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Assembly Creation The assembly is created from dynamically generated C# source code. The code contains two classes whose names are hard-coded as XmlSerializationReader1 and XmlSerializationWriter1. The former class works like a tailor-made reader for the type being deserialized. The latter class is an ad hoc writer that dumps out to XML the contents of the specified object instance. The classes are generated in the Microsoft.Xml.Serialization.GeneratedAssembly namespace. The serializer's constructor uses an internal code-writer object to transform all type information stored in XmlTypeMapping into C# source code. The C# source file, as well as the assembly, are generated in a temporary folder the path returned by Path.GetTempPath. Normally, the following temporary path is used: C:\Documents And Settings\[user name]\Local Settings\Temp If you monitor this folder with a tool like the one shown in Figure 11-5, you'll discover what really happens when you call the XmlSerializer constructor.

// </autogenerated> //

< xml version="1.0" encoding="utf-8" > <Rules FriendlyName="CiDotNet Naming Rules"> <Rule TypeName="PrivateMethodsShouldStartWithMy" Category="CiDotNet.Naming" CheckId="CA3010"> <Name>Private methods should start with My.</Name> <Description>Private methods should start with

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As you can see, the first file created is a C# source file whose name has been randomly generated. Next the serializer invokes the C# compiler, and the assembly is soon created! The files are cached in memory and deleted from disk immediately after having been created. It's almost impossible to programmatically catch those files and make a copy for further perusal. The XML Serialization Notifier tool (XmlSerial_CS) shown in Figure 11-5 (and available in this book's sample files) uses the FileSystemWatcher class to monitor file system events that take place in a given folder. The only trick I've come up with to get my hands on the serializer's internal files is dropping the delete permission on the folder. Figure 11-6 shows the files generated using this trick for the serializer instance shown in Figure 11-5.

// // This source code was auto-generated by Microsoft.VSDesigner, // Version 1.0.3307.0. // namespace 10_TestSimpleService.HelloWorld { using System.Diagnostics; using System.Xml.Serialization; using System; using System.Web.Services.Protocols; using System.Web.Services;

<Url></Url> <Resolution>Prefix the method '{0}' with 'My'.</Resolution> <MessageLevel Certainty="95">Warning</MessageLevel> <FixCategories>Breaking</FixCategories> <Email></Email> <Owner></Owner> </Rule> </Rules>

Figure 11-6: The ILDASM view of the temporary assembly's contents. Serialization Writers and Readers Let's take a brief look at what happens under the hood of the XmlSerialization-Reader and XmlSerializationWriter classes. The MSDN documentation touches on these two classes, which form the substrate of the classes contained in the temporary assembly. The XmlSerializationReader and XmlSerializationWriter classes are internal and are not intended to be used directly from user code. More interesting than the actual contents of the classes is how the Serialize and Deserialize methods interact with them. Serializing to XML The Serialize method first gets a reference to the class-specific type writer. An instance of the XmlSerializationWriter1 class is returned by the TempAssembly class that represents the temporary assembly. Once the Serialize method holds a reference to the actual serialization writer, it calls the write method that outputs XML code to a text writer. Deserializing from XML Although a CanDeserialize method is provided, the Deserialize method never calls it. If the type is not fully serializable, or if errors occurred somewhere along the way, the Deserialize method fails, throwing an exception. If no errors occur, the Deserialize method asks the temporary assembly to return a reference to the reader object to be used. The reader object is simply an instance of the XmlSerializationReader1 class. The method that actually returns the object is one of the ReadN_XXX methods, where N is the method index and XXX is the type.

/// <remarks/> [System.Diagnostics.DebuggerStepThroughAttribute()] [System.ComponentModel.DesignerCategoryAttribute("code")] [System.Web.Services.WebServiceBindingAttribute(

The XML serializer is a double-edged sword On one hand, it lets you serialize and deserialize even complex NET Framework classes to and from XML with very few lines of code To accomplish this, the serializer needs to create an assembly on the fly If you don't use a global instance of the serializer for each type, you can easily add hundreds of milliseconds of overhead to each call definitely not a pleasant prospect On the other hand, appropriately used, XML serialization produces more compact code than run-time SOAP serialization If you add type information, and SOAP type information in particular, the ratio changes, however The moral of this story is don't ever mix XML and SOAP use only the process you need Serialization is one of the new frontiers of XML.

FxCop framework what type the new rule has and in what category it appears, and it defines the code by which the rule will be called. The rest is a description in

Name="SimpleSoap", Namespace="http://tempuri.org/")] public class Simple : System.Web.Services.Protocols.SoapHttpClientProtocol {

It is not clear yet whether today's SOAP, extensions to SOAP, or a brand-new dialect will become the universal platform for describing objects Currently, XML serialization is a hybrid, incomplete, technology Originally designed as a tool running underneath the NET Framework implementation of Web services, XML serialization entered prime time a bit too early, or if not too early, certainly not optimized If you look at XML serialization as a way to save and resume objects to and from a tagbased description, the current architecture makes sense because it is fairly unobtrusive and even efficient The apparently odd use of a temporary assembly is fully justified in a Web service context As we'll see in 13, the return type of a Web method is serialized back to the caller using an instance of the XmlSerializer class.

which you should provide as much information as needed to identify the rule and the violation. Set the XML definition file as an embedded resource in the project. Compile everything, and copy the output assembly to the FxCop rules folder in the project you want to check. We ll deal with build-process integration in a moment; first, let s define a custom StyleCop rule.

/// <remarks/> public Simple() { this.Url = "http://localhost/10_SimpleService/Simple.asmx"; } /// <remarks/> [System.Web.Services.Protocols.SoapDocumentMethodAttribute( "http://tempuri.org/HelloWorld", RequestNamespace="http://tempuri.org/", ResponseNamespace="http://tempuri.org/", Use=System.Web.Services.Description.SoapBindingUse.Literal, ParameterStyle= System.Web.Services.Protocols.SoapParameterStyle.Wrapped)] public string HelloWorld(string Language) { object[] results = this.Invoke("HelloWorld", new object[] { Language}); return ((string)(results[0])); }

In this context, a Web service class does not need to use attribute overriding or other features that require a rich constructor This could be just the unofficial explanation for the fact that assembly caching is enabled only for the simplest constructor This was originally the core of what we know today as XML serialization All the rest was untidily tacked on when someone pushed XML serialization into prime time If you look at object serialization from a broader perspective, you can't help wondering why run-time object serialization and XML serialization are so different My hunch is that XML serialization was initially designed as an internal tool and was tailor-made for use with Web services In that context, a dynamic assembly is useful and speeds up the process.

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