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Here, we re annotating the formBean property on the Seam component MyHandler, telling Seam to inject the value of this property whenever MyHandler is invoked. In this case, we haven t specified any details about where the value of this property should be injected from we re using @In with no arguments. By default, Seam will search all of its contexts for a component with the same name as the annotated property, formBean . The first one it finds (in an ordered search of contexts, starting from the event context

Attributes = MemberAttributesPublic | MemberAttributesFinal; newTypeMembersAdd(compareMethod); CodeMemberMethod is also extended by other classes: CodeConstructor: Represents a constructor member declaration CodeEntryPointMethod: Defines an executable entry point CodeTypeConstructor: Represents a static constructor member declaration If you look at the code described in Listing 8-3, the Compare method accepts two input arguments, and accordingly you define both these arguments with CodeParameterDeclarationExpression This class represents code that declares arguments for a method, property, or constructor As you can guess, the individual instance of CodeParameterDeclarationExpression is then added to the Parameters collection of the CodeMemberMethod (the Compare method), which also completes the method declaration step: CodeParameterDeclarationExpression param1 = new CodeParameterDeclarationExpression(typeof(object),"x"); CodeParameterDeclarationExpression param2 = new CodeParameterDeclarationExpression(typeof(object),"y"); compareMethodParametersAdd(param1); compareMethodParametersAdd(param2); CodeParameterDeclarationExpression is derived from CodeExpression, which forms a base class for declaring any type of code expression.

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The following are the derived classes that represent the various types of code expression: CodeArgumentReferenceExpression: Represents a reference to the value of an argument passed to a method CodeArrayCreateExpression: Represents an array creation expression CodeArrayIndexerExpression: Represents a reference to an index of an array CodeBaseReferenceExpression: Represents a reference to the base class CodeBinaryOperatorExpression: Represents a binary operation between two expressions CodeCastExpression: Represents a cast expression CodeDelegateCreateExpression: Represents an expression to create a delegate.

Required Ruby version ">= 1.8.4" Informal user requirements RubyForge project name ["get a Mac"] "websession"

and ending with application context) is used as the value of the annotated property. If no component of the given name is found anywhere, the injection will not happen, and the property will remain uninitialized. The @In annotation can be applied on class data members or accessor methods. In the preceding example, we could have also chosen to annotate the getFormBean() accessor:

CodeDelegateInvokeExpression: Represents an expression that raises an event CodeEventReferenceExpression: Represents a reference to an event CodeFieldReferenceExpression: Represents a reference to a field CodeMethodInvokeExpression: Represents an expression that invokes a method CodeObjectCreateExpression: Represents an expression that creates a new instance of a type CodeParameterDeclarationExpression: Represents a parameter declaration for a method, property, or constructor CodePropertyReferenceExpression: Represents a reference to the value of a property CodePropertySetValueReferenceExpression: Represents the value argument of a property set method call within a property set method CodeThisReferenceExpression: Represents a reference to the current local class instance CodeTypeOfExpression: Represents a typeof expression CodeTypeReferenceExpression: Represents a reference to a data type CodeVariableReferenceExpression: Represents a reference to a local variable CodeSnippetExpression: Represents a literal expression After adding the parameter declaration for the Compare method, the next step is to populate the body of the method; you do this using the Statements property of CodeMemberMethod.

This property returns CodeStatementsCollections, which represents a collection of CodeStatement objects CodeStatement represents individual code constructs that appear within method bodies, properties, and so on For instance, local variable declaration is one type of code statement, so to accommodate different types of code statements, CodeStatement is further extended In the following code, you declare two local variables of type StockData using CodeVariableDeclarationStatement, which basically represents the first and second lines of code in the Compare method described in Listing 8-3: //Step6 - Populate Method Body //Declare the Variable CodeVariableDeclarationStatement leftObj = new CodeVariableDeclarationStatement("StockData","leftObj"); CodeVariableDeclarationStatement rightObj = new CodeVariableDeclarationStatement("StockData","rightObj"); compareMethodStatementsAdd(leftObj); compareMethodStatementsAdd(rightObj); The following are the classes that directly derive from CodeStatement: CodeAssignStatement: Represents an assignment statement CodeAttachEventStatement: Represents the attachment of an event handler CodeCommentStatement: Represents a single-line comment statement CodeConditionStatement: Represents a conditional branch statement CodeExpressionStatement: Represents a statement that consists of a single expression.

Table 10-1. Specification Options Available in a Gemspec (Continued)

@In public SomeBean getFormBean() { return formBean; }

CodeGotoStatement: Represents a goto statement CodeIterationStatement: Represents a loop statement CodeMethodReturnStatement: Represents a return value statement CodeRemoveEventStatement: Represents the removal of an event handler CodeSnippetStatement: CodeSnippetStatement can represent a statement using a literal code fragment that will be included directly in the source without modification..

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