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In the preceding snippet, the zip() function returns 3-tuples, (-10, 0, 1), (-9, 2, 3), and so on The += operator extends a list, that is, it appends each item in the sequence it is given to the list The rst call to sorted() returns a copy of the list using the conventional sort order The second call returns a copy of the list in the reverse of the conventional sort order The last call to sorted() speci es a key function which we will come back to in a moment

Notice that since Python functions are objects like any other, they can be passed as arguments to other functions, and stored in collections without formality Recall that a function s name is an object reference to the function; it is the parentheses that follow the name that tell Python to call the function When a key function is passed (in this case the abs() function), it is called once for every item in the list (with the item passed as the function s sole parameter), to create a decorated list Then the decorated list is sorted, and the sorted list without the decoration is returned as the result We are free to use our own custom function as the key function, as we will see shortly For example, we can case-insensitively sort a list of strings by passing the

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When the MIDlet suite is active it is responsible for handling incoming connections When the MIDlet suite is destroyed, AMS resumes listening for registered connections

strlower() method as a key If we have the list, x, of ["Sloop", "Yawl", "Cutter", "schooner", "ketch"], we can sort it case-insensitively using DSU

The following con guration information is meant to be used with the sample application shown in Listings 42 through 44 The con guration service information shown in Listing 411 exposes the binding using the

(Decorate, Sort, Undecorate) with a single line of code by passing a key function, or do the DSU explicitly, as these two equivalent code snippets show:

temp = [] for item in x: tempappend((itemlower(), item)) x = [] for key, value in sorted(temp): xappend(value)

MIDlet suites must register for push notifications They can register either statically or dynamically Static registration is done by adding attributes to the application descriptor, the JAR manifest, or both It is called static registration because it uses information that is present at installation time Static registrations remain valid until the MIDlet suite is removed from the device Dynamic registration is done with the methods of the PushRegistry class It is called dynamic registration because MIDlets can enable and disable push notifications as needed They can also modify registrations as needed

x = sorted(x, key=strlower)

Listing 412 shows the client con guration to consume the service using binding shown in Listing 411 the

Both snippets produce a new list: ["Cutter", "ketch", "schooner", "Sloop", "Yawl"], although the computations they perform are not identical because the right-hand snippet creates the temp list variable Python s sort algorithm is an adaptive stable mergesort that is both fast and smart, and it is especially well optimized for partially sorted lists a very common case The adaptive part means that the sort algorithm adapts to circumstances for example, taking advantage of partially sorted data The stable part means that items that sort equally are not moved in relation to each other (after all, there is no need), and the mergesort part is the generic name for the sorting algorithm used When sorting collections of integers, strings, or other simple types their less than operator (<) is used Python can sort collections that contain collections, working recursively to any depth For example:

>>> x = list(zip((1, 3, 1, 3), ("pram", "dorie", "kayak", "canoe"))) >>> x [(1, 'pram'), (3, 'dorie'), (1, 'kayak'), (3, 'canoe')] >>> sorted(x) [(1, 'kayak'), (1, 'pram'), (3, 'canoe'), (3, 'dorie')]

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