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CodeThrowExceptionStatement: Represents a statement that throws an exception CodeTryCatchFinallyStatement: Represents a try-catch-finally statement CodeVariableDeclarationStatement: Represents a variable declaration Next, a cast operation is performed on both input arguments, and the result of it is assigned to a local variable Another important thing is even though method bodies are populated using CodeStatement, usually CodeStatement is composed from CodeExpression This step represents the third and fourth lines of code in the Compare method described in Listing 8-3: //Cast x argument CodeCastExpression leftcastExp = new CodeCastExpression("StockData",new CodeVariableReferenceExpression("x")); CodeAssignStatement leftcastStmt = new CodeAssignStatement(new CodeVariableReferenceExpression("leftObj"),leftcastExp); compareMethodStatementsAdd(leftcastStmt ); //Cast y argument CodeCastExpression rightcastExp = new CodeCastExpression("StockData",new CodeVariableReferenceExpression("y")); CodeAssignStatement rightcastStmt = new CodeAssignStatement(new CodeVariableReferenceExpression("rightObj"),rightcastExp); compareMethodStatements.

summary* test_files version*

As you might expect, you can also explicitly specify the Seam component name to be used for the injection. If we had a component named productDetails that we wanted injected into our MyHandler, we d use the value attribute on the annotation to specify that:

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Add(rightcastStmt); Finally, a closer look at the following code will reveal that the code generated is specialized to access a particular field; to be precise, the field name mentioned refers to the argument supplied to the SortByCodeDOM constructor: //Compare both field value and return the result CodePropertyReferenceExpression leftExp= new CodePropertyReferenceExpression(new CodeVariableReferenceExpression("leftObj"),fldName); CodePropertyReferenceExpression rightExp = new CodePropertyReferenceExpression(new CodeVariableReferenceExpression("rightObj"),fldName); CodeMethodInvokeExpression methodExp = new CodeMethodInvokeExpression(leftExp,"CompareTo",rightExp); CodeMethodReturnStatement retStmt = new CodeMethodReturnStatement(methodExp); compareMethodStatementsAdd(retStmt); This brings an end to the population of the CodeDOM object graph At this stage, the CodeDOM object graph is populated in a language-neutral manner, and this tree is now ready for parsing in order to produce language-specific code The parsing functionality happens via CodeDOM providers CodeDOM providers are responsible for translating the CodeDOM tree into a language-specific implementation Since the multiple languages would result into multiple implementations of code providers, each provider needs to inherit from CodeDOMProvider.

CodeDOMProvider is the abstract base class and provides interfaces for code generation and code compilation The code-generation feature is retrieved with a call to CreateGenerator, which returns an object that implements the ICodeGenerator interface Similarly, the code compilation feature is retrieved with a call to CreateCompiler, which returns an object that implements ICodeCompiler MicrosoftCSharp CSharpCodeProvider and MicrosoftVisualBasicVBCodeProvider are the default CodeDOM providers available in the NET Framework So, the next step is to construct a language-specific code provider, which in this case is the C# code provider itself, and transform the abstract code graph into C# source code The following code demonstrates this:.

"Cool" ["test/test_all.rb"] "1.0.0"

@Name("handler") public class MyHandler { @In(value="productDetails") private SomeBean formBean; . . . }

ConsoleWriteLine("Translating CodeDOM object graph into text.."); //create C# code provider CodeDomProvider csharpProv = new CSharpCodeProvider(); ICodeGenerator csharpCodeGen = csharpProvCreateGenerator(); StringBuilder builder = new StringBuilder(); StringWriter writer = new StringWriter(builder); //code-generation option CodeGeneratorOptions opt = new CodeGeneratorOptions(); //convert CodeDOM graph into source code csharpCodeGenGenerateCodeFromCompileUnit(compileUnit,writer,opt); After getting an instance of ICodeGenerator, you then convert the object graph to text using GenerateCodeFromCompileUnit This method takes three arguments; the first argument is an instance of CodeCompileUnit, the second argument refers to StringWriter into which the output is redirected, and the third argument is an instance of CodeGeneratorOptions that allows modifying the output format of the generated code The final phase is to translate the CodeDOM object graph into a compiled form, and you do this with the help of CompileAssemblyFromDom defined in ICodeCompiler.

CompileAssemblyFromDom is supplied with an instance of CompilerParameters that provides various tweaking features required during the compilation process One of the features it provides is compiling the CodeDOM object graph either into a class library or into an executable form It also provides options to persist the assembly either in memory or to disk In the following code, the CodeDOM object graph is compiled in memory, and the result of the compilation is collected with the help of CompilerResults: ConsoleWriteLine("Translating CodeDOM object graph into assembly.."); //create c-sharp compiler ICodeCompiler csharpCompiler = csharpProvCreateCompiler(); CompilerParameters param = new CompilerParameters(new string[]{"Systemdll","SharedAssemblydll"}); paramGenerateExecutable=false; paramGenerateInMemory=true; //compile the source code CompilerResults results = csharpCompilerCompileAssemblyFromDom(param,compileUnit); foreach(CompilerError error in resultsErrors) { ConsoleWriteLine(errorErrorText); } //check for any errors if ( resultsErrors.

a The two settings autorequire and require_paths govern what happens when the gem is required. The require_paths

You can also use JSF expressions to specify the value to be injected into the field or property. In the preceding example, suppose there was a component named product that had a property named details that we wanted injected instead. We could then use an expression for the value attribute:

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