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The Point class has two data attributes, selfx and selfy, and ve methods (not counting inherited methods), four of which are special methods; they are illustrated in Figure 62 Once the Shape module is imported, the Point class can be used like any other The data attributes can be accessed directly (eg, y = ay), and the class integrates nicely with all of Python s other classes by providing support for the equality operator (==) and for producing strings in representational and string forms And Python is smart enough to supply the inequality operator (!=) based on the equality operator (It is also possible to specify each operator individually if we want total control, for example, if they are not exact opposites of each other) Python automatically supplies the rst argument in method calls it is an object reference to the object itself (called this in C++ and Java) We must include this argument in the parameter list, and by convention the parameter is called self All object attributes (data and method attributes) must be quali ed by self This requires a little bit more typing compared with some other languages, but has the advantage of providing absolute clarity: we always know that we are accessing an object attribute if we qualify with self

For example, if the given protocol is "http:", then the supported content types that can be played back with the http protocol will be returned If null is passed in as the protocol, all the supported content types for this device will be returned The returned array must be non-empty; in other words, at least one content type has to be supported

Point x y __new__() __init__() distance_from_origin() __eq__() __repr__() __str__()

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[ServiceContract] public class StockService { [OperationContract] double GetPrice(string ticker) { return 9485; } }

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To create an object, two steps are necessary First a raw or uninitialized object must be created, and then the object must be initialized, ready for use Some object-oriented languages (such as C++ and Java) combine these two steps into one, but Python keeps them separate When an object is created (eg, p = ShapePoint()), rst the special method __new__() is called to create the object, and then the special method __init__() is called to initialize it In practice almost every Python class we create will require us to reimplement only the __init__() method, since the object__new__() method is almost always suf cient and is automatically called if we don t provide our own __new__() method (Later in this chapter we will show a rare example where we do need to reimplement __new__()) Not having to reimplement methods in a subclass is another bene t of object-oriented programming if the base class method is suf cient we don t have to reimplement it in our subclass This works because if we call a method on an object and the object s class does not have an implementation of that method, Python will automatically go through the object s base classes, and their base classes, and so on, until it nds the method and if the method is not found an AttributeError exception is raised For example, if we execute p = ShapePoint(), Python begins by looking for the method Point__new__() Since we have not reimplemented this method, Python looks for the method in Point s base classes In this case there is only one base class, object, and this has the required method, so Python calls object__new__() and creates a raw uninitialized object Then Python looks for the initializer, __init__(), and since we have reimplemented it, Python doesn t need to look further and calls Point__init__() Finally, Python sets p to be an object reference to the newly created and initialized object of type Point Because they are so short and a few pages away, for convenience we will show each method again before discussing it.

[ Team LiB ]

have a method, conjugate(), which changes the sign of the imaginary part For example:

>>> zconjugate() (-895-2125j) >>> 3-4jconjugate() (3+4j)

<wsdl:definitions > <wsdl:types> </wsdl:types> <wsdl:message name="StockService_GetPrice_InputMessage"> <wsdl:part element="tns:GetPrice" /> </wsdl:message> <wsdl:message name="StockService_GetPrice_OutputMessage"> <wsdl:part element="tns:GetPriceResponse" /> </wsdl:message> <wsdl:portType name="StockService"> <wsdl:operation name="GetPrice"> </wsdl:operation> </wsdl:portType> <wsdl:service name="StockService"> <wsdl:port name="BasicHttpBinding_StockService" <soap:address location="http://localhost/RequestResponse/ StockServicesvc" /> </wsdl:port> </wsdl:service> <wsdl:definitions>

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