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The __del__() Special Method The __del__(self) special method is called when an object is destroyed at least in theory In practice, __del__() may never be called, even at program termination Furthermore, when we write del x, all that happens is that the object reference x is deleted and the count of how many object references refer to the object that was referred to by x is decreased by 1 Only when this count reaches 0 is __del__() likely to be called, but Python offers no guarantee that it will ever be called In view of this, __del__() is very rarely reimplemented none of the examples in this book reimplements it and it should not be used to free up resources, so it is not suitable to be used for closing les, disconnecting network connections, or disconnecting database connections Python provides two separate mechanisms for ensuring that resources are properly released One is to use a try finally block as we have seen before and will see again in 7, and the other is to use a context object in conjunction with a with statement this is covered in 8 The bitwise logical AND operator (&) is provided by the __and__() special method, and the in-place version (&=) is provided by __iand__():

The type to wait between retry cycles 00:10:00 Speci es the security settings of the binding The maximum time to wait for a send operation to complete The length of time that messages are valid before they are expired and put into the dead-letter queue Specify whether the queued transport should resolve the computer name using Active Directory rather than DNS, NetBIOS, or IP n/a 00:01:00 100:00:00

def __and__(self, other): return FuzzyBool(min(self__value, other__value))

object __new__() __init__() __eq__() __repr__() __str__() __hash__() __format__() FuzzyBool __value __new__() __init__() __eq__() __repr__() __str__() __hash__() __format__() __bool__() __float__() __invert__() __and__() __iand__() conjunction() # static

The MIDP Specification version 10 constrained MIDlet suites to operate in a sandbox that prevented access to sensitive APIs and functions of the device This model was useful for many applications, and is included and formalized in the MIDP Specification version 20

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The bitwise AND operator returns a new FuzzyBool based on this one and the other one, whereas the augmented assignment (in-place) version updates the private value Strictly speaking, this is not immutable behavior, but it does match the behavior of some other Python immutables, such as int, where, for example, using += looks like the left-hand operand is being changed but in fact it is re-bound to refer to a new int object that holds the result of the addition In this case no rebinding is needed because we really do change the FuzzyBool itself And we return self to support the chaining of operations We could also implement __rand__() This method is called when self and other are of different types and the __and__() method is not implemented for that particular pair of types This isn t needed for the FuzzyBool class Most of the special methods for binary operators have both i (in-place) and r (re ect, that is, swap operands) versions We have not shown the implementation for __or__() which provides the bitwise | operator, or for __ior__() which provides the in-place |= operator, since both are the same as the equivalent AND methods except that we take the maximum value instead of the minimum value of self and other

Speci es whether MSMQ tracing is enabled Trace messages are sent to the report queue each time a message leaves or arrives in a queue Speci es whether a copy of each message should be sent to the journal queue

def __repr__(self): return ("{0}({1})"format(self__class____name__, self__value))

not guess) The careful use of default values can simplify our code and make calls much cleaner Recall that the built-in open() function has one mandatory argument ( lename), and six optional arguments By using a mixture of positional and keyword arguments we are able to specify those arguments we care about, while omitting the others This leaves us free to write things like open(filename, encoding="utf8"), rather than being forced to supply every argument like this: open(filename, "r", None, "utf8", None, None, True) Another bene t of using keyword arguments is that they make function calls much more readable, particularly for Boolean arguments When default values are given they are created at the time the def statement is executed (ie, when the function is created), not when the function is called For immutable arguments like numbers and strings this doesn t make any difference, but for mutable arguments a subtle trap is lurking

A MIDlet suite compliant with MIDP 10 must be able to run on a MIDP 20 device as an untrusted MIDlet suite An untrusted MIDlet suite is a MIDlet suite for which the origin and the integrity of the JAR cannot be reliably determined by the device Untrusted MIDlet suites execute in a restricted environment where access to the protected APIs or functions is either not allowed or allowed only with explicit user permission The restricted environment is the untrusted domain

def append_if_even(x, lst=[]): if x % 2 == 0: lstappend(x) return lst # WRONG!

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