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Names beginning with underscores typically refer to private attributes that shouldn t be used directly. They re often used internally by functions and methods that are more public in nature, and are generally accompanied by warnings about likely changes and undocumented behavior. In most cases, these warnings are valid; programmers usually write tools for their own use, and find little need in documenting their behavior or securing their longevity. However, is a bit of an exception to the rule. While it is indeed part of a private API, which isn t necessary for the vast majority of situations, it shares something with many tools described in this book; it can prove extremely useful if understood and used properly. In fact, goes one better, by being quite stable and highly unlikely to change without considerable effort to keep it backwards-compatible. It s the foundation of much of Django s own internal code, and is already being accessed directly by many third-party applications as well. So, while names beginning with underscores do generally spell danger, potential incompatibilities and lack of support, you can rely on quite safely. Just make sure to keep up with Django s list of backwards-incompatible changes. Anything new that would break will be listed there.

If you want to experiment with different serialization attributes, you can also use the XmlSerializer class Tip directly. Just create an instance of the XmlSerializer and pass the type of the object you want to serialize as a constructor parameter. You can then use the Serialize() method to convert the object to XML and write the data to a stream or a TextWriter object. You can use Deserialize() to read the XML data from a stream or TextReader and re-create the original object. You can also use a command-line tool called xsd.exe that s included with the .NET Framework to generate C# class definitions based on XML schema documents. The class declaration will automatically include the appropriate serialization attributes.

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This example has only one limitation. Although you can control how the EmployeeDetails object is serialized, you can t use the same attributes to shape the element that wraps the list of employees. To take this step, you have two options. You could create a custom collection class and apply the XML serialization attributes to that class. Or, if you want to continue using an ordinary array, you must add an XML attribute that applies directly to the return value of the web method, like this: [return: XmlArray("EmployeeList")] public EmployeeDetails[] GetEmployees() { ... } Now when you call the web method, you ll get this XML: <soap:Envelope xmlns:soap="http://schemas.xmlsoap.org/soap/envelope/" > <soap:Body> <GetEmployeesResponse xmlns="http://www.apress.com/ProASP.NET/"> <EmployeeList> <EmployeeDetails id="1"> <First>Nancy</First> <Last>Davolio</Last> </EmployeeDetails> <EmployeeDetails id="2"> <First>Andrew</First> <Last>Fuller</Last> </EmployeeDetails> ... </EmployeeList> </GetEmployeesResponse> </soap:Body> </soap:Envelope> You can do a fair bit more to configure the details. For example, you can insert XML serialization attributes immediately before your parameters to change the required XML of the incoming request message. You can also use the SoapDocument attribute (discussed earlier) to change the name and namespace of the XML element that wraps the return value of your function (in this example, it s named <GetEmployeesReponse>).

In .NET 1.x, you could run into headaches if more than one web service used the same custom class. For example, you might call the Store.GetOrder() method from one web service to get an Order object and then send that Order object to the Shipping.TrackOrder() method from another web service. The problem is that when you add a reference to both the Store and Shipping web services, you end up with two copies of the Order object data class, in two different namespaces. And

even though these class definitions are equivalent, you still can t use them interchangeably That means if you receive a version of an object from one web service, you can t pass it along to another web service NET 20 handles this problem with a new type sharing feature With type sharing, you can generate one client-side copy of a data class and use it with all compatible web services To be considered compatible, the custom data class must meet these requirements: It must have the same XML representation In other words, the XML schema of the type must be identical It must have the same XML namespace Different namespaces indicate different documents Many other details aren t important For example, these factors have no influence on your ability to perform type sharing: The location of the web service The language of the web service.

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