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However, the response refers to another complex type, named ArrayOfEmployeeDetails: <s:element name="GetEmployeesResponse"> <s:complexType> <s:sequence> <s:element minOccurs="0" maxOccurs="1" name="GetEmployeesResult" type="s0:ArrayOfEmployeeDetails" /> </s:sequence> </s:complexType> </s:element> This ArrayOfEmployeeDetails is a complex type that s generated automatically. It represents a list of zero or more EmployeeDetails objects, as shown here: <s:complexType name="ArrayOfEmployeeDetails"> <s:sequence> <s:element minOccurs="0" maxOccurs="unbounded" name="EmployeeDetails" nillable="true" type="s0:EmployeeDetails" /> </s:sequence> </s:complexType> The EmployeeDetails data class is also defined as a complex type in the <types> section. It s made up of an EmployeeID, FirstName, LastName, and TitleOfCourtesy, as shown here: <s:complexType name="EmployeeDetails"> <s:sequence> <s:element minOccurs="1" maxOccurs="1" <s:element minOccurs="0" maxOccurs="1" <s:element minOccurs="0" maxOccurs="1" <s:element minOccurs="0" maxOccurs="1" type="s:string" /> </s:sequence> </s:complexType>

name="EmployeeID" type="s:int" /> name="FirstName" type="s:string" /> name="LastName" type="s:string" /> name="TitleOfCourtesy"

You ll learn more about how complex types work in web services later in this chapter (in the Customizing SOAP Messages section). Another ingredient that will turn up in the <types> section is the definition for any SOAP headers you use. For example, the stateful web service test developed earlier in this chapter defines the following type to represent the data in the session header: <s:element name="SessionHeader" type="s0:SessionHeader" /> <s:complexType name="SessionHeader"> <s:sequence> <s:element minOccurs="0" maxOccurs="1" name="SessionID" type="s:string" /> </s:sequence> </s:complexType>

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Messages represent the information exchanged between a web service method and a client. When you request a stock quote from the simple web service, ASP.NET sends a message, and the web service returns a different message. You can find the definition for these messages in the <message> section of the WSDL document. Here s an example: <message name="GetEmployeesCountSoapIn"> <part name="parameters" element="s0:GetEmployeesCount" /> </message> <message name="GetEmployeesCountSoapOut"> <part name="parameters" element="s0:GetEmployeesCountResponse" /> </message>

Armed with this simple list of requirements and a healthy understanding of what Python has to offer, a few simple lines of code can combine to fulfill these requirements.

In this example, you ll notice that ASP.NET creates both a GetEmployeesCountSoapIn and a GetEmployeesCountSoapOut message. The naming is a matter of convention, but it underscores that a separate message is required for input (sending parameters and invoking a web service method) and output (retrieving a return value from a web service method). The data used in these messages is defined in terms of the information in the <types> section. For example, the GetEmployeesCountSoapIn request message uses the GetEmployeesCount message, which is defined as an empty complex type in the <types> section.

The information in the <portType> section of the WSDL document provides a catalog of the functionality available in a web service. Unlike the <message> element just discussed, which contained independent elements for the input and output messages, these operations are tied together in a request-response grouping. The operation name is the name of the method. The <portType> is a collection of operations, as shown here: <portType name="EmployeesServiceSoap"> <operation name="GetEmployeesCount"> <documentation>Returns the total number of employees.</documentation> <input message="s0:GetEmployeesCountSoapIn" /> <output message="s0:GetEmployeesCountSoapOut" /> </operation> <operation name="GetEmployees"> <documentation>Returns the full list of employees.</documentation> <input message="s0:GetEmployeesSoapIn" /> <output message="s0:GetEmployeesSoapOut" /> </operation> </portType> Additionally, you ll see a <documentation> tag with the information added through the Description property of the WebMethod attribute.

Four types of operations exist: one-way, request-response, solicit-response, and notification. The current WSDL specification defines bindings only for the one-way and request-response operation types. The other two can have bindings defined via binding extensions. The latter two are simply the inverse of the first two; the only difference is whether the endpoint in question is on the receiving or sending end of the initial message. HTTP is a two-way protocol, so the one-way operations will work only with MIME (which is not supported by ASP.NET) or with another custom extension.

That s all it takes to get the whole thing working, keeping track of registered plugins, storing them in a list on the attribute. All that s left is to work out how to achieve each of the points listed earlier. For the following examples, we ll create an application for validating the strength of a user s password. The first step will be the neutral access point, which I ll call a mount point, from which each side of the equation can access the other. As mentioned before, this relies on metaclasses, so that s a good place to start.

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