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string fldName = Console.ReadLine(); //generate custom comparer code using CodeDOM SortByCodeDOM sort = new SortByCodeDOM(fldName); //sort the list stockList.Sort(sort.GetComparer()); //display the sorted stock item Console.WriteLine(fldName +" -----------------------" ); foreach(StockData stkData in stockList) { Console.WriteLine("Symbol {0} AskPrice {1} BidPrice {2} ",stkData.Symbol,stkData.AskPrice,stkData.BidPrice); } Console.WriteLine("-------------------------------"); } } } There is nothing extraordinary in the previous code except that a new class, SortByCodeDOM, is instantiated, and its GetComparer method is invoked, which returns an instance of IComparer, as shown in Listing 8-2. Listing 8-2. Sorting of Stock Data (Using the CodeDOM) using System; using System.Collections; public class SortByCodeDOM { string fldName; public SortByCodeDOM(string fld) { fldName=fld; } public IComparer GetComparer() { //Dynamic Generation of Code using CodeDOM return null; } } The real food will be cooked inside GetComparer, whose method body is currently empty. But you are now going to populate this method with suitable logic to generate the correct sorting implementation that is based on a particular field of StockData. Listing 8-3 shows the code that will get dynamically generated. This code will not get compiled; it is still in unfinished form, and we have purposely described it to further strengthen your understanding. Listing 8-3. Customizing the Sort Order of the Stock Data using System; using System.Collections; using SharedAssembly; namespace SorterAssembly { public class SortCode : IComparer {

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As you might expect, you can also use injection with Seam components. After all, the goal of Seam is to add value, not take it away. In Seam, the @In annotation is used to inject Seam components into other Seam components. The simplest use of this annotation is demonstrated here:

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public int Compare(object x, object y) { StockData leftObj; StockData rightObj; leftObj= x as StockData; rightObj=y as StockData; return leftObj<Field Name>CompareTo(rightObj<Field Name>); } } } If you were told to translate the code described in Listing 8-3 in a pseudo-code format, then it is simply a matter of breaking up the code into fine-grained steps, as follows: 1 Reference SharedAssembly, which will allow you to access StockData 2 Declare the new namespace SorterAssembly 3 Import the System, SystemCollections, and SharedAssembly namespaces 4 Create a new class under the SorterAssembly namespace Name this class SortCode This class will also implement the IComparer interface 5 Create the new method Compare The method return type is int, and it accepts two method arguments of type Object 6 Populate the method body The first two lines of the body are to cast both input arguments to StockData.

The last line of the code is to invoke the CompareTo method on one of the input parameters Now let s look at how to leverage the CodeDOM classes with a step-by-step translation of the previous pseudo-code into an abstract hierarchy of code elements The first and foremost requirement of the CodeDOM is to construct an instance of CodeCompileUnit, which provides a container for the CodeDOM object graph and is a representation of an assembly The two most important attributes provided by this class are ReferencedAssemblies and AssemblyCustomAttributes ReferencedAssemblies is a string collection that contains the filenames of the referenced assemblies Similarly, the AssemblyCustomAttributes property represents custom attributes of the assembly and is defined with the help of CodeAttributeDeclarationCollection.

"andre@example.com" ["foo", "fighter"] ["ext/ps/extconf.rb"] ["README", "doc/foo"] Dir["{bin,lib}/**/*"] true "http://example.org/" "WebSession" Gem::Platform::WIN32 ["--main", "README"] ["lib", "ext"]

@Name("handler") public class MyHandler { @In private SomeBean formBean; public SomeBean getFormBean() { return formBean; } public void setFormBean(SomeBean b) { formBean = b; } public String myAction() { Object data = formBean.getSomeProperty(); } }

For example: CodeCompileUnit compileUnit = new CodeCompileUnit(); The next step after declaring the container is to define a new namespace, so accordingly you use CodeNameSpace to represent a namespace: //Step2 - create a new namespace CodeNamespace newNameSpace = new CodeNamespace("SorterAssembly"); Next, you declare the list of namespaces referenced by the program, which is equivalent to the using namespace directive in C# The Imports property of CodeNameSpace represents namespaces referenced by assembly This property returns CodeNamespaceImportCollection, which represents a collection of CodeNamespaceImport objects After populating this namespace collection, the newly created instance of CodeNameSpace is then added to CodeCompileUnit, like so: //Step3 - Import namespaces newNameSpaceImportsAdd(new CodeNamespaceImport("System")); newNameSpaceImportsAdd(new CodeNamespaceImport("SystemCollections")); newNameSpaceImportsAdd(new CodeNamespaceImport("SharedAssembly")); compileUnitNamespacesAdd(newNameSpace);.

The next step is to define the SortCode class using CodeTypeDeclaration, which is also used to represent the structure, interface, or enumeration The IsClass, IsStruct, IsEnum, and IsInterface methods of CodeTypeDeclaration indicate the underlying type Additionally, you also derive the SortCode class from IComparer by populating the BaseTypes property of CodeTypeDeclaration, and finally you group it under the newly created namespace: //Step4 - Defines new Type CodeTypeDeclaration newType = new CodeTypeDeclaration("SortCode"); newTypeBaseTypesAdd(typeof(IComparer)); newNameSpaceTypesAdd(newType); Next, you declare the Compare method using CodeMemberMethod This class represents a declaration for a method, and both the name of the method and its accessibility are assigned, respectively, by setting the Name and Attributes properties This newly created member is then added to the SortCode class by populating the Members property of CodeTypeDeclaration: //Step5 - Declare Method CodeMemberMethod compareMethod = new CodeMemberMethod(); compareMethodReturnType = new CodeTypeReference(typeof(int)); compareMethodName = "Compare"; compareMethod.

None None None (see note d) None None See note c None None Gem::Platform::RUBY None ["lib"] "> 0.0.0" None None

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