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The x object knows that it is a list (all Python objects know what their own data type is), so we don t need to specify the data type explicitly In the implementation of the append() method the rst argument will be the x object itself this is done automatically by Python as part of its syntactic support for methods The append() method mutates, that is, changes, the original list This is possible because lists are mutable It is also potentially more ef cient than creating a new list with the original items and the extra item and then rebinding the object reference to the new list, particularly for very long lists In a procedural language the same thing could be achieved by using the list s

This chapter covers quite a bit of ground with contracts, which are the basis for interoperability Contracts precisely describe the messages that a service understands WCF heavily leverages SOAP for contract de nitions Speci cally, it uses WDSL for describing service endpoints and XSD for describing data The service operations de ned in WSDL are used to route incoming messages to the correct NET class at runtime Similarly, the XML documents de ned by XSD contracts are deserialized into NET types and passed to the service operations at runtime Together, the WSDL and XSD de nitions provide a standards-based representation of the NET types used within a service implementation Three types of contracts were de ned in detail: Service contracts Service contracts describe the functional operations implemented by the service Data contracts Data contracts describe the data structures through which the service communicates A data contract serializes CLR types to XML and is strictly opt-in with their data members Message contracts Message contracts work with typed and untyped data and provide precise control over the SOAP headers and bodies

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append() like this (which is perfectly valid Python syntax): >>> listappend(x, "extra") >>> x ['zebra', 49, -879, 'aardvark', 200, 'more', 'extra']

Here we specify the data type and the data type s method, and give as the rst argument the data item of the data type we want to call the method on, followed by any additional arguments (In the face of inheritance there is a subtle semantic difference between the two syntaxes; the rst form is the one that is most commonly used in practice Inheritance is covered in 6) If you are unfamiliar with object-oriented programming this may seem a bit strange at rst For now, just accept that Python has conventional functions called like this: functionName(arguments); and methods which are called like this: objectNamemethodName(arguments) (Object-oriented programming is covered in 6)

After sending the message, the MIDlet reads the returned values A screen full of the values are shown in the next figure: a string identifying itself (such as "NetServer Servlet" as shown in the bottom figure), followed by a date string, the original POST message body, the message body reversed, and a complete list of headers read from the POST request (The figure only shows the first header)

The dot ( access attribute ) operator is used to access an object s attributes An attribute can be any kind of object, although so far we have shown only method attributes Since an attribute can be an object that has attributes, which in turn can have attributes, and so on, we can use as many dot operators as necessary to access the particular attribute we want The list type has many other methods, including insert() which is used to insert an item at a given index position, and remove() which removes an item at a given index position As noted earlier, Python indexes are always 0-based We saw before that we can get characters from strings using the square brackets operator, and noted at the time that this operator could be used with any sequence Lists are sequences, so we can do things like this:

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