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In MIDP, the basic unit of execution is a MIDlet A MIDlet is a class that extends the class javaxmicroeditionmidletMIDlet and implements a few methods ncluding startApp, pauseApp, and destroyApp o define the key behavior of the application

In Python a function object is an object reference to any callable, such as a function, a lambda function, or a method The de nition also includes classes, since an object reference to a class is a callable that, when called, returns an object of the given class for example, x = int(5) In computer science a functor is an object that can be called as though it were a function, so in Python terms a functor is just another kind of function object Any class that has a __call__() special method is a functor The key bene t that functors offer is that they can maintain some state information For example, we could create a functor that always strips basic punctuation from the ends of a string We would create and use it like this:

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of the client-server or n-tier models when building distributed applications Another approach to building distributed applications that is often overlooked is the peer-to-peer (P2P) model Some of the most popular Internet applications, including instant messaging, games, and le sharing, use the P2P approach Unlike other types of applications, a P2P application assumes no central infrastructure, which means there is no distinction between client and server This introduces a signi cant amount of complexity in the design of the application Most developers shy away from building P2P applications because of the complexity and dif culty associated with building these types of application If done properly, P2P applications can offer distinct advantages in terms of scalability and reliability This chapter will focus on building P2P applications using WCF and Windows Vista We will examine the capabilities in WCF and demonstrate new capabilities in the NET Framework 35

strip_punctuation = Strip(",;:! ") strip_punctuation("Land ahoy!") # returns: 'Land ahoy'

Here we create an instance of the Strip functor initializing it with the value ",;:! " Whenever the instance is called it returns the string it is passed with any punctuation characters stripped off Here s the complete implementation of the Strip class:

As an example of programming with the MIDP application model, consider the following program that implements one of the simplest MIDlets possible: the canonical "Hello World" application

class Strip: def __init__(self, characters): selfcharacters = characters def __call__(self, string): return stringstrip(selfcharacters)

Visual Studio has a built-in template for de ning a Windows service When creating a project from this template, the skeleton has a static that starts the service and a class that derives from into which you put your code The skeleton code needs to be completed in two ways: Add the WCF ServiceHost to instantiate your service and register the service with the SCM method to start processing First, you need to add code to the incoming messages Prior to the introduction of WCF, this is where you would create thread pools, listeners, and a recycling mechanism, all typically driven off of con guration les But by using WCF, all you need to do method is create the and start it listening It s in the to log an informational startup message also helpful to use the , which is de ned Second, you need to implement a namespace The and referenced in the class is used to install the managed service on the target machine You could do this in a setup program or you can include it right within the service itself To install the service, you then use the installutilexe utility to register the service with the SCM After running the utility, the service will be ready to run from the SCM Listing 79 shows the fully implemented Windows service

We could achieve the same thing using a plain function or lambda, but if we need to store a bit more state or perform more complex processing, a functor is often the right solution A functor s ability to capture state by using a class is very versatile and powerful, but sometimes it is more than we really need Another way to capture state is to use a closure A closure is a function or method that captures some external state For example:

def make_strip_function(characters): def strip_function(string): return stringstrip(characters) return strip_function strip_punctuation = make_strip_function(",;:! ") strip_punctuation("Land ahoy!") # returns: 'Land ahoy'

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