foo myFoo { set { this.m_MyFoo = value; } } } }

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//-------------------------------------------------------// get/set data /** * Creates the array of door sprites. (call this only once to avoid * creating redundant sprites). */ int[][] getDoorCoords() { int[][] retArray = new int[8][]; for(int i = 0; i < retArray.length; i++) { retArray[i] = new int[2]; } // red retArray[0][0] = 12; retArray[0][1] = 5; retArray[1][0] = 14; retArray[1][1] = 3; // green retArray[2][0] = 3; retArray[2][1] = 8; retArray[3][0] = 12; retArray[3][1] = 9; // blue retArray[4][0] = 6; retArray[4][1] = 2; retArray[5][0] = 7; retArray[5][1] = 14; // yellow retArray[6][0] = 11; retArray[6][1] = 1; retArray[7][0] = 3; retArray[7][1] = 13; return(retArray); } /** * Creates the array of key sprites. (call this only once to avoid * creating redundant sprites.) */ int[][] getKeyCoords() { int[][] retArray = new int[4][]; for(int i = 0; i < retArray.length; i++) { retArray[i] = new int[2]; } // red retArray[0][0] = 12; retArray[0][1] = 2; // green

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