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data types like numbers and strings this has the same effect as copying (except that it is more ef cient), but for mutable data types such as nested collections this means that the objects they refer to are referred to both by the original collection and by the copied collection The following snippet illustrates this:

>>> x = [53, 68, ["A", "B", "C"]] >>> y = x[:] # shallow copy >>> x, y ([53, 68, ['A', 'B', 'C']], [53, 68, ['A', 'B', 'C']]) >>> y[1] = 40 >>> x[2][0] = 'Q' >>> x, y ([53, 68, ['Q', 'B', 'C']], [53, 40, ['Q', 'B', 'C']])

The maximum time to wait for the connection to be closed 00:01:00 Speci es the method for hostname comparison when parsing URIs Maximum size of any buffer pools used by the transport The maximum size of an incoming message StrongWildCard

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The implementation handles incoming connections in a way that allows them to be held and passed on to the MIDlet when it is started The requirements for buffering of connections and messages are protocol-specific There is a general requirement, though, that if a device buffers data, it must provide the buffered information to the MIDlet The device should supply any buffered data when the launched MIDlet opens the related connection

When list x is shallow-copied, the reference to the nested list ["A", "B", "C"] is copied This means that both x and y have as their third item an object reference that refers to this list, so any changes to the nested list are seen by both x and y If we really need independent copies of arbitrarily nested collections, we can deep-copy:

>>> import copy >>> x = [53, 68, ["A", "B", "C"]] >>> y = copydeepcopy(x) >>> y[1] = 40 >>> x[2][0] = 'Q' >>> x, y ([53, 68, ['Q', 'B', 'C']], [53, 40, ['A', 'B', 'C']])

Here, lists x and y, and the list items they contain, are completely independent Note that from now on we will use the terms copy and shallow copy interchangeably if we mean deep copy, we will say so explicitly

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When a device supports datagram connections for push notification, it must buffer at least the datagram that caused the startup of the MIDlet It must also guarantee that when it starts a MIDlet in response to the incoming datagram, the buffered data will be available to the MIDlet when the MIDlet opens the UDPDatagramConnection

We have now completed our review of Python s built-in collection data types, and three of the standard library collection types (collectionsnamedtuple, collectionsdefaultdict, and collectionsOrderedDict) Python also provides the collectionsdeque type, a double-ended queue, and many other collection types are available from third parties and from the Python Package Index, pypipythonorg/pypi But now we will look at a couple of slightly longer examples that draw together many of the things covered in this chapter, and in the preceding one

The rst program is about seventy lines long and involves text processing The second program is around ninety lines long and is mathematical in avor Between them, the programs make use of dictionaries, lists, named tuples, and sets, and both make great use of the strformat() method from the preceding chapter

Imagine we are setting up a new computer system and need to generate usernames for all of our organization s staff We have a plain text data le (UTF8 encoding) where each line represents a record and elds are colon-delimited Each record concerns one member of the staff and the elds are their unique staff ID, forename, middle name (which may be an empty eld), surname, and department name Here is an extract of a few lines from an example data/userstxt data le:

The type of encoding used to encode messages The name of the binding The maximum time to wait for an open connection operation to complete Specify a speci c Web proxy to must use be false for this setting to apply Specify the complexity of messages that can be processed (for example, size) The maximum time to wait for a receive operation to complete Specify whether the binding supports exactly once delivery assurances using WS-Reliable Messaging Speci es the security settings of the binding The maximum time to wait for a send operation to complete Determines how messages are sent across the network Messages can either be buffered or streamed Enable transactions to ow from the client to the server Use the default Web proxy speci ed by the operating system

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